Discounts Only Available on Our Blog

Be sure to check back regularly as occasionally we will be running promotions that will only be posted in this section of our blog. When manufacturers announce sales promotions, especially with new product launches, we pass the savings on to our customers with our own unique blog promotions. The promotions may be for a limited time, so return often and act fast! Following this blog is just one of the ways that you can stay updated with our latest specials and savings.

In addition to the blog only promotions, we also offer specials & discounts via our email newsletter and facebook page and twitter. Be sure to sign up for our email list to be among the first to learn about coupon codes and product specials throughout the year. “Like us” on facebook or “Follow us” on twitter to view company status updates that are pertinent to your role in the medical industry. Meet other like minded customers of Universal Medical and provide us with feedback about how we can help you!

You Asked For A Radiolucent Papoose Board

We Listened

For many years, we received requests from our customers asking for a solution for restraining patients during diagnostic imaging procedures.  We listened to your requests and developed a papoose board that can be used in diagnostic imaging without image artifacts.

100% Radiolucent Design

Constructed of high-density polyethylene (HDPE) our unique papoose board is durable and completely radiolucent.  Traditional papoose boards have metal rivets which make the board unusable for diagnostic imaging procedures. For improved patient comfort, our new papoose board features padded foam flaps which safely secures the patient to the board. The closed foam material is also used as padding for the head strap in case the patients head needs to be restrained.

A Solution For Diagnostic Imaging

While common in the dental industry, the papoose board was not compatible with diagnostic imaging equipment because of metal components. These metal components would cause image artifacts on the x-ray reducing the quality and effectiveness of the image. By simplifying the design, our new papoose board is 100% radiolucent and is ideal for diagnostic imaging applications including X-ray imaging procedures and MRI scans. The medical industry doesn’t have to wait any longer for a papoose restraint board that will help take diagnostic images of uncooperative children, infants or even adults.

The How To’s Of Selecting Dental Loupes

Many dental loupes sales reps would have you think selecting the right pair of loupes for you would be a monumental challenge. Well it is time to demystify the loupe selection process, since it is a relatively easy concept to understand. There are only a few factors that need to be considered when deciding on which dental loupes is right for you. We will show you just how easy these concepts are and will hopefully reduce an anxiety that you have about selecting the correct pair.

Working Distance
The first thing to determine is your correct working distance.

Selecting the correct working distance means you will be able to maintain an ergonomic while you are performing any work. To determine this distance sit in an ergonomic position, as if you were working on a patient and take a tape measure and measure the distance between the bridge of your nose and the area of the patient you would be working on. This image to the left depicts this measurement well.

Depth Of Field
Once you have the working distance you need to understand what depth of field is. Loupes are made to stay in focus at specific working distances. However, this distance is actually a range. So if a loupes has a working distance of 18 inches and has a depth of field of 5.5 inches it means the loupe will remain in focus from a distance of 15.25 inches to 20.75 inches, or 2.75 inches on either side of the working distance.

Field Of View
The concept of field of view often seems to be the most confusing aspect of the dental loupe selection process. I think the best way to explain this is to give an example that doesn’t involve loupes at all. Look straight ahead. Everything you see is your eye’s field of view. Now put your hands around the side of your eyes to reduce your peripheral view. By doing this your field of view was just reduced. Dental loupes work in exactly the same manner. The field of view is everything that is able to be seen at one time when looking through the lenses of the loupes.

There are several different factors that can affect the field of view, and this is the only semi-complicated of the process. However, there is no need to worry the factors are straight forward and easily explained.

      Magnification – The higher the magnification the smaller the field of view will be.


    Distance from the lens – The closer your eye is to the lens the larger the field of view will be

Magnification is the last choice that you have in the dental loupe selection process. You need to determine on your own what magnification you feel most comfortable with and allows you to work effectively. For dentistry the most common magnifications are 2.5x – 3.5x. However, that is not to say some in the dentistry field do not use higher magnifications. A common approach to selecting loupes if you have never used them before is to purchase a lower magnification of 2.5x and once you feel comfortable with them purchase a pair of a higher magnification.

We hope this clears up any questions that you have concerning your dental loupes selection.

Still have questions?  Comment below and we’ll answer them for you.

Be Aware of The Dangers When Working Around Radiation

X-Ray Use In Diagnostic Imaging

The use of x-ray as a form of diagnostic imaging is not considered new in the medical industry. However, even after years of use, some medical professionals do not have a complete understanding of the harm caused by improper protection to medical imaging personnel. When exposed to direct x-ray beams or indirect beams (also known as scatter radiation) it is crucial that medical professionals protect themselves to the fullest extent possible. It is especially important for personnel to protect those body parts that have been found to be most sensitive to radiation exposure, including the thyroid gland, eye tissue, as well as the male and female reproductive systems.

Radiation Beam Exposure

When selecting protective apparel you want to consider your specific exposure to the radiation beam. This will require an understanding of the direction in which the radiation beam is focused, as well as your body’s position within the room in relation to the beam. Some individuals require protection of the front of their bodies while others may face the radiation as well as have the back or sides of their body turned toward the radiation during exposure. You’ll want to select radiation protection apparel that provides the necessary coverage of your body based on your individual exposure.

Lead Equivalency Standards

In the U.S., the industry standard for front protection apparel is 0.5 mm lead equivalency protection. Apparel that offers front and back protection is most often 0.5 mm in the front and 0.35 mm lead equivalence protection in the back. The difference in equivalency is attributed to the fact that frontal exposure is typically more prolonged than back exposure. Radiation aprons or gowns are designed to protect your essential organs from the shoulders to the thigh, but be sure to couple your apron selection with a thyroid collar to ensure that the delicate tissue of this gland is not unnecessarily exposed.

Is radiation eyewear provided by your facility?

It might be worth the personal investment. Protective lead glasses are now being offered in stylish frames at affordable prices for individuals. Do not put yourself at an increased risk for cataract complications by ignoring the necessity of protecting sensitive eye tissue from scatter radiation during medical imaging procedures.

If you have questions about your exposure to radiation in your medical profession, contact your facility’s radiation safety officer. This individual should be able to advise you as to the proper precautions necessary for your position.

Making Pressure Sores A Thing Of The Past In The Operating Room

Preventing pressure sores is not an easy task in the operating room.  However, with the right education and understanding of patient positioning you can help to prevent these “Never Events”.  For those not familiar with the term “never events” it is an occurrence in a health care setting that is preventable .  Never events range from safety issues to organizational issues but on top of the list are pressure ulcers acquired after admission to the facility.

Surgical pressure sores occur on a patient during a surgery when there is insufficient blood flow to skin tissue. This lack of blood flow is caused by the pressure of the patient’s own weight while lying on a surface. It is crucial for for the patients safety that proper measures are taken to allow for blood flow to skin tissue while a patient is in surgery. The two most common factors related to the potential for pressure sore injuries is the age of the patient and the length of time the patient is on the operating room table.

While most OR tables are equipped with foam table pads, these seemingly soft surfaces are not enough to prevent pressure sores from forming. It is essential that viscoelastic polymer gels be used to reduce the pressure especially in areas of the body that are more prone to sores.

The development of pressure ulcers is more common in bony prominences of the body. Depending on the position of the patient during the surgical procedure the bony prominences will be in different areas of the body. Some common areas of concern are the heels and elbows when a patient is lying on their back during a procedure. Fortunately pressure relieving gel manufacturers have designed products for the prone areas to aid in the prevention of sores.

Making use of other techniques to reduce pressure sores, such as repositioning the patient cannot always be done which is why it is crucial to have the appropriate pressure reducing surface in place. The American National Pressure Ulcer Advisory Panel (NPUAP) has an excellent quick reference guide that outlines in detail how to prevent pressure sores from forming, not only in the operating room but also in other areas of medical care.

Pressure sores can be prevented in the operating room as long as nurses and doctors in assess a patients risks properly, prior to the procedure. The use of pressure relieving gel will help medical staff properly prepare their patients for long surgical procedures where a patient is most at risk. Understanding how pressure sores form and how they can be prevented is the only way those working in operating rooms will be able to stop this never event from happening.

Ample Scientific’s Complete Product Line Now Available

We are now an authorized distributor of Ample Scientific’s entire product line.  Ample Scientific is a manufacturer of scientific equipment with a concentration in lab microscopes and laboratory centrifuges.  Established in 2009 Ample Scientific has already made an impact in the laboratory by providing an inexpensive alternative while still maintaining superior quality.

All of Ample Scientific’s lab equipment comes with a standard one year limited warranty which protects against all manufacturer’s defects.  We are excited to offer their complete line so that our customers have a cost effective solution for their laboratory.  When browsing our online catalog you can easily identify their centrifuge line from their distinctive white and red colors.  Providing both digital and analog centrifuges, as well as portable 12 volt models that can be plugged into car lighter outlets, Ample Scientific will have a centrifuge to fit your requirements.

Since we do not have a large selection of centrifuges or microscopes to choose from on our website currently we are excited to team up with Ample Scientific to bring you their complete product line.