DENTAL

Dental practices that would like to enjoy the numerous benefits (improved case acceptance rates, enhanced diagnostic ability, etc.) of intraoral cameras also want to know how long those intraoral cameras will last before one has to buy replacements. There is no straight answer to that question, but several factors can help you to determine how long your intraoral camera will last.

The Quality of the Equipment Procured

There may be a huge difference in the longevity of a name-brand intraoral camera when compared to one you buy off the internet from an unknown entity in a foreign country.

User Habits

Like any piece of equipment, your intraoral camera with screen’s longevity may be affected by the way it is handled by the users at your dental practice. For example, a user who frequently bumps the Camera against objects within the dental office as that user moves around with the camera may shorten its lifespan due to the impact of those bumps.

Such bumps are more likely to occur if you move around the dental office when holding a camera that is connected to your computer using a USB cable. Durability issues can also arise when a user drops the camera into its holder instead of lowering it gently.

Proper Maintenance

How well you adhere to the routine and scheduled maintenance of your equipment will also impact how long that equipment will serve your needs before it becomes necessary to replace the intraoral camera.

You will stand a higher chance of using your new intraoral camera for many years if you work with the supplier to design a maintenance schedule that will keep the camera functioning optimally throughout its expected service life. All in all, dental technology durability is a combination of factors from the manufacturer’s side and the user’s end. Get the right mix of those factors and you will have no regrets.(Click here to buy dental autoclave sterilizer online)

Making Decisions as a Dental Practice Owner

One of the key attributes that distinguish successful dental practice owners from those who struggle is the ability to make decisions and take action.

Making Clinical Decisions in Your Dental Practice

One of the many responsibilities of being a dentist is diagnosing and treating patients. Therefore, your decision-making abilities will be called upon to make clinical decisions for your patients overall oral health.

You are the expert, so they expect you to guide them on their journey to better oral health. For example, don’t ask a patient which diagnostic tests they would like to undergo. Again, you are the expert, you know the best test to confirm or rule out a given condition, such as caries. It is your responsibility to use proper diagnostic aid like intraoral camera with screen to ascertain what the problem is.

Decisions Related to Running and Growing the Practice

The fist step to growing your dental practice is to first decide your practice’s goals. Having a clear mission will help you make the decision process easier. Every possible option must be weighed to fit your overall mission.

For example, it will be easy for you to abandon traditional x-ray machines in favor of the handheld dental x ray unit if your mission is to continually improve the level of patient care.

Overall Leadership in Your Dental Practice

Your dental patients, team members, and community want you to succeed as a dental practice. An important part of being a successful practice owner is the level of leadership and culture you obtain. A good leader also gains more respect from their peers.

Successful dental practices require the best suction and compressed air systems, these are key to ensuring that your surgery runs smoothly on a day to day basis and gives you the dentist peace of mind when using the equipment. However, this together with pipework layout is one of the main areas which is overlooked when planning a new dental surgery and is in fact the most important element. In the unfortunate event that any problems do occur, a surgeries down-time can cost the practice both time and money.

Current international standards (BS EN ISO 10637) which ensure the safety of dental suction unit require the following:

Air Flow: Suction systems require a minimum of 250 litres of air per minute at a 16mm plus or minus 1mm aspirator tip with a maximum vacuum of no more than 250mbar. Compressor systems require a minimum of 50 litres/min at 5bar. All Cattani suction and compressed air units comply with this standard.

Surgical Applications is specific to treating diseases, injuries and defects of the mouth, jaws, hard and soft tissue, it is therefore important to achieve low/medium air flow and high vacuum as this will remove any blood and debris from a precise area in the patient’s mouth, this ensures the comfort of the patient and keeps the surgeons vision clear during surgery.

Negative pressure (vacuum pulling power): The negative pressure required depends on the size of tip, the smaller the tip the higher the negative pressure required. Generally, 150mbar is accepted as good vacuum for fixed speed suction systems, the standard states a maximum of 250mbar.

Pipework

Pipework should be MUPVC type not ABS. Swept bends and ‘T’ connections with a fall from the surgery to the pump will ensure water will not collect in the suction pipework.

If required your current system can be tested using vacuum gauges to discover the current performance of your system, air flow and suction power.

If you want to know more about other dental devices, such as dental turbine unit, please click on the text link.

Does the company offer anything additional to their loupes and, if so, do they upcharge for it? Some items to inquire about are antiscratch coatings, antireflective coatings, antifog coatings, and prescriptions. Are they standard, or an additional fee? What is the fee? What are the prescription limitations?

Purchasing considerations-When talking about the specifics on price, the dollar amount is not as important as you may think it is. Once you select the product that meets all of the criteria, you will understand what I mean.

Most companies offer a 45-day trial period. During this time, you are able to use the product in your practice setting to truly understand how it works. Many companies also offer a payment option. Specifics to ask on payment options are: How many months are you able to spread the payment over? Are there interest charges, and if so, what are they? Are you charged the day you order or the day they are shipped to you? What are the shipping fees? After the 45-day trial period, are you able to return the loupes and receive a full refund, or must it be done prior to the 45th day? What are any other costs that you might be unaware of or that have not been discussed?

I always recommend using the longest, interest-free payment option. This allows you time to pay off your dental magnifying loupes while you are still getting used to them and feel less pressured into the experience.

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Traditional Handpieces

The two traditional handpieces—electric and air-driven handpieces—each have unique characteristics with associated benefits and risks. There are also product variables both within the two types of technology and their attachments, and differences of opinion about the overall superiority of one over the other.

Air dental turbine unit

The air turbine high-speed handpiece, which relies on an air-driven turbine to rotate the cutting instrument, continues to be the most popular type of high-speed handpiece in the United States, likely due to its relatively low cost for purchase and repair, ability to rapidly remove tooth structure, ergonomic weight and size, and reduced risk of pulpal damage when used properly.2

High-speed air-driven devices function at up to 400,000 rpm and usually operate within 180,000 rpm to 330,000 rpm. However, their main disadvantage is that despite their high speed, their relatively low torque causes the bur to slow down when forced to endure heavy loads.

Electric

Electrically driven handpieces use a simple electrical supply to power the motor through a control unit. They are generally heavier, bulkier, and more expensive than their air-driven counterparts, and operate at a lower rpm than air-driven models—up to 200,000 rpm, depending on the specific handpiece(coxo dental handpiece) and attachments used.

The advantage is that their torque is constant, even under demanding loads, resulting in better cutting performance. They also typically offer a number of different motor attachments, which can be used to increase the rpm as needed, so the clinician can modify the same basic handpiece for a variety of procedures. Therefore one electric handpiece can be employed both for high-speed restorative and endodontic procedures and for low-speed restorative, hygienic, endodontic, surgical, and laboratory procedures.



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