
The GEMS is an evolutionary leap forward for safety and stability of scalpel handles

The scalpel has been around for hundreds of years. The current generation of scalpels used by surgeons has remained unchanged for seven decades. A scalpel is the tool used most by surgeons when performing surgery, so they are critical to the success of the surgery. Now is the time to use modern design technology and update the scalpel to a more ergonomic and functional design.
This patent family does exactly that. It introduces a next-generation scalpel. One of the challenges when using a current-generation scalpel is that it requires considerable pressure to hold the scalpel, and that can result in rapid rotation and loss of control. The next-generation scalpel covered by this patent family has a convex shape at the top and a tapered height. This allows for multiple types of grips and less pressure needed, reducing pronation and slippage. The next-generation scalpel covered by these patents is more comfortable for the surgeon to use, resulting in added stability and accuracy during surgery.
The highest incidences of accidents in hospitals can be attributed to scalpels. This new scalpel is designed not only for the comfort, safety and accuracy of the surgeon, but also the ease of “passing and picking” for the surgical assistants. This scalpel aids in gripping not only normal sized and large hands, but also smaller hand sizes. With 18 claims in the granted patent, this is not just a small redesign, but a true next generation scalpel that should be the standard for the next seven decades or more.
U.S. Patent No. 12,329,408 and EPO Application 4119073 for a “Handle design of a scalpel for stable operation thereof” would enable any surgical equipment manufacturer to introduce a dramatically improved next-generation scalpel. The USPTO patent protection extends until October 2042, and the European patent has Unitary protection.
For medical applications or Arts and Crafts
A unique product with many benefits
Why create a new scalpel handle?

What needed to be done!

How we fixed the problem!
