Troemner Percussion Hammer

Description

Troemner Reflex Hammer

The Troemner reflex hammer carries a weighted, bell shaped head on a long tapered handle, 24 cm overall. Because most of the mass sits in the head, the hammer drops with its own weight, so you get an even tap without forcing it.

Two ends, two jobs

The large end suits broad tendons such as the patellar and Achilles. By contrast, the small end reaches the biceps tendon and the finger flexors. It also suits the Troemner reflex, named after the same neurologist, where you tap the pad of the middle finger and watch the thumb. For that reason, many neurologists keep this pattern as their everyday hammer.

When to choose a Troemner reflex hammer

Choose it when you want weight rather than speed. A light Taylor hammer needs a quick wrist, while this one mainly needs you to let it fall. As a result, the response tends to repeat well from one side to the other. However, if you work with small children, a lighter Babinski or Buck head may suit better.

Care

Wipe the head and handle after each patient, then clean it with a neutral detergent. Dry it fully before storage, since trapped moisture marks the finish over time.

Troemner reflex hammer specification

• Length: 24 cm
• Head: weighted, large and small striking ends
• Material: stainless steel
• Reusable, supplied non sterile

Warranty and supply

Every instrument carries a three year warranty against defects in manufacture, counted from the invoice date. Before an order ships, we inspect it in Atlanta. Also, for cleaning and sterilizing questions, see our FAQs, or browse the rest of our diagnostic medical instruments.

In addition, the FDA recognizes ASTM F899, the standard for stainless steel in surgical instruments.

Disclaimer

Catalog photographs are reference images and may show more than one size or version, so check the option you select before ordering. This is a professional use product. Surgical stainless steel contains nickel, so Intrace USA cannot accept liability for allergic or material sensitivity reactions. See the FDA guidance on materials used in medical devices.