The IndoSurgicals Queen Square Reflex Hammer with a Pointed Stainless Steel Tip is a premium neurological instrument designed for precision and reliability. Trusted by surgeons, neurologists, and medical students globally, this hammer is engineered to deliver accurate and efficient reflex assessments. Its classic Queen Square pattern head, combined with a weighted design and a soft rubber ring, ensures effective elicitation of myotatic reflexes, making it an indispensable tool in hospitals, clinics, and educational settings.

Crafted for comprehensive neurological examinations, this reflex hammer features a unique pointed stainless steel tip at the end of its handle. This tip is specifically designed for testing plantar and abdominal responses, allowing for a complete diagnostic evaluation with a single, versatile instrument. The flexible nylon handle provides a comfortable grip and superior control, enabling healthcare professionals to perform delicate procedures with confidence and accuracy.

Features

• Precision Pointed Tip: The handle culminates in a sharp, durable stainless steel point, meticulously designed for eliciting plantar (Babinski) and abdominal reflexes with pinpoint accuracy.
• Optimized Queen Square Head: The iconic circular head is crafted from chrome-plated brass and features a grooved edge to securely hold the rubber ring, ensuring it stays in place during use for consistent, reliable results.
• Effective Myotatic Response: The combination of a weighted head and a soft, high-quality rubber ring provides the ideal force and texture to effectively provoke deep tendon (myotatic) reflexes without causing patient discomfort.
• Ergonomic Nylon Handle: The handle is made from slender, tapering, and flexible nylon, offering a comfortable, non-slip grip that enhances control and reduces hand fatigue during prolonged examinations.
• Superior IndoSurgicals Quality: As a leading manufacturer, IndoSurgicals guarantees that this hammer is built to the highest standards, ensuring durability, performance, and long-term reliability in a clinical environment.

Specifications