Monthly Archives: August 2016

dental equipment

Are Dentist Cameras a Good Investment

Did you know that purchasing a high-quality dental Intraoral Camera can revolutionize your dentistry and make it much more efficient? Dentists all around the world are investing into the easy quick cam product which allows the dentist to quickly take a snapshot of the insides of their clients’ mouths. This is a revolutionary new device that has made the job of dentists much easier and much less complicated.

There is a question of whether or not a dentist camera is a good investment for dentistry’s. Dentists make a good amount of money and most dentistry’s are very successful. However, just like any business, the dentist needs to compare the pros and cons of the things that they are investing in.

An Intraoral Camera is a dentist intraoral system that allows the dentist to see and examine their clients’s teeth by taking snapshots of them. This is a very high tech product and it is something that is produced by easy click cam, a leading provider of dentistry tools and software. They have made their tool to be extremely efficient and very handy for a dentist to use on a day-to-day basis. The easy click cam will really feel like a tool of wonders as it captures perfect pictures of your clients’ teeth. You’ll notice that it takes clear shots of all areas of your clients’ teeth and the images are easy to review and can offer a better look at teeth then you would be able to see with your own eyes.

If you are a dentist and you’re having trouble currently seeing the far away aspects of your patients’ mouths, you may want to consider the easy click cam so that you can better diagnose problems with their clients like cavities. Easy click cam has many different features that make it the best in the industry. It is compatible with the Windows operating system, it offers push button convenience, it always produces crystal-clear picture quality, it has advanced integration features with other dentistry software on the market, it features a fast and effortless installation process and the product is backed by a 30 day money back guarantee.

The easy click cam is perfect for increasing your profit because it allows you to see the back areas of your clients’ mouths that you cannot see with your own eyes. This allows you to spot cavities and other types of teeth problems that are a serious concern for clients. It also gives you a better outlook on their teeth and how they are structured when you can see them on the computer with crystal-clear imaging.

With all of the features that the easy click cam has to offer, it would be impossible to consider this product not worthy of your investment. If you care about your clients and want to offer them a better service than you are currently able to provide, this product could increase your ability to do that substantially. Consider that all of the features of the intraoral camera make it an affordable and time-saving product purchase.

dental equipment

How to Choose Good Dental Equipments

1. Quality is the first priority

Not surprisingly, dentists invest in the best quality NI dental instruments as it determines the quality of patient care.Dentists choose the best chairs, sterilizers, hand instruments, amalgamators, drills, suction equipment 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, NI 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.

2. Price is not the main factor

In a field where technology is constantly evolving, dentists prefer to have the latest equipment to enable them work better and provide the best care. In each equipment category, there are several types with different features that the dentist must evaluate.

Since dentists perform intricate surgeries, the choice of NI dental instruments is not based on price alone.With instruments like curing lights, mouth cameras, dental scalers and lasers, curing lights, intraoral cameras, and others,quality and value are the prime consideration. The price aspect comes up only when the dentist is satisfied with the functioning of the instruments.

3. The best dental equipment closely relates to the supplier

Choosing the best NI dental instruments starts with finding a good supplier. Besides state-of-the-art equipment, reputable NI 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.

dental equipment

Endodontic Instruments Have Their Own Advantages and Disadvantages

Usually, when there are so many instruments and techniques to do the same job, it tells us that no single technique or instrument has found the answer to accomplishing the task in the easiest, most favorable way when compared to the others.

We can choose from hand instrumentation, rotary or reciprocal handpiece-driven instrumentation, ultrasonic scaler and sonic instrumentation, and any combination of these. Not only are the delivery systems different, but there also are many different types of instruments themselves; for instance, files, reamers, headstroms, etc., and each can be made of either stainless steel or nickel titanium.

Each instrument and its accompanying technique have their own advantages and disadvantages. The key is to find a system to use in which all of the components are made to work together synergistically, such that they result in a procedure that is easy for the dentist to achieve the desired end results.

In this instance, the desired end result is a debrided, clean canal that has been enlarged, shaped, and finished to receive a gutta-percha and sealed obturation. This should be able to be achieved in an easy, quick, not too expensive, predictable, operator friendly manner. The dentist should not have to be Michelangelo to achieve the desired result consistently on every patient.

Let’s work backward for a moment. What size should any canal be enlarged to in order to achieve a successful result? The literature now says at least to a #30 or #35 dental endodontic instrument to the anatomic apex with a taper of .04 mm/mm. Knowing this, we now have our goal.

We can make access, open into the pulp chamber, and find the canals. Once the canals are found, I usually use a size #08 gray reamer to obtain my measurement. The measurement is achieved with the use of an apex locator. The apex locator is the only instrument we have that will give us the measurement to the constriction of the canal. Read the instructions for your apex locator, because each manufacturer marks a different point on its measurement scale indicating where the constriction or anatomic apex is located.

dental equipment

The Information about Dental Ultrasonic Scalers

Ultrasonic scalers are available with two movement-generation technologies: magnetostrictive or piezoelectric. Air-driven scalers that attach to the dental unit airline hose are not in the ultrasonic category. These are sonic devices in the 3,000-8,000 hertz range (1 hertz = one cycle per second, 1,000 cycles equals one kilohertz, KZ), and they aren’t very powerful. They vibrate in a circular movement that can “roll over” hard deposits and emit a very annoying shriek that is in the human audible range. Although their portability is attractive, daylong use of these is not.

Magnetostrictive scaling units use a working tip attached to a stack of metal nickel plates called an insert/tip. The insert/tip is placed into the handpiece which has a coil in its length. When electricity is applied, a magnetic field is created that generates vibrations in the metal stack.

These vibrations are called frequency and refer to the number of times per second that the tip moves back and forth during one cycle (one complete stroke path). Frequency levels are usually in the 25,000-30,000 hertz range (thus 25K or 30K devices), and the magnetostrictive tip motion is somewhat elliptical in nature. This creates a “rolling” motion on the hard surface, which can be comfortable but also can burnish old calculus that has accumulated and embedded itself in the cementum or root surface. All sides of the tip come into play, with the point having the most power, the front and the back being the most active, and the sides being the least active.

Constant movement of the working end is recommended for the most efficient use and removal of plaque and biofilm, but contact against a hard deposit has to be engaged long enough to cause microfractures for breakup and removal. The point of the tip can create a fracture in a large deposit of calculus, causing it to shatter and break apart. A hard deposit will break apart in pieces, and stain removal is accomplished by using crisscrossing, crosshatching strokes until the last small stain is gone.

Tactile sensitivity is somewhat diminished by the weight and bulk of the metal stacks in the dental handpiece, but this can be improved with operator practice and thinner inserts. Water is needed as a coolant since the stacks generate heat during operation.

Piezoelectric devices use stacked ceramic plates or quartz crystals in the handpiece to generate a linear motion similar to a reciprocating saw or electric knife movement. The tips are threaded and wrenched into position at the end of the handpiece.

dental equipment

The Successful Dental Curing Light

Dentists assume that activating a dental curing light device reliably and predictably light cures restorative materials. There are many factors that must be considered when light-curing resin adhesives, resin-based composites, resin cements, etc., to ensure the quality and durability of the restorations being placed. Clinicians have choices in the light-curing devices they use.

Despite appearances that all curing lights are adequate, research has demonstrated that not all light-curing devices are equivalent! Recent studies demonstrate that the light probe tip diameter and its orientation can significantly impact the degree of light curing with respect to better physical properties and improved adhesion.

Most composite resin or porcelain veneer placement articles elaborate extensively on technique, yet mention only five words: “and then you light cure”, for the most critical phase of the technique. Light curing is more complex than those five words. It involves specific devices and dental equipments, not all of which are equivalent. This article provides an understanding to the successful management of these variables.
Light curing has often been perceived to be as simple as using an on and off switch. In some cases, polymerization is delegated to the chairside assistant while the clinician focuses on other aspects of treatment.

Resin composites are light cured when a specific dose of energy is delivered to the resin, with the dosage varying significantly between different brands and shades. While seemingly simple and routine, the process involved is complex. The durability and longevity of the restoration is greatly dependent on the accurate delivery of the energy required to polymerize the resin.

Currently, the International Standards Organization (ISO) has very few requirements pertaining to curing light performance, all related to limiting ultra-violet range emissions. No lower or upper limits exist for the intensity of the violet/blue light used to activate the resin photoinitiators. In addition, ISO performance measurements are always taken at the light tip; clinically, the curing light is rarely that close to the composite surface.

dental equipment

Learning how to Choose the Right Air Compressor

Air compressors have been around for well over 100 years and have as many uses as there are tools that use air. One reason for their popularity is because air as a resource is safe, flexible, clean and convenient. These machines have evolved into highly reliable pieces of dental equipment that are almost indispensable in most of the applications they serve. Compressors can come in a wide variety of different types and sizes.
While there are many types of dental compressors, they all perform the same function, which is to increase the pressure and reduce the volume of a given gas such as air. The most common type of compressors work by filling a chamber with air and then reducing the chamber’s volume. These are called positive displacement compressors. They are the most widely available compressors and include reciprocating, rotary screw and rotary vane compressors.
1. Choose between piston-type and portable compressors. Essentially, there are two different kinds of air compressors. Piston-type compressors rely on a motor which builds up air pressure when it gets depleted. These store compressed air in tanks. Portable compressors do not have tanks, and so much stay running continuously in order to deliver air.
Piston-type compressors come in two varieties. The single-stage compressors use only one piston to compress air and top out at about 150 psi. Two-stage compressors use two pistons to deliver near continuous air pressure, and top out at around 200 psi.
Single-stage compressors are adequate for more heavy-duty applications at home. Two-stage compressors are more often used in industrial settings where owners expect near continuous usage.
Portable air compressors are more viable for light home use. Powering caulk guns, spray guns, glue guns, as well as for inflating small tires and rafts.
2. Look at the horsepower (HP) of the air compressor. A common range for horsepower on an air compressor is between 1.5 and 6.5 HP. Air compressors with larger HP capacity exist, but are usually reserved for industrial uses and offer far greater psi. Small-scale uses won’t require as much horsepower as industrial uses.
3. Consider your power source. Will you have the luxury of electricity at all times, or will you be in environments without electricity. If you’ll be next to an outlet at all times, it’s best to choose a drive system with an electric motor. If not, you’ll be forced to drive the compressor via a gasoline engine.
Most electric air compressors will run on 110V (US), but some larger ones run on 240V. Find out before you make the purchase.