Category Archives: dental equipment

Debunking Common Dental Implant Myths

A dental implants treatment is for individuals who have a missing tooth or teeth. They are also for those who need support for a bridge or a denture. The most common reason though is to replace a missing tooth or teeth, permanently. Dental implants are artificial teeth that are surgically implanted in the mouth in place of missing teeth, teeth that need to be removed due to decay or irreparable disfigurement.

While dental implants are impervious to tooth decay, you’re still prone to gum disease. That’s why you need to brush, floss and visit your dentist regularly. There are some additional steps that you should take keep your new teeth just as dazzling as your original pearly whites.

See your dental specialist twice a year. Not only will she thoroughly clean your implants and remove plaque, but a cosmetic dentist in New Jersey can evaluate if your implants need adjustments.

Getting dental implants does not reduce or eliminate your risk for oral disease. In fact, as you age developing root decay and mouth cancers naturally increase, no matter how often you brush and floss. That’s why it’s crucial to get regular checkups. When you visit your oral hygienist in New Jersey or surrounding location for cleanings and dental implant maintenance, he will also evaluate your mouth for these potential health problems:

Uneven jaw bone caused by tooth loss (since you have implants, you’re at risk for this)
Tissue inflammation – an oral problem people with dental work are at higher risk for Attrition, a structural problem caused by forces from other teeth.

Regardless of whether you have all your original teeth or dental implants, everyone should practice proper oral hygiene. The great news is that by following these simple recommendations, your dental implants can last for over four decades.

Since a dental implants treatment is most commonly used to permanently replace a missing tooth and is performed by a cosmetic dentist, many would think that one has it just for an aesthetic appeal. This isn’t always the case, even though the patient may not be aware of the dental health improvement that an implant treatment has, it does have it.

When a person is missing a tooth, the gap that’s left in their mouth enables the rest of the teeth to shift and move which can cause misalignment, a poor bite, and effect their eating habits. The bone, which will weaken more quickly, where the tooth is missing if the gap isn’t filled. This can cause the other teeth to become loose and fall out.

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Finding the Right Dental Autoclave for Your Office

Dental autoclaves, plays a crucial role in keeping your patients healthy. Since autoclaves are involved in the sterilization of dental equipment, 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.

If you feel as if you have overspent on autoclaves in the past or purchased the wrong version, then you need to educate yourself to avoid making the same mistake twice. Here’s a quick rundown of what you should be looking for in dental autoclaves for your office:

You cannot put your career on the line by failing to obtain the right kind of dental autoclave. The first thing you need to consider is that manual vs. automatic. Manual autoclaves are generally less expensive to buy and repair, but they take much longer to use. Automatic autoclaves cost a bit more, but they can save you tons of time and detect any malfunctions.

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.

Buying equipment online is preferred because you can find prices that suit your current budget restrictions. For example, the average retail cost for most periapical x rays is about $4,000 to $5,000. By searching online, you can compare and contrast different models at different prices to determine what works best for you.

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.

The Options and Selections for Dental Chair

Among all of the dental equipment that you will need in your dental office, there are a few select items that you simply cannot go without. It’s easy to get flustered when searching for dental equipment for sale, so it never hurts to revert back to basics and focus on the tools that matter most to your success.

Dental chair is an essential piece of equipment for any dental operatory. Without dental chair, the major functioning component of the practice would be non existent. When a patient comes in for a visit to the dental clinic, they may spend anywhere from a few minutes to several hours in the dental chair.

With over 25 well known manufacturers on the market, the options and selections for dental chairs are vast. There are many features to consider when selecting the perfect one. Investing in the right piece of equipment now and knowing what characteristics to look for can help save dentists a lot of money in the future. Because dental chairs are used on a daily basis and must accommodate all sizes, shapes, and ages of patients- quality and functionality are two key components to consider.

By selecting a portable folding chair that has an adjustable headrest, steadfast lumbar support, and a model that can be lowered and raised based on the size and shape of the both the dentist and the patient, a dentist can ensure a chair that will allow them to have easy access to each and every patient that they see.

For patients, being comfortable throughout a procedure can make the treatment and diagnosis process a lot more relaxing. For some individuals (particularly children), certain procedures can be quite frightening. However, having the right environment can make the time spent in an office a lot more serene. A dental chair which is of high comfort can really help patients direct their thoughts into relaxing ones rather than being nervous about possible negative outcomes.

When purchasing a dental chair, newer models are often alluring. However, there are many used and refurbished chairs that provide the same quality, comfort, and operability as brand new ones. Purchasing a high quality used dental chair can help save dentists a lot of money.

What Make a Dental Compressor Become Special

Studies have shown that the air that your dentist uses to blow dry your teeth isn’t always very healthy for you. You might not have thought about it, but somewhere in your dentist clinic is a compressor that supplies the compressed air for all his ‘work stations’. It’s not different from an ordinary workshop, only this time the compressor needs some extra special attention.

Not a nice thought: oil in your mouth. If the compressed air coming from the dental air compressor would contain oil, not only would this give a bad taste in your mouth, it would be a high safety concern. Also, oil in the air will facilitate dirt and bacteria build up in the compressed air system.

In the old days, dentist had no other choice than to buy a oil-lubricated compressor and use filters in the compressed air line to filter out any oil in liquid or vapor form. But, with filters you can never be 100% sure. Filters will get old and require replacement in time, before they deteriorate.

Nowadays, a whole range of oil-free compressors is available on the market. Oil-free compressors have the big advantage that they are 100% oil-free, so there is zero chance of oil in the compressed air system.

Water in the compressed air is a common problem in compressed air system, and it is especially a big concern for dental air systems. Of course, you won’t taste a little water in the compressed air, nor will it be toxic. But, water in the compressed air system will increase the risk of bacteria growth. So you really want to have water-free air coming from your compressor.

Refrigerated compressed air dryers will only give you a pressure dew point of minimum 2 degrees. This means that below two degrees, water condensate will form on the inside of your equipment. This kind of dewpoint is nice for tools and grinders in a workshop, but is not low enough for a dental compressor.

The air that is produced by the compressor is used directly in human mouths. They will inhale the air and swallow any contaminations that is within the compressed air. Of course, the compressor and the compressed air must meet the highest possible standards!

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The Benefits of Dental Air Polisher

Dental air polisher was introduced in the late 1970s as an alternative to a rubber cup filled with pumice. Using a slurry of water, abrasive powder, and pressurized air, the air polisher effectively removes extrinsic stain, plaque biofilm, and prepares occlusal surfaces of teeth for sealant placement. Originally, air polishers were only intended for use on supragingival surfaces since the abrasive powder could potentially harm the softer tissues, such as the cementum, dentin, and gingival epithelium.

Low-abrasive polishing powders: First, let’s examine some benefits of low-abrasive powders. Glycine, an amino acid powder, and erythritol, a natural sweetener powder, are unlike sodium bicarbonate, calcium carbonate, or aluminum trihydroxide powders traditionally used with air polishing devices for supragingival use. In terms of micron size, these supragingival powders are between 40 and 76 microns in size. By comparison, glycine has a micron size of 20-25, and erythritol powder has a micron size of 14.

On the Mohs hardness scale (which measures the hardness of various minerals) these supragingival powders are between 2.5 and 4. Glycine and erythritol powders rank 2 on the Mohs hardness scale. These differences in micron size and hardness translate into a broader use for air polishing, which enables safe use for the removal of biofilm above and below the gum line. In the U.S., glycine powder is currently available, and erythritol powder is undergoing FDA approval.

A controlled stream of air, water and sodium bicarbonate, which passes through a mixing nozzle to allow polishing of the enamel of the tooth. Sodium bicarbonate is a mild polishing agent. The air polisher is suitable for the removel and dissolution of biofilms. It is also used to clean discolorations. Air polisher is a safe and effective form of treatment.

The air polishing for the dental professional include less operator fatigue, less time involved than the traditional polishing technique, and improved access to difficult-to-reach areas. Benefits to the patient include less time in the portable folding chair, less “scraping,” excellent stain removal, reduced dentin hypersensitivity, and improved periodontal status.

Training regarding indications, contraindications, advantages and disadvantages is imperative for use of the air polisher. When used by a properly trained clinician, the clinical benefits as well as patient safety increase. But today, as an educator, I consider dental hygiene curriculum and wonder why not much has changed in regard to training students to use air polishers. The air polishers themselves have evolved, the list of uses has increased, and yet, in many schools, our students are lucky if they learn how to use one.

A New Magnetostrictive Dental Ultrasonic Scaler

We all know that ultrasonic scaling is effective and easy on the patient and the clinician. However, there are times when patients are sensitive to the vibrations of the ultrasonic scaler—or are sensitive in general, or when we as clinicians have difficulty seeing in the back of the mouth. While many wonderful products are available on the market, this article is designed to increase your knowledge about a particular ultrasonic scaler.

You know those patients who are sensitive to the vibrations of the ultrasonic scaler? This one’s for them. It’s also for you—it illuminates the entire mouth, including hard-to-see areas, to reduce strain on your eyes.

There is a new option for ultrasonic scaling that improves visibility when working in all areas of the oral cavity. This is due to the powerful light of the TurboVue illuminated magnetostrictive ultrasonic scaler that illuminates all areas of the mouth, even those hard-to-reach or hard-to-see areas. It assists the operator’s eyes by enhancing visibility whether loupes or a lamp are used. In addition to increasing visibility, it can reduce eye strain. The TurboVue features a light source built into the dental handpiece, allowing a substantial amount of light to discharge through the 30K, light-transmitting ultrasonic inserts.

“The efficiency of the unit, along with having the light source, reduces the strain on the hygienist, while making it easy to remove accretions and reach deep pockets,” said Tree Mainella, vice president of marketing, Parkell Inc.

“The TurboVue lighted handpiece scaler has made a significant impact on the way clinical hygiene is being done,” said Mainella. “It is imperative for the clinician to have the ability to see in the far recesses of the oral cavity, as much of the time, some areas like the distal-lingual of [the] maxillary second molar are neglected simply because the clinician cannot see.”

The product may be purchased alone or in a combination package that includes the TurboVue illuminated ultrasonic scaler, the Burnett Power-Tip V light-transmitting insert, and the Periosonic Multi-fluid Irrigator. The Periosonic Multi-fluid Irrigator Model W allows the clinician to perform oral lavage with a choice of two irrigating solutions.

The TurboVue also features autotuning technology, an expanded low-power range that improves comfort during debridement, and a power-boosting Turbo feature for an increase in scaling power when needed. The external water filter prevents clogs and dripping. The expanded low-power range makes the instrument ideal for more sensitive patients.

What is Involved with Endodontic Treatment

Endodontics is a specialized type of dentistry that deals with abnormal tooth pulp; the causes/origins, diagnosis, prevention and treatment of diseases and injuries to the pulp; and other conditions affecting the tissue surrounding the pulp and canal (channel inside the tooth root).

Tooth pulp, the soft tissue that contains nerves, blood vessels and connective tissues, runs through the hard tissue inside the tooth (dentin) and extends from the crown (top) of the tooth down to the tip of the root in the jaw bone.

Endodontic procedures are used in the diagnosis and treatment of oral pain involving the pulp and periradicular area (just outside or around the root of the tooth origin). Pulp therapy, such as pulpotomy, is a common endodontic procedure in which dental pulp is removed from the pulp chamber. The nonsurgical treatment of root canals, especially in difficult cases such as teeth with blocked, narrow or unusually positioned canals, also is a major part of endodontic therapy(endodontic motor).

A general dentist can perform root canal treatment, but it is most often provided by an endodontist, who specializes in pulp problems.

The endodontist removes the inflamed/infected pulp, cleans and shapes the inside of the canal and fills and seals the space. Afterwards, the endodontist usually will refer you back to your dentist for placement of a crown or other restoration on the tooth to protect it. The restored tooth will have a natural appearance and continue to function like other healthy teeth. With proper oral care, it may last a lifetime.

The cost of endodontic treatment varies depending on the complexity of the condition and which tooth is affected. Most dental insurance plans provide some coverage for endodontic treatment.

Endodontic treatment and restoration generally are less costly than the alternative: tooth extraction and replacement with an implant and dental crown.

Endodontic treatment is necessary when the dental pulp(pulp tester) becomes inflamed or infected as a result of deep tooth decay, repeated dental procedures on the tooth or a crack, chip or other injury to the tooth. Most teeth can be saved by endodontic treatment.

Endodontic treatment may also be required for surgical removal of diseased or abnormal (pathologic) tissues, repair procedures associated with the surgical removal of pathologic tissues, repair of cracked teeth or the replacement (replantation) of teeth knocked out (avulsed) by injury.

The Best Dental Equipment Closely Relates to Supplier

As a health care professional, an dentist must choose trustworthy and reliable dental equipment suppliers to practice successfully. Dental instruments in must be of the highest quality to ensure that patients get the best treatment.

Quality is the first priority: Not surprisingly, dentists invest in the best quality dental instruments as it determines the quality of patient care.Dentists choose the best chairs, autoclave sterilizers, hand instruments, amalgamators, drills, dental suction unit and other tools they need.

Prior to the purchase, a lot of research goes into finding the right supplier to compare costs, support and service and select the ones that suit their needs. These days, much of this research can be accomplished via the internet. Although it is easy to get brochures describing the various instruments, Dentists prefer to check the dental instruments personally before they decide to purchase them.

With expensive digital and electronic dental instruments, live demonstrations are always called for, before making the decision to buy or lease them. Some dentists prefer to go in for financing to fund high-value purchases.

Choosing the best dental instruments starts with finding a good supplier. Besides state-of-the-art equipment, reputable dental equipment suppliers support their dental instrumentswith a strong warranty and prompt customer service through trained, certified staff. Some suppliers offer the facility of billing after a brief trial period where the dentist can use the instruments and decide whether they match his needs. Another important aspect of supplier-selection is zero equipment down-time.

A good business relationship with the supplier is paramount as it will have a significant impact on this dentist’s practice and reputation. Most suppliers have trained sales staff that can advise the dentist about the advantages of various instruments, especially in the high-value range. Depending on the dentist’s practice a variety of standard and specialist tools may be required.

The supplier takes the trouble to understand the dentist’s practice and its specific needs before recommending dental instruments. This not creates loyal customers for the supplier’s business, but also saves the dentist the trouble of choosing the wrong equipment.

How Can You Know Dental Handpiece not Work Properly

The dental handpiece is the most used piece of equipment in any dental practice today. This piece of equipment is used in almost every dental procedure, so recognizing the signs that your handpiece isn’t working properly is critical to the productivity of your practice and the comfort of your patients.

The air driven handpiece is still the mainstay within the industry, but electric handpieces are being used more and more as technology advances. The newest technology takes components from both air driven and electric handpieces.

Understanding how to properly clean and maintain these handpieces, as well as their components, will help the clinician achieve optimal results. You should clean your
dental handpiece with a soft bristle brush & warm water before autoclaving to remove any organic material that might corrode your handpiece. It is not advised to use detergents or soaps, as they can destroy the optics, get into the bearings & weaken the lubrication, which can reduce the life of your dental handpiece.

Reduction in Speed: Over time, especially if the handpiece is used a lot, the rotation speed decreases. This is caused by a number of things, but the most common is a faulty turbine. This sign is important, because the loss of speed in your handpiece will prevent you from performing timely and successful treatments.

Vibrations: If your handpiece starts to vibrate, then this can be an indication the bearings are wearing out or loose. Additionally, this problem can be caused by lack of lubrication. If this is the case, you will need to have the handpiece repaired by a handpiece repair specialist.

Disturbed rhythm: If your handpiece makes clunking noises and rotates irregularly, this could be a motor or turbine problem. This is often caused by old age or a lack of regular servicing, and you will need to get your brushless micro motor or turbine replaced. This will ensure consistently smooth revolutions that don’t pose such a risk to the teeth and gums of your patients.

Makes Noise: If your handpiece starts makings a loud chunking noise, this is an indication that the handpiece was probably dropped and the head was dented. Once this happens, the impeller within the turbine is compromised due to the drop. When the impeller within the turbine isn’t rotating smoothly the turbine will fail causing the bur to slip.

If you notice any of these signs with your dental handpieces, it is important to quickly find a reputable handpiece repair company to help protect your investment, minimize your handpiece downtime and keep your handpieces running at optimal performance.

Dental Implant Treatment has Greatly Improved

Dental implant treatment has greatly improved the level of care offered to patients. According to Misch 2015, implant retained prosthetics are usually installed by a means of intra oral cementation or by a screw-in method, that involves the extra-oral cementation of the abutment-prosthesis complex on a model.

The screw-in technique is commonly referred to as retrievable. It is implied that this installation process allows the prosthesis to be removed from the mouth and reinstalled without any critical damage to the prosthesis. It also implies that a prosthesis that is cemented intra orally is not easily retrievable and that it would have to be critically damaged during its removal.

No differences in complication and failure rates have been found in reviews that compare the two installation systems. The cited reviews indicate that 31- 33% of the fixed prostheses retained by dental implants are associated with mucositis, 10-16% peri-implantitis and that the survival rates of the implants are about 96% over five years and 92% over 10 years. The biological complications of treatment manifest themselves as peri-implant inflammation, exudate, loss of gingiva and supporting hard tissues. All these complications require treatment and can cause a “less than happy” experience for the patient and the dentist. Yes, treatment complications can be emotionally and financially taxing for all involved. The question is, “Can we reduce these complications?”

What is the main difference between the two installation systems? The main difference appears to be related to where the prosthesis is cemented to its’ abutment or abutments. In a traditional setting, the screwed-in prosthesis is assembled on a model that is not a precise representation of the mouth. This extra-oral assembly of the abutment-prosthesis complex thus forms an imprecise rigid structure that, when transferred to the mouth, causes a misfit at the implant-abutment junction. This misfit problem can be exacerbated by tight contacts with adjacent tooth structures, which also can prevent the abutment from seating fully onto its implant retainer.

A misfit at the implant-abutment junction is not optimized for stability and is also more susceptible to invasion by oral pathogens. This can create problems for the patient. These problems can include loose and broken screws, foul odour and taste, and the abovementioned complications including mucositis, peri-implantitis and implant failure. The misfit of the implant-abutment junction is a known risk factor for peri-implant disease. These complications can be difficult to mitigate because the implant-abutment misfit cannot be easily rectified. In addition, one must consider the possibility that uneven loading of an ill-fitting connection by the abutment screw tightening process and/or intraoral camera function could also cause damage to the adjoining components. It is possible to replace a damaged abutment, but how does one repair a damaged implant top? In conclusion, the major weakness of the screw-in prosthesis technique, appears to result from a misfit at the implant-abutment connection that is difficult to correct.

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