An advance in adhesive dentistry has resulted in sandblasting, to increases micro-retention, being performed as a routine procedure. Instead of wearing a path from the patient’s chair to the office lab to clean excess cement from a patient’s temporary or loosened permanent crown ,or for sandblasting the fitting surface of a crown, bridge inlay or veneer, the procedure is a half- turn away, thanks to the new breed of sandblasters and hookup options.
The uninterrupted patient/doctor exchange is especially beneficial with anxious adult patients – no need to cut the reassuring golf story short for a trip down the hall, leaving the patient alone. Standard hookup kits allow, with a simple male disconnect, access to the dental equipment's air source through the female port. Many dentists have sandblasters with quick disconnects in every operatory, and these space- efficient wonders tuck easily into a drawer.
The Deldent MiniBlaster ® even boast adaptors for standard 4-hole dental handpiece ports,or even for your favorite Kavo®, Sirona® or W&H® High speed handpiece port, for a blasting procedure – just pop on the adaptor and activate the sandblaster with your regular foot control, And how about the air quality?
The old dust collection methods are fast disappearing as dentists perform more and more chairside sandblasting. You’ve heard of them as the homemade variety, consisting of a discarded packaging box of gallon plastic milk carton with three handcuts holes.
Learning over the nearest trash can, much to the dismay of office staff, best of all, throwing open a window and blasting away (weather permitting). Times have changed and the new waves of dust collectors not only keep the air clean, but they look great, too – they’re high-tech looking, lightweight and simple to operate and empty. No fancy installation, either- they simply plug into the nearest outlet.
Best of all, the new breed of dust collectors are scaled to fit comfortably on an operatory countertop without without getting in the way, and without compromising user comfort or efficiency. They’re designed with clean, pleasing lines to fit into today’s contemporary dental office design and decor.
Friday, September 1, 2017
Tuesday, July 11, 2017
Doing Wisdom Teeth Removal
The wisdom teeth are the last set of permanent molars to grow out of the gumline. They usually appear between the ages of 17 to 25, and in some people do not appear at all. They can be the cause of problems for many people. If there is not enough room or space in the mouth for normal growth, they may not erupt properly and can cause discomfort. They can grow at abnormal angles, and may even remain trapped in the jawbone. Because of the position in the mouth, they may be hard to reach for proper care, and can be the cause of painful cavities that result from tooth decay.
Many people, and even some dentists may suggest pre-mature removal as a preventative measure. It is believed that they have gained the moniker “wisdom teeth” in the 17th Century. It appears that the attribution results from the fact that they appear later in life, when adults are supposed to have gained more wisdom.
The procedure was easily done in the office of your dentist or surgeon with dental equipment, and depending on your tolerance for pain, you can opt to having all of your wisdom teeth removed at the same time. With new research, and advantages being made in medical and dental care, the messages being delivered by your teeth removal dentist appears to be changing.
The normal procedure for this involves the dentist to apply a numbing agent and then inject the area with a local anesthetic. If you are really afraid the dentist can give you some nitrous oxide to help calm your nerves. This is a gas that you inhale through an oxygen style mask. The dentist will start the mask off with pure oxygen and then slowly add the nitrous to the oxygen until you have received an amount that will allow you to relax. When you are relaxed you will be less likely to move and cause yourself undo pain.
After the shots of local anesthetic have been administered there will be a period of time when you will be waiting for the anesthetic to take effect. If the dental care providers know that you are extremely frightened they will more than likely have someone stay with you while they wait for the medicine and brushless micro motor to take effect. Periodically they will come in and check your mouth to see if you are still able to feel pain in the area where they will be working.
Wisdom teeth removal will require the dental care provider to use extractors that resemble a type of plier. The extractor will be designed to grip the tooth securely so the dentist can pull it out of your mouth. You will feel some pressure as the tooth is pulled free. The dentist may seem to be turning or twisting the tooth. That is what they need to do in order to break the roots free.
Many people, and even some dentists may suggest pre-mature removal as a preventative measure. It is believed that they have gained the moniker “wisdom teeth” in the 17th Century. It appears that the attribution results from the fact that they appear later in life, when adults are supposed to have gained more wisdom.
The procedure was easily done in the office of your dentist or surgeon with dental equipment, and depending on your tolerance for pain, you can opt to having all of your wisdom teeth removed at the same time. With new research, and advantages being made in medical and dental care, the messages being delivered by your teeth removal dentist appears to be changing.
The normal procedure for this involves the dentist to apply a numbing agent and then inject the area with a local anesthetic. If you are really afraid the dentist can give you some nitrous oxide to help calm your nerves. This is a gas that you inhale through an oxygen style mask. The dentist will start the mask off with pure oxygen and then slowly add the nitrous to the oxygen until you have received an amount that will allow you to relax. When you are relaxed you will be less likely to move and cause yourself undo pain.
After the shots of local anesthetic have been administered there will be a period of time when you will be waiting for the anesthetic to take effect. If the dental care providers know that you are extremely frightened they will more than likely have someone stay with you while they wait for the medicine and brushless micro motor to take effect. Periodically they will come in and check your mouth to see if you are still able to feel pain in the area where they will be working.
Wisdom teeth removal will require the dental care provider to use extractors that resemble a type of plier. The extractor will be designed to grip the tooth securely so the dentist can pull it out of your mouth. You will feel some pressure as the tooth is pulled free. The dentist may seem to be turning or twisting the tooth. That is what they need to do in order to break the roots free.
Friday, June 30, 2017
Some Information about Compressed Air System
According to PneumaticTips, it’s important to remember that, if you consider the overall cost of ownership of a compressed air system, assuming a ten-year life for the system, the purchase cost only accounts for about 12% of the total. Furthermore, 76% of the cost of owning a compressed air system comes in the form of electricity bills.
To put this in perspective, if you continuously run a 100-hp compressor at full power, you will spend $74,000 a year in energy costs, assuming a rate of 10 cents per kWh.
Therefore, if you are assessing the value of your compressed air system and making your decision in purely economic terms, you need to keep the total cost of ownership in the forefront of your mind. While the cost of repairs may be significantly less than the cost of replacing your system, ask yourself if you’re keeping a system working that’s actually costing you more in the long run by operating less efficiently.
These costs come in many different forms. First, as compressors age, the costs of repairs increase. That’s why you should carefully consider any repair that costs over 50% of the cost of a comparable replacement. But you also need to consider the operational inefficiencies and the subsequent costs of an older compressor. Because of how inefficient some older models are, you may be wasting as much money on energy costs as you would spend on a new dental compressor.
Many operational malfunctions can be traced back to the power source. Are there issues with the point of connection between your compressor and the electric grid? Additionally, improper lubricant levels can contribute to poor operation. When was the last time you checked and adjusted the oil levels in your system?
If you are experiencing excessive noise or knocking while the compressor is running, loose bearings, flywheels, belts or defective crankcases are also possible culprits. If you can isolate the source of the noise, you can either make the small adjustments necessary or at least guide a repair technician in the right directions, potentially saving you money on otherwise costly repairs.
To put this in perspective, if you continuously run a 100-hp compressor at full power, you will spend $74,000 a year in energy costs, assuming a rate of 10 cents per kWh.
Therefore, if you are assessing the value of your compressed air system and making your decision in purely economic terms, you need to keep the total cost of ownership in the forefront of your mind. While the cost of repairs may be significantly less than the cost of replacing your system, ask yourself if you’re keeping a system working that’s actually costing you more in the long run by operating less efficiently.
These costs come in many different forms. First, as compressors age, the costs of repairs increase. That’s why you should carefully consider any repair that costs over 50% of the cost of a comparable replacement. But you also need to consider the operational inefficiencies and the subsequent costs of an older compressor. Because of how inefficient some older models are, you may be wasting as much money on energy costs as you would spend on a new dental compressor.
Many operational malfunctions can be traced back to the power source. Are there issues with the point of connection between your compressor and the electric grid? Additionally, improper lubricant levels can contribute to poor operation. When was the last time you checked and adjusted the oil levels in your system?
If you are experiencing excessive noise or knocking while the compressor is running, loose bearings, flywheels, belts or defective crankcases are also possible culprits. If you can isolate the source of the noise, you can either make the small adjustments necessary or at least guide a repair technician in the right directions, potentially saving you money on otherwise costly repairs.
Wednesday, June 21, 2017
Choosing a Right Dental Compressor
The most popular compressors are positive displacement compressors, which work by filling a chamber with air and then reducing volume. Positive displacement compressors include reciprocating, rotary screw and rotary vane compressors. Although reciprocating compressors are the most widely available on the market, rotary compressors are most useful in industrial environments.
Air compressors are a substantial investment for business owners, so the process of purchasing one requires consideration of many factors.
considerations should help you choose the right air compressor system for your business:
Buying a dental compressor that’s too small can waste time, due to waiting for pressure to build up, and using a compressor that’s too big can waste resources.
Select an air compressor that provides enough airflow. A compressor’s airflow is measured in cubic feet per minute (CFM). The air compressor’s CFM output should be greater than the operational CFM requirement and less than the maximum CFM output. A half-inch wrench, for example, requires 5 CFM at 90 pounds per square inch (psi), which means the CFM output should be greater to ensure proper performance with the tool. A good rule of thumb is to add 30 percent to the determined CFM number. Adding all the air tools to be used in a work day, however, may result in an inflated CFM number.
If you need to stop using a tool to wait for pressure to build, the compressor may be too small. Note that continuous-use tools will have higher CFM requirements than intermittent-use tools. Higher pressures and volumes will naturally require increased horsepower, electrical components and larger pumping systems. When considering a compressor, actual cubic feet per minute (ACFM) will provide a more accurate measurement of usable air.
Know your work environment. Knowing this will help determine whether the drive system should be an electric motor or a gasoline engine. Electric motors are less expensive and require less maintenance. Gasoline engines offer increased portability.
Determine the size of the compressor tank. This depends on the overall nature of the usage. A small tank should prove sufficient for quick, concentrated bursts of usage. Sustaining longer periods of use will require a larger tank.
Determine the tools needed. If you know which tools you need for your business, it will help determine how many psi the compressor should be able to provide.
Determine the horsepower needed. This information will ensure the compressor can produce enough air. A machine with high horsepower but low CFM will run hot in a shorter service life.
Consider your control systems. Start/stop systems are helpful for work that doesn’t require continuous air. Constant speed control is ideal if expecting more than six to eight starts per hour. Dual control uses an auxiliary valve that permits a choice between start/stop and constant speed.
Use the right protection. If using a compressor outside, it will need protection against water and extreme temperatures. Cast-iron construction will ensure added reliability and durability.
Consider other features in addition to tank size, pressure and airflow. Stainless steel finger valves will eliminate corrosion. Oil-monitoring devices prevent damage caused by low oil levels. One-piece connecting rods eliminate many internal adjustments. Keep in mind that fewer parts will reduce maintenance costs.
Air compressors are a substantial investment for business owners, so the process of purchasing one requires consideration of many factors.
considerations should help you choose the right air compressor system for your business:
Buying a dental compressor that’s too small can waste time, due to waiting for pressure to build up, and using a compressor that’s too big can waste resources.
Select an air compressor that provides enough airflow. A compressor’s airflow is measured in cubic feet per minute (CFM). The air compressor’s CFM output should be greater than the operational CFM requirement and less than the maximum CFM output. A half-inch wrench, for example, requires 5 CFM at 90 pounds per square inch (psi), which means the CFM output should be greater to ensure proper performance with the tool. A good rule of thumb is to add 30 percent to the determined CFM number. Adding all the air tools to be used in a work day, however, may result in an inflated CFM number.
If you need to stop using a tool to wait for pressure to build, the compressor may be too small. Note that continuous-use tools will have higher CFM requirements than intermittent-use tools. Higher pressures and volumes will naturally require increased horsepower, electrical components and larger pumping systems. When considering a compressor, actual cubic feet per minute (ACFM) will provide a more accurate measurement of usable air.
Know your work environment. Knowing this will help determine whether the drive system should be an electric motor or a gasoline engine. Electric motors are less expensive and require less maintenance. Gasoline engines offer increased portability.
Determine the size of the compressor tank. This depends on the overall nature of the usage. A small tank should prove sufficient for quick, concentrated bursts of usage. Sustaining longer periods of use will require a larger tank.
Determine the tools needed. If you know which tools you need for your business, it will help determine how many psi the compressor should be able to provide.
Determine the horsepower needed. This information will ensure the compressor can produce enough air. A machine with high horsepower but low CFM will run hot in a shorter service life.
Consider your control systems. Start/stop systems are helpful for work that doesn’t require continuous air. Constant speed control is ideal if expecting more than six to eight starts per hour. Dual control uses an auxiliary valve that permits a choice between start/stop and constant speed.
Use the right protection. If using a compressor outside, it will need protection against water and extreme temperatures. Cast-iron construction will ensure added reliability and durability.
Consider other features in addition to tank size, pressure and airflow. Stainless steel finger valves will eliminate corrosion. Oil-monitoring devices prevent damage caused by low oil levels. One-piece connecting rods eliminate many internal adjustments. Keep in mind that fewer parts will reduce maintenance costs.
Friday, June 16, 2017
The Reason Why Dentists Choose Dental X-rays
Dental radiography has evolved from film and chemical developers into a highly technical process that involves various types of digital x-ray machines, as well as powerful dental software programs to assist the dentist with image acquisition and diagnostic analysis of the acquired images. When making the decision to purchase x-ray equipment, the doctor needs to research the available options thoroughly, in order to make an informed choice for the “right” machine for his or her practice.
Dental X-rays are one of the most important part of your regular dental treatment. Your dentist uses the specialized imaging technology to look for hidden tooth decay – also called cavities – and can show dental issues such as abscessed teeth, dental tumors, and cysts.
Additionally, your dental X-rays allow your dentist to see the condition of prior dental procedures, such as fillings, crowns, root canals, and bridges. And, too, your dentist will be able to look for possible bone loss as a result of periodontal gum disease and find hidden tartar build up.
Your dentist or the dental tech inputs the command for the portable dental x rays unit to send a X-ray through your teeth and into the sensor, effectively taking a photo of your tooth or teeth. The sensor captures the resulting image and sends it through the wire to the computer. Then your dentist will reposition the sensor and take additional digital X-rays until all of your teeth have been X-rayed.
With digital dental X-rays, your dentist or other dental professional is able to immediately see your teeth and jaw bones. This means that assessment and diagnosis is virtually instantaneous.
Most of the earliest X-rays depended on photographic films to capture the images and make them readable. Digital detectors skip this step; rather than using light beamed through objects onto film, it allows for digital scanning and image interpretation. In terms of radiation the two are about the same initially, though digital versions typically have a shorter exposure time and as such tend to be more efficient.
Dental X-rays are one of the most important part of your regular dental treatment. Your dentist uses the specialized imaging technology to look for hidden tooth decay – also called cavities – and can show dental issues such as abscessed teeth, dental tumors, and cysts.
Additionally, your dental X-rays allow your dentist to see the condition of prior dental procedures, such as fillings, crowns, root canals, and bridges. And, too, your dentist will be able to look for possible bone loss as a result of periodontal gum disease and find hidden tartar build up.
Your dentist or the dental tech inputs the command for the portable dental x rays unit to send a X-ray through your teeth and into the sensor, effectively taking a photo of your tooth or teeth. The sensor captures the resulting image and sends it through the wire to the computer. Then your dentist will reposition the sensor and take additional digital X-rays until all of your teeth have been X-rayed.
With digital dental X-rays, your dentist or other dental professional is able to immediately see your teeth and jaw bones. This means that assessment and diagnosis is virtually instantaneous.
Most of the earliest X-rays depended on photographic films to capture the images and make them readable. Digital detectors skip this step; rather than using light beamed through objects onto film, it allows for digital scanning and image interpretation. In terms of radiation the two are about the same initially, though digital versions typically have a shorter exposure time and as such tend to be more efficient.
Friday, June 2, 2017
Important Facts about Dental Implants
Up until fairly recently, most dentists relied on procedures such as root canals, bridges and the use of dentures as the best methods of fixing lost or broken teeth. While these methods have always been effective in some cases, for many people they did not provide a viable, long-term solution. Root canals( root canal treatment equipment ) and bridges fail over time and dentures have proven to be uncomfortable and cumbersome to wear and use for many people. It is only through the development of methods, tools and technology that a better way to replace damaged or lost teeth has come along. The use of dental crowns and dental implants has become much more commonplace today and provide you with the best option for your teeth.
When you are considering a procedure like this, it is important that you know just what an implant is so you know what to expect as a result of the procedure. A dental implant is a device that has been particularly fabricated and manufactured to act like and look like your own teeth. The implant will take the place of a missing or damaged tooth in your mouth. The tooth is often made of a combination of titanium and other materials and is designed to look and feel just like a normal tooth would.
The procedures needed to put in a dental implant can take some time. It is a surgical procedure that you can have performed. The procedure involves placing an implant into your upper or lower jaw, wherever the implant is required. A screw is then positioned into the implant area and the gum tissue replaced over the implant to help secure it into place. This first step is then allowed to heal properly before the next step occurs, where a post gets placed so that the artificial tooth (which is the dental crown), can be affixed securely to it in the implant, giving you the tooth you want.
The implant will act just like your normal teeth would and no one will be able to tell the difference by looking at you. The implants, unlike your other teeth, will not wear over time and can be brushed and treated just as you would any other tooth that you have. As long as the other teeth around the implant are healthy ones, you will not have any problems at all.
Recurrent caries is tooth decay that occurs under an existing filling or other dental work, such as a bridge. It might be caused by poor oral hygiene or by the development of a microscopic pathway for leakage past the restoration (microleakage). Depending on how bad the decay is, treatment will probably involve fillings, inlays, veneers, or crowns. If the decay has reached the inner core of the tooth, you may require root canal treatment to eliminate the bacteria. If the tooth with recurrent caries needs to be extracted, then dental implants, fixed bridgework, or removable dentures are possible options.
For more information, please visit: https://www.oyodental.com/best-Dental-Implant-Machine-for-sale.html
When you are considering a procedure like this, it is important that you know just what an implant is so you know what to expect as a result of the procedure. A dental implant is a device that has been particularly fabricated and manufactured to act like and look like your own teeth. The implant will take the place of a missing or damaged tooth in your mouth. The tooth is often made of a combination of titanium and other materials and is designed to look and feel just like a normal tooth would.
The procedures needed to put in a dental implant can take some time. It is a surgical procedure that you can have performed. The procedure involves placing an implant into your upper or lower jaw, wherever the implant is required. A screw is then positioned into the implant area and the gum tissue replaced over the implant to help secure it into place. This first step is then allowed to heal properly before the next step occurs, where a post gets placed so that the artificial tooth (which is the dental crown), can be affixed securely to it in the implant, giving you the tooth you want.
The implant will act just like your normal teeth would and no one will be able to tell the difference by looking at you. The implants, unlike your other teeth, will not wear over time and can be brushed and treated just as you would any other tooth that you have. As long as the other teeth around the implant are healthy ones, you will not have any problems at all.
Recurrent caries is tooth decay that occurs under an existing filling or other dental work, such as a bridge. It might be caused by poor oral hygiene or by the development of a microscopic pathway for leakage past the restoration (microleakage). Depending on how bad the decay is, treatment will probably involve fillings, inlays, veneers, or crowns. If the decay has reached the inner core of the tooth, you may require root canal treatment to eliminate the bacteria. If the tooth with recurrent caries needs to be extracted, then dental implants, fixed bridgework, or removable dentures are possible options.
For more information, please visit: https://www.oyodental.com/best-Dental-Implant-Machine-for-sale.html
Monday, May 22, 2017
The Necessary Information about Dental Curing Light
Curing light for dentist is used for the polymerization of light-cured resin-based materials. In the contemporary world of dentistry, curing lights have become an integral part of all specialties and dental practices. Today, almost all resin composites, dental adhesives and adhesive cements utilize light energy for complete polymerization, which further determines the long-term clinical success of a procedure.
While much attention has been given to the details of diagnosis, preparation and the development of improved adhesives and resins, light curing is often taken for granted. It’s a well-accepted fact that inadequate polymerization of the materials can lead to clinical failures, such as sensitivity, marginal discoloration, fractured restorations and de-bonding issues, making it critical to select an ideal curing light.
Using a curing light accomplishes two things. In the first place, it makes sure that the resin cures properly and adheres evenly. When applying fillings, this is critical to keep the filling in place in the mouth. For sealants, the curing light limits the risk of cracks and other problems with the sealant. With adhesives for implants and braces, the rapid, even cure is also designed to limit problems in the future.
The dental curing light also increases patient comfort by rapidly curing resins so that the patient is not forced to sit in discomfort while the resin sets. Since the mouth usually needs to be held open wide and may be dry for the procedure, patients usually want the procedure to end as quickly as possible so that they can close their mouths and remoisturize the dried oral membranes. Using a curing light gets patients in and out of the chair quickly so that the experience of irritation and pain is limited.
There have been significant improvements in the curing light technology in recent years. Today, dental equipment manufacturers can develops variety of curing lights, from plasma arc to argon laser curing lights. That said, two curing lights commonly used in the dental operatory are Quartz Tungsten Halogen (QTH) lights and Light-emitting diode (LED) lights.
Quartz Tungsten Halogen (QTH) lights. These lights have a quartz bulb with a tungsten filament that irradiate both UV and white light, which must be filtered to remove heat and all wavelengths except those in the violet-blue range. The lights have broad emission spectrum of approximately 390 nm to 500 nm, which is capable of curing all composites.
While much attention has been given to the details of diagnosis, preparation and the development of improved adhesives and resins, light curing is often taken for granted. It’s a well-accepted fact that inadequate polymerization of the materials can lead to clinical failures, such as sensitivity, marginal discoloration, fractured restorations and de-bonding issues, making it critical to select an ideal curing light.
Using a curing light accomplishes two things. In the first place, it makes sure that the resin cures properly and adheres evenly. When applying fillings, this is critical to keep the filling in place in the mouth. For sealants, the curing light limits the risk of cracks and other problems with the sealant. With adhesives for implants and braces, the rapid, even cure is also designed to limit problems in the future.
The dental curing light also increases patient comfort by rapidly curing resins so that the patient is not forced to sit in discomfort while the resin sets. Since the mouth usually needs to be held open wide and may be dry for the procedure, patients usually want the procedure to end as quickly as possible so that they can close their mouths and remoisturize the dried oral membranes. Using a curing light gets patients in and out of the chair quickly so that the experience of irritation and pain is limited.
There have been significant improvements in the curing light technology in recent years. Today, dental equipment manufacturers can develops variety of curing lights, from plasma arc to argon laser curing lights. That said, two curing lights commonly used in the dental operatory are Quartz Tungsten Halogen (QTH) lights and Light-emitting diode (LED) lights.
Quartz Tungsten Halogen (QTH) lights. These lights have a quartz bulb with a tungsten filament that irradiate both UV and white light, which must be filtered to remove heat and all wavelengths except those in the violet-blue range. The lights have broad emission spectrum of approximately 390 nm to 500 nm, which is capable of curing all composites.
Wednesday, May 10, 2017
How Can You Buy Good Portable Dental Unit
Starting your own dental practice is no easy task. Purchasing
portable dental equipment for your practice can also be difficult. On
average, a new dental practice will spend around $500,000 on structural
upfit, equipment and supplies for their business. To make sure you are
getting the most for your money, consider the following tips before
diving into the world of dental equipment sales.
Do your research
Before making any final decisions and purchasing dental equipment for sale, do as much research as possible on your own first. Doing so will help you understand all that the market has to offer and what your options are.
It is never a good rule of thumb to buy something simply because it is available or because it is affordable for you. Find out exactly what your practice needs and then begin your research on the quality products to invest in. This is because buying portable dental equipment is just that, an investment. Check the product’s features and confirm how it will make your practice more effective.
Find a reputable manufacturer
As good as a deal that company you don’t recognize or haven’t seen any reviews on may offer, do not buy from them unless you are sure the decision is right for you.
Choose a manufacturer who has an established reputation and has been in business for a number of years. These companies have the knowledge and experience to help recommend the best products. This also benefits you because they know exactly how each product functions and how it benefits the different dental practices.
Choose quality first
With so many different models and manufacturers to choose from, you want to make sure you’re investing in something of quality that is best for your practice. While some products may do the same function, some perform and last better than others simply because of how they were made.
Although “top of the line” dental chairs may cost between $7,000 to $9,000, you may benefit more from buying a used dental chair instead. This is because many used and portable dental chairs are made of more durable materials than many of the mass-produced products on the market now.
Open the floor for opinions and suggestions
One of the best ways to make sure you are buying quality materials is to ask other professionals within your practice. This can come from directly contacting them or simply reading reviews from others in the industry. Make sure that the individuals you are getting advice from are also established and reputable, just as you would with choosing a manufacturer.
Those with years of experience will be able to tell you which products are best and which are not. In many cases, they have already used the product and have the best knowledge of whether it is a good investment and the pros and cons of the products.
Americans take their dental hygiene very seriously. So much so that 74% of adults think that an unattractive smile can hurt the success of their career. To maintain these beautiful smiles, you must make sure that you are investing in quality equipment that will last. Do your research, find portable dental equipment from reputable manufacturers, and ask for help from experienced peers. Invest smartly in your future.
Original source: https://www.dentalplanet.com/blog/2016/05/27/tips-buying-portable-dental-equipment/
Related article: What Should You Know When You Choosing Dental Equipment
Do your research
Before making any final decisions and purchasing dental equipment for sale, do as much research as possible on your own first. Doing so will help you understand all that the market has to offer and what your options are.
It is never a good rule of thumb to buy something simply because it is available or because it is affordable for you. Find out exactly what your practice needs and then begin your research on the quality products to invest in. This is because buying portable dental equipment is just that, an investment. Check the product’s features and confirm how it will make your practice more effective.
Find a reputable manufacturer
As good as a deal that company you don’t recognize or haven’t seen any reviews on may offer, do not buy from them unless you are sure the decision is right for you.
Choose a manufacturer who has an established reputation and has been in business for a number of years. These companies have the knowledge and experience to help recommend the best products. This also benefits you because they know exactly how each product functions and how it benefits the different dental practices.
Choose quality first
With so many different models and manufacturers to choose from, you want to make sure you’re investing in something of quality that is best for your practice. While some products may do the same function, some perform and last better than others simply because of how they were made.
Although “top of the line” dental chairs may cost between $7,000 to $9,000, you may benefit more from buying a used dental chair instead. This is because many used and portable dental chairs are made of more durable materials than many of the mass-produced products on the market now.
Open the floor for opinions and suggestions
One of the best ways to make sure you are buying quality materials is to ask other professionals within your practice. This can come from directly contacting them or simply reading reviews from others in the industry. Make sure that the individuals you are getting advice from are also established and reputable, just as you would with choosing a manufacturer.
Those with years of experience will be able to tell you which products are best and which are not. In many cases, they have already used the product and have the best knowledge of whether it is a good investment and the pros and cons of the products.
Americans take their dental hygiene very seriously. So much so that 74% of adults think that an unattractive smile can hurt the success of their career. To maintain these beautiful smiles, you must make sure that you are investing in quality equipment that will last. Do your research, find portable dental equipment from reputable manufacturers, and ask for help from experienced peers. Invest smartly in your future.
Original source: https://www.dentalplanet.com/blog/2016/05/27/tips-buying-portable-dental-equipment/
Related article: What Should You Know When You Choosing Dental Equipment
Thursday, April 27, 2017
The Benefits of Intraoral Camera
The intraoral camera is not just a diagnostic tool, but it also serves as an educational one too. In the past, dentists have struggled to explain dental decay and other health problems to patients. Most people cannot see well into their own mouths, which leaves dentists to drawing diagrams or using props to attempt to explain what is going on in the mouth of their patients.
The intraoral camera enlarges the inside of the teeth to more than 40 times their actual size on a full color screen display. By zooming in on problem areas in affecting the teeth, dentists are capable of seeing much more than they could with the human eye alone. Often, dentists find the beginnings of periodontal disease or tooth decay that would have otherwise gone undetected if examined without the intra-oral camera.
One of the primary uses for an intraoral camera is in patient education. Dentists often find it helpful to be able to show patients exactly what is going on inside their mouths, and to highlight areas where medical attention may be needed. Patients are also less likely to defer or refuse procedures when they can clearly see the area at issue, as some people are suspicious of recommendations for dental procedures, due to concerns about cost, potential pain, or the fears about members of the dental profession.
In addition to being used in patient education, such cameras can also be used to take clear visual records for patient files, and to generate material which can be used in consultations and discussions with other dental providers. For example, a general dentist might use an intraoral camera to take images of a tooth or area of the jaw which requires oral surgery so that a maxillofacial surgeon can examine the information before he or she meets the patient to get an idea of the kind of surgery which might be required.
With the intraoral camera, however, the patient sees exactly what the dentist sees on an in-office screen. If necessary, the dentist can pause on a particular tooth or area of the mouth to point out problems and explain possible treatment options. This also frees the patient to ask questions and become a part of the examination process. When dentists can point out specific places on the actual teeth that are decaying, patients may have a better idea of how home hygiene practices and brushing techniques are affecting them.
An intraoral camera is a camera which is designed to be used in the mouth for the purpose of taking video or still photography. These cameras are most commonly used in dental offices, although patients can also use them at home to monitor dental health or to satisfy curiosity about what the inside of the mouth looks like.
The intraoral camera enlarges the inside of the teeth to more than 40 times their actual size on a full color screen display. By zooming in on problem areas in affecting the teeth, dentists are capable of seeing much more than they could with the human eye alone. Often, dentists find the beginnings of periodontal disease or tooth decay that would have otherwise gone undetected if examined without the intra-oral camera.
One of the primary uses for an intraoral camera is in patient education. Dentists often find it helpful to be able to show patients exactly what is going on inside their mouths, and to highlight areas where medical attention may be needed. Patients are also less likely to defer or refuse procedures when they can clearly see the area at issue, as some people are suspicious of recommendations for dental procedures, due to concerns about cost, potential pain, or the fears about members of the dental profession.
In addition to being used in patient education, such cameras can also be used to take clear visual records for patient files, and to generate material which can be used in consultations and discussions with other dental providers. For example, a general dentist might use an intraoral camera to take images of a tooth or area of the jaw which requires oral surgery so that a maxillofacial surgeon can examine the information before he or she meets the patient to get an idea of the kind of surgery which might be required.
With the intraoral camera, however, the patient sees exactly what the dentist sees on an in-office screen. If necessary, the dentist can pause on a particular tooth or area of the mouth to point out problems and explain possible treatment options. This also frees the patient to ask questions and become a part of the examination process. When dentists can point out specific places on the actual teeth that are decaying, patients may have a better idea of how home hygiene practices and brushing techniques are affecting them.
An intraoral camera is a camera which is designed to be used in the mouth for the purpose of taking video or still photography. These cameras are most commonly used in dental offices, although patients can also use them at home to monitor dental health or to satisfy curiosity about what the inside of the mouth looks like.
Friday, April 14, 2017
One Important Dental Equipment -- Dental Autoclave
Dentists tend to get all the credit when things go right during a procedure, but as most will admit, a dentist is only as good as his equipment. If you’re using worn-out equipment or haven’t invested in necessary tools, you’ll never reach your full potential as a professional.
One of these necessary tools, dental autoclaves, plays a crucial role in keeping your patients healthy. Since autoclaves are involved in the sterilization of dental instruments, you simply cannot afford to invest in anything but the best. However, you should know that there are several varieties and price points of autoclaves available to suit your specific needs.
Maintain sterilized instruments in the pouches or wrapping in which they were sterilized. If the packaging becomes torn or wet, the items must be repackaged and heat sterilized. Avoid mingling non-sterile packages with sterile ones. There should be a visible indicator, such as chemical indicators or color-change autoclave tape on the outside of each package to allow staff to easily discern sterilized instrument packages from those that have not yet been heat-processed.
The Centers for Disease Control and Prevention (CDC), the American Dental Association (ADA), OSAP, most state dental licensing boards, and dental handpiece manufacturers all recommend heat sterilization between patient uses. Virtually all handpieces currently in production are heat-tolerant, and those that are not can be retrofitted to allow heat-processing. Autoclaving and chemical vapor sterilization are considered accepted methods of heat sterilization. High-level disinfection via chemical germicides cannot be biologically monitored to assure sterility. Further, extended contact with chemical germicides may corrode handpiece components.
Autoclaves are certainly essential to your job as a dentist, but as you know, there are thousands of other things you’ll need to pay for along the way to properly stock your office. The average new dental practice needs about $500,000 in cash for structural upfit, equipment, and supplies. If this sounds impossibly daunting to you, you are not alone. Find a trusted retailer online that offers a wide range of dental tools as they typically have higher quality equipment with lower prices.
One of these necessary tools, dental autoclaves, plays a crucial role in keeping your patients healthy. Since autoclaves are involved in the sterilization of dental instruments, you simply cannot afford to invest in anything but the best. However, you should know that there are several varieties and price points of autoclaves available to suit your specific needs.
Maintain sterilized instruments in the pouches or wrapping in which they were sterilized. If the packaging becomes torn or wet, the items must be repackaged and heat sterilized. Avoid mingling non-sterile packages with sterile ones. There should be a visible indicator, such as chemical indicators or color-change autoclave tape on the outside of each package to allow staff to easily discern sterilized instrument packages from those that have not yet been heat-processed.
The Centers for Disease Control and Prevention (CDC), the American Dental Association (ADA), OSAP, most state dental licensing boards, and dental handpiece manufacturers all recommend heat sterilization between patient uses. Virtually all handpieces currently in production are heat-tolerant, and those that are not can be retrofitted to allow heat-processing. Autoclaving and chemical vapor sterilization are considered accepted methods of heat sterilization. High-level disinfection via chemical germicides cannot be biologically monitored to assure sterility. Further, extended contact with chemical germicides may corrode handpiece components.
Autoclaves are certainly essential to your job as a dentist, but as you know, there are thousands of other things you’ll need to pay for along the way to properly stock your office. The average new dental practice needs about $500,000 in cash for structural upfit, equipment, and supplies. If this sounds impossibly daunting to you, you are not alone. Find a trusted retailer online that offers a wide range of dental tools as they typically have higher quality equipment with lower prices.
Saturday, April 1, 2017
Choosing the Best Portable Dental X Rays Unit for Your Practice
Dental equipment is vey important to our dental practice. Dental X-rays are one of the most important part of your regular dental treatment. Your dentist uses the specialized imaging technology to look for hidden tooth decay – also called cavities – and can show dental issues such as abscessed teeth, dental tumors, and cysts.
When contemplating the change to digital dental in your practice, the choices can be confusing for the dentist. Dental radiography has evolved from film and chemical developers into a highly technical process that involves various types of digital x-ray machines, as well as powerful dental software programs to assist the dentist with image acquisition and diagnostic analysis of the acquired images.
Like old fashioned dental X-rays, digital dental X-rays are used by your dentist to take images of your mouth, including tooth structure and your jaw bones. In order to take the digital images, your dentist – or a dental technician – will place a small sensor in your mouth, carefully positioned. This small sensor is connected to the processing computer by a very thin wire.
Your dentist or the dental tech inputs the command for the handheld dental x-ray unit to send a X-ray through your teeth and into the sensor, effectively taking a photo of your tooth or teeth. The sensor captures the resulting image and sends it through the wire to the computer. Then your dentist will reposition the sensor and take additional digital X-rays until all of your teeth have been X-rayed.
With digital dental X-rays, your dentist or other dental professional is able to immediately see your teeth and jaw bones. This means that assessment and diagnosis is virtually instantaneous.
A portable dental x-ray is a device that is able to go to the patient as opposed to a standard x-ray machine, which is attached to a wall in a dentist office and requires the patient to be in-office. Some portable devices are completely hand-held while others sit on a stand. When making the decision to purchase x-ray equipment, the doctor needs to research the available options thoroughly, in order to make an informed choice for the “right” machine for his or her practice.
When contemplating the change to digital dental in your practice, the choices can be confusing for the dentist. Dental radiography has evolved from film and chemical developers into a highly technical process that involves various types of digital x-ray machines, as well as powerful dental software programs to assist the dentist with image acquisition and diagnostic analysis of the acquired images.
Like old fashioned dental X-rays, digital dental X-rays are used by your dentist to take images of your mouth, including tooth structure and your jaw bones. In order to take the digital images, your dentist – or a dental technician – will place a small sensor in your mouth, carefully positioned. This small sensor is connected to the processing computer by a very thin wire.
Your dentist or the dental tech inputs the command for the handheld dental x-ray unit to send a X-ray through your teeth and into the sensor, effectively taking a photo of your tooth or teeth. The sensor captures the resulting image and sends it through the wire to the computer. Then your dentist will reposition the sensor and take additional digital X-rays until all of your teeth have been X-rayed.
With digital dental X-rays, your dentist or other dental professional is able to immediately see your teeth and jaw bones. This means that assessment and diagnosis is virtually instantaneous.
A portable dental x-ray is a device that is able to go to the patient as opposed to a standard x-ray machine, which is attached to a wall in a dentist office and requires the patient to be in-office. Some portable devices are completely hand-held while others sit on a stand. When making the decision to purchase x-ray equipment, the doctor needs to research the available options thoroughly, in order to make an informed choice for the “right” machine for his or her practice.
Thursday, March 16, 2017
Removing the Stain by Dental Air Polisher
Researchers and manufacturers caution against prolonged use of the air polisher on cementum and dentin. When moderate to heavy stain is present on root surfaces, dental hygienists are often faced with the problem of removing it with the least alteration of cementum.
One choice is to leave the stain and explain to the patient that stain is not associated with oral disease and will not harm the teeth or gingiva since it is only a cosmetic concern. To many patients, this is not a viable choice since appearance is considered so important in today's society.
Other choices include removing the stain with a rubber cup polisher and prophylaxis paste; sonic, ultrasonic scalers; Dental Hand Instruments or the air polisher. Wilkins recommends removing as much stain as possible during root planing with curets. However, in one in-vitro study, air polishing was shown to remove less root structure than a curet in simulated three-month recalls for three years. Woodall agrees that the air polisher may be preferable to curets in this situation. Since less root structure(endo equipment) is removed, decreased root-surface sensitivity also may be a benefit.
Air polishing units typically generate a stream of pressurized air, carrying specially graded particles of a mild soluble abrasive, such as sodium bicarbonate. The abrasive is directed, in the presence of a stream of water, at a tooth surface to be cleaned. The mixture of water and powderladed stream occurs on the tooth surface and forms a “slurry” that is responsible for the cleaning action.
Effects of air polishing on gold foil, gold castings, porcelain, amalgam, and glass ionomers have been studied. Air polishing of amalgam alloys and other metal restorations has produced a variety of effects, including matte finishes, surface roughness, morphological changes, and structural alterations.
One choice is to leave the stain and explain to the patient that stain is not associated with oral disease and will not harm the teeth or gingiva since it is only a cosmetic concern. To many patients, this is not a viable choice since appearance is considered so important in today's society.
Other choices include removing the stain with a rubber cup polisher and prophylaxis paste; sonic, ultrasonic scalers; Dental Hand Instruments or the air polisher. Wilkins recommends removing as much stain as possible during root planing with curets. However, in one in-vitro study, air polishing was shown to remove less root structure than a curet in simulated three-month recalls for three years. Woodall agrees that the air polisher may be preferable to curets in this situation. Since less root structure(endo equipment) is removed, decreased root-surface sensitivity also may be a benefit.
Air polishing units typically generate a stream of pressurized air, carrying specially graded particles of a mild soluble abrasive, such as sodium bicarbonate. The abrasive is directed, in the presence of a stream of water, at a tooth surface to be cleaned. The mixture of water and powderladed stream occurs on the tooth surface and forms a “slurry” that is responsible for the cleaning action.
Effects of air polishing on gold foil, gold castings, porcelain, amalgam, and glass ionomers have been studied. Air polishing of amalgam alloys and other metal restorations has produced a variety of effects, including matte finishes, surface roughness, morphological changes, and structural alterations.
Wednesday, March 1, 2017
How to Detect the Situation of Air Compressor
Studies have concluded that industrial plants waste roughly 30 percent of generated compressed air, which could equate to $9,600 for a typical scfm installation, or as much as $32,100 for 1,500 CFM. Estimates also indicate that poorly designed compressed air systems in the U.S. result in wasted utility payments of up to $3.2 billion.
Energy efficient dental air compressors will not only save money but will also help control pollution. A walk-through assessment can help identify conservation opportunities in your compressed air system.
Due to problems with piston rings on reciprocating compressors and premature modulation on rotary screw compressors, many compressors don’t produce the CFM flow for which they’ve been rated. Failure in this area may be the result of an inaccurately adjusted valve. Calibration can help verify compressor output.
Air compression equipment should maintain low pressure drop for the duration of its service life. Total pressure drops across system components shouldn’t exceed 15 psi. If pressure loss in your system is more than 10 percent, you should evaluate the distribution system and identify the causes of excessive pressure drops.
Air distribution piping should be large enough in size to minimize this pressure drop. Installing a pressure regulator can limit air demand while reducing maintenance costs and extending tool life. Inlet air filters can prevent the kind of dirt that restricts airflow and causes pressure drops.
The average system loses between 25 to 35 percent to leaks, so cost controls require routine monitoring and repairs. Air leaks can be the largest waste of compressed air energy at a manufacturing plant. For example, an eighth-of-an-inch diameter leak in a 100 psi system can cost more than $12,000 annually in unused energy.
If you don’t have a routine for regular leak inspections, you should put one in place. Maintenance personnel should have proper leak detection equipment. You can test your system with an ultrasonic leak detector during periods of nonproduction to determine overall leak rate by examining air loss from the supply tank. You may need a professional auditor to conduct a thorough leak audit.
Dust or sludge in a compressed air compression system can cause corrosion, which will increase the likelihood of leaks. Keep in mind that fixing a leak may increase system pressure, which means other unnoticeable leaks may grow. It takes routine maintenance to manage and control leaks.
Energy efficient dental air compressors will not only save money but will also help control pollution. A walk-through assessment can help identify conservation opportunities in your compressed air system.
Due to problems with piston rings on reciprocating compressors and premature modulation on rotary screw compressors, many compressors don’t produce the CFM flow for which they’ve been rated. Failure in this area may be the result of an inaccurately adjusted valve. Calibration can help verify compressor output.
Air compression equipment should maintain low pressure drop for the duration of its service life. Total pressure drops across system components shouldn’t exceed 15 psi. If pressure loss in your system is more than 10 percent, you should evaluate the distribution system and identify the causes of excessive pressure drops.
Air distribution piping should be large enough in size to minimize this pressure drop. Installing a pressure regulator can limit air demand while reducing maintenance costs and extending tool life. Inlet air filters can prevent the kind of dirt that restricts airflow and causes pressure drops.
The average system loses between 25 to 35 percent to leaks, so cost controls require routine monitoring and repairs. Air leaks can be the largest waste of compressed air energy at a manufacturing plant. For example, an eighth-of-an-inch diameter leak in a 100 psi system can cost more than $12,000 annually in unused energy.
If you don’t have a routine for regular leak inspections, you should put one in place. Maintenance personnel should have proper leak detection equipment. You can test your system with an ultrasonic leak detector during periods of nonproduction to determine overall leak rate by examining air loss from the supply tank. You may need a professional auditor to conduct a thorough leak audit.
Dust or sludge in a compressed air compression system can cause corrosion, which will increase the likelihood of leaks. Keep in mind that fixing a leak may increase system pressure, which means other unnoticeable leaks may grow. It takes routine maintenance to manage and control leaks.
Thursday, February 16, 2017
The News of Dental Implant
If you have one or more missing teeth, or have broken or decayed teeth that might be beyond repair, implants are usually the answer. If you’re uncomfortable with your dentures, partial denture, or bridge, you could benefit from dental implant technology.
In the past, patients with insufficient bone or who had certain health conditions or habits were not considered candidates for implants. Advances in diagnostics and bone reconstruction have made it so that most patients can receive implants.
Up until fairly recently, most dentists relied on procedures such as root canals, bridges and the use of dentures as the best methods of fixing lost or broken teeth. While these methods have always been effective in some cases, for many people they did not provide a viable, long-term solution. Root canals( endo equipment ) and bridges fail over time and dentures have proven to be uncomfortable and cumbersome to wear and use for many people. It is only through the development of methods, tools and technology that a better way to replace damaged or lost teeth has come along.
One of the biggest advantages of an dental implant is that it restores full chewing power. Most patients can’t tell the difference between their natural teeth and the implant tooth( dental implant motor ). They can eat with it completely normally, and they can brush and floss normally as well.
Where there is no tooth, the jaw bone in the empty space deteriorates due to lack of stimulation. If no implant is placed in the first year of losing a tooth, that bone area loses 25% of its volume, and bone loss continues over the years.
Dentures can even accelerate bone loss as they often become loose, and then rub against the bony ridge, gradually wearing it away. Because an implant replaces the root as well as the tooth, and chewing is restored to normal, it provides the needed stimulation for natural bone growth.
In the past, patients with insufficient bone or who had certain health conditions or habits were not considered candidates for implants. Advances in diagnostics and bone reconstruction have made it so that most patients can receive implants.
Up until fairly recently, most dentists relied on procedures such as root canals, bridges and the use of dentures as the best methods of fixing lost or broken teeth. While these methods have always been effective in some cases, for many people they did not provide a viable, long-term solution. Root canals( endo equipment ) and bridges fail over time and dentures have proven to be uncomfortable and cumbersome to wear and use for many people. It is only through the development of methods, tools and technology that a better way to replace damaged or lost teeth has come along.
One of the biggest advantages of an dental implant is that it restores full chewing power. Most patients can’t tell the difference between their natural teeth and the implant tooth( dental implant motor ). They can eat with it completely normally, and they can brush and floss normally as well.
Where there is no tooth, the jaw bone in the empty space deteriorates due to lack of stimulation. If no implant is placed in the first year of losing a tooth, that bone area loses 25% of its volume, and bone loss continues over the years.
Dentures can even accelerate bone loss as they often become loose, and then rub against the bony ridge, gradually wearing it away. Because an implant replaces the root as well as the tooth, and chewing is restored to normal, it provides the needed stimulation for natural bone growth.
Thursday, February 9, 2017
Dental Curing Lights and Your Vision
When dentists or any member of a dental team uses dental curing lights, protective eyewear or a shield to cover the light-curing unit (LCU) is a must. The Orbiter allows dental professionals to cure resin-based composite restorations and sealants in a manner that provides safety for your eyes and convenient treatment.
Light with wavelengths of less than 500nm, also known as near ultraviolet or blue light, has been shown to cumulatively harm the eye’s retina and decrease the ability of the macular region of the retina to provide sharp vision. This light may also be connected to the formation of cataracts.
The retina is located at the back of the eye and covers about 65 percent of the interior surface. Rods and cones are the photosensitive cells in the retina that convert light energy into signals that travel along the optic nerve to the brain. In senile or age-related macular degeneration, the eye’s macula begins to breakdown and can lead to blurriness or dark areas in your central vision. The macula is a small area in the retina that allows you to see fine details clearly.
Resin-based restorations and dental sealants are cured by light in the 370nm to 470nm range. Reliable research shows that this area below the 500nm range can be harmful to vision. Therefore, the use of appropriate eye protection or a shield when operating a dental curing light is essential. Any protection should filter out the majority of light that is less than 500nm.
The filter material that is used in The Orbiter blocks approximately 99.8 percent of harmful near ultraviolet and blue light. In addition, because of The Orbiter’s counterweight design, the shield constantly readjusts itself to the upright position as you change the angle of the unit to cure different surfaces or different restorations. Thus, The Orbiter positions itself so that the user does not need to interrupt his or her work to adjust the shield.
For more information, please visit: https://www.oyodental.com
Light with wavelengths of less than 500nm, also known as near ultraviolet or blue light, has been shown to cumulatively harm the eye’s retina and decrease the ability of the macular region of the retina to provide sharp vision. This light may also be connected to the formation of cataracts.
The retina is located at the back of the eye and covers about 65 percent of the interior surface. Rods and cones are the photosensitive cells in the retina that convert light energy into signals that travel along the optic nerve to the brain. In senile or age-related macular degeneration, the eye’s macula begins to breakdown and can lead to blurriness or dark areas in your central vision. The macula is a small area in the retina that allows you to see fine details clearly.
Resin-based restorations and dental sealants are cured by light in the 370nm to 470nm range. Reliable research shows that this area below the 500nm range can be harmful to vision. Therefore, the use of appropriate eye protection or a shield when operating a dental curing light is essential. Any protection should filter out the majority of light that is less than 500nm.
The filter material that is used in The Orbiter blocks approximately 99.8 percent of harmful near ultraviolet and blue light. In addition, because of The Orbiter’s counterweight design, the shield constantly readjusts itself to the upright position as you change the angle of the unit to cure different surfaces or different restorations. Thus, The Orbiter positions itself so that the user does not need to interrupt his or her work to adjust the shield.
For more information, please visit: https://www.oyodental.com
Tuesday, January 24, 2017
How to Select a Dental Curing Light
The selection of a dental curing light that fits your style of practicing remains one of the most important equipment purchases you will make. If you have an active restorative practice, it is a device that you use virtually every time you treat a patient. The right light can help you achieve success, while the converse is true – the wrong light can make your efforts more tedious and your results less consistent.
Curing lights allow us to initiate the polymerization reaction “on demand” for a vast array of materials. However, there is, perhaps, more misinformation and hype regarding this type of equipment compared to just about anything else we use on a daily basis. Most of these controversies center on how long you have to cure specific types of restorations as well as how deep you can cure specific types of materials.
Manufacturers continue to make outlandish claims of their curing capabilities, most of which fall into the “too good to be true” category. An example is the claim that a new light can accomplish a “5mm depth of cure in 3 seconds”. Please don’t be fooled by these ads – you absolutely, positively cannot cure a composite in three seconds.
If you undercure a restoration, for example, you may not even be aware of the negative sequelae for years. Therefore, selecting a curing light and using it properly can greatly affect the performance and longevity of your restorations.
Types of Curing Lights
Halogen
Use a halogen bulb as the source of light.
+ Reliable – long track record
+ Cures all materials due to wide bandwidth (400nm-510nm)
– Requires a cord due to power consumption
– Cooling fans are necessary and can be noisy
Plasma Arc
Bulb is really an aluminum oxide, high pressure vessel, which contains highly energized xenon gas (plasma) under 150psi. The inside shape is specific to reflect light arcing between two electrodes. Arc is only about 1mm long, enabling a very focused beam.
+ Very fast (when a small tip is used)
– Expensive
– Large base units
– May not cure all materials
– Requires a cord that may be liquid-filled, may be stiff, and can degenerate over time
Argon Laser
Generates light when energy is applied to an atom raising an electron to a higher, unstable energy level. Electron will return to stable level by releasing light through a medium of argon gas.
LED (Light Emitting Diode)
Special diodes (electronic devices that restrict current flow chiefly to one direction) that emit light when connected in a circuit.
Curing lights allow us to initiate the polymerization reaction “on demand” for a vast array of materials. However, there is, perhaps, more misinformation and hype regarding this type of equipment compared to just about anything else we use on a daily basis. Most of these controversies center on how long you have to cure specific types of restorations as well as how deep you can cure specific types of materials.
Manufacturers continue to make outlandish claims of their curing capabilities, most of which fall into the “too good to be true” category. An example is the claim that a new light can accomplish a “5mm depth of cure in 3 seconds”. Please don’t be fooled by these ads – you absolutely, positively cannot cure a composite in three seconds.
If you undercure a restoration, for example, you may not even be aware of the negative sequelae for years. Therefore, selecting a curing light and using it properly can greatly affect the performance and longevity of your restorations.
Types of Curing Lights
Halogen
Use a halogen bulb as the source of light.
+ Reliable – long track record
+ Cures all materials due to wide bandwidth (400nm-510nm)
– Requires a cord due to power consumption
– Cooling fans are necessary and can be noisy
Plasma Arc
Bulb is really an aluminum oxide, high pressure vessel, which contains highly energized xenon gas (plasma) under 150psi. The inside shape is specific to reflect light arcing between two electrodes. Arc is only about 1mm long, enabling a very focused beam.
+ Very fast (when a small tip is used)
– Expensive
– Large base units
– May not cure all materials
– Requires a cord that may be liquid-filled, may be stiff, and can degenerate over time
Argon Laser
Generates light when energy is applied to an atom raising an electron to a higher, unstable energy level. Electron will return to stable level by releasing light through a medium of argon gas.
LED (Light Emitting Diode)
Special diodes (electronic devices that restrict current flow chiefly to one direction) that emit light when connected in a circuit.
Tuesday, January 10, 2017
How to Use Dental Intraoral Camera Effectively
An intraoral camera is a camera which is designed to be used in the mouth for the purpose of taking video or still photography. These cameras are most commonly used in dental offices, although patients can also use them at home to monitor dental health or to satisfy curiosity about what the inside of the mouth looks like. Several firms specialize in producing intraoral cameras and accessories, and others make adapters which can be used with conventional cameras so that they can be used in the mouth.
When representatives from the different companies come into the office for a demonstration, insist that the camera you’re considering be left with you for 24 to 48 hours. The trained representative makes working it look easy and teams who make a decision after a one- to two-hour demo find themselves frustrated when it arrives and the excitement dissipates. Having the camera in the office for a day or two gives team members a chance to familiarize themselves with the technology and see how well it integrates with the office software.
Not only can you use your wireless dental intraoral camera to diagnose and support necessary treatment, it can also build rapport and strengthen opportunity for future esthetic care with your patients. Use your intraoral camera proactively in the following ways:
Offset buyer's remorse by showing patients a recently restored tooth compared to a tooth in their mouth that needs similar treatment.
Show an image of the smile and ask patients what their thoughts are. If a patient is happy with his or her smile, great! This is your chance to explain the benefits of the current interval of care to maintain it. If someone is not happy, find out why, their wants, and what they would change about their smile if they could.
The business team can use these images during case presentation as well. Sending patients home with an image of a diagnosed condition attached to a treatment plan is beneficial when they are not the decision maker.
As you can see, the implementation takes time, strategy and effort. Preplanning and developing protocol will help you achieve results and improve treatment acceptance by 25%. The camera will pay for itself. Take the time to maximize it, do what it takes to get everyone on the team on board, and you will see this technology pay for itself over and over again.
When representatives from the different companies come into the office for a demonstration, insist that the camera you’re considering be left with you for 24 to 48 hours. The trained representative makes working it look easy and teams who make a decision after a one- to two-hour demo find themselves frustrated when it arrives and the excitement dissipates. Having the camera in the office for a day or two gives team members a chance to familiarize themselves with the technology and see how well it integrates with the office software.
Not only can you use your wireless dental intraoral camera to diagnose and support necessary treatment, it can also build rapport and strengthen opportunity for future esthetic care with your patients. Use your intraoral camera proactively in the following ways:
Offset buyer's remorse by showing patients a recently restored tooth compared to a tooth in their mouth that needs similar treatment.
Show an image of the smile and ask patients what their thoughts are. If a patient is happy with his or her smile, great! This is your chance to explain the benefits of the current interval of care to maintain it. If someone is not happy, find out why, their wants, and what they would change about their smile if they could.
The business team can use these images during case presentation as well. Sending patients home with an image of a diagnosed condition attached to a treatment plan is beneficial when they are not the decision maker.
As you can see, the implementation takes time, strategy and effort. Preplanning and developing protocol will help you achieve results and improve treatment acceptance by 25%. The camera will pay for itself. Take the time to maximize it, do what it takes to get everyone on the team on board, and you will see this technology pay for itself over and over again.
Thursday, January 5, 2017
The Different Types of Portable Dental X Rays
An x-ray machine is commonly used piece of dental equipment in a dental office. The purpose of these machines is to see things that are not visible by visual examination of the mouth alone. Dentists can use the images produced to see the teeth as well as the bones and soft tissues around them.
If a digital radiograph is not available, there are three different types of dental x ray machine portable that are used. Extraoral imaging takes pictures from outside the mouth, intraoral imaging involves taking pictures from within the oral structure, and panoramic x rays involve a machine that takes pictures around the entire head. These machines are used for different purposes.
One type of portable dental x ray is small, light, cordless and hand-held and can travel almost anywhere considering its compact size. This type of machine is an option for almost every patient, however, it's especially useful for occasionally restless patients, such as young children, who require constant supervision and a quick x ray. It can also be a better option to use in small spaces. The device works on battery so it's important to have extras on hand in addition to a fully charged battery upon arrival regardless of where the patients are.
The other type of portable dental x ray is one that uses a power cord and is slightly larger and heavier than the hand-held device; it's also typically more durable. Each comes with a stand, which some dentists might find to be more comfortable and easier to use than a hand-held device. Some may also be able to operate as a hand-held device when using a stand isn't necessary. This type is a good option for dentists who prefer to have the features of each type.
The portable dental x ray is not only useful to patients, but also to dentists who want to be able to help patients who don't have immediate access to a dental office. Without the device, there is no doubt that quite a few individuals would go without knowing the cause of their tooth pain. Though it doesn't mean they'll seek immediate dental care, it at least increases the chances depending on the results of the x rays.
If a digital radiograph is not available, there are three different types of dental x ray machine portable that are used. Extraoral imaging takes pictures from outside the mouth, intraoral imaging involves taking pictures from within the oral structure, and panoramic x rays involve a machine that takes pictures around the entire head. These machines are used for different purposes.
One type of portable dental x ray is small, light, cordless and hand-held and can travel almost anywhere considering its compact size. This type of machine is an option for almost every patient, however, it's especially useful for occasionally restless patients, such as young children, who require constant supervision and a quick x ray. It can also be a better option to use in small spaces. The device works on battery so it's important to have extras on hand in addition to a fully charged battery upon arrival regardless of where the patients are.
The other type of portable dental x ray is one that uses a power cord and is slightly larger and heavier than the hand-held device; it's also typically more durable. Each comes with a stand, which some dentists might find to be more comfortable and easier to use than a hand-held device. Some may also be able to operate as a hand-held device when using a stand isn't necessary. This type is a good option for dentists who prefer to have the features of each type.
The portable dental x ray is not only useful to patients, but also to dentists who want to be able to help patients who don't have immediate access to a dental office. Without the device, there is no doubt that quite a few individuals would go without knowing the cause of their tooth pain. Though it doesn't mean they'll seek immediate dental care, it at least increases the chances depending on the results of the x rays.
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