Gyrus ACMI Diego 70339001 ENT Shaver Handpiece
- Model: Gyrus ACMI Diego ENT Shaver Handpiece
- P/N: 70339001
- 3 in stock
Immediately available for dispatch, patient ready and this product is offered with a 3 month warranty period.
The Gyrus ACMI Diego 70339001 ENT Shaver Handpiece is a precision surgical instrument engineered for powered tissue resection in otolaryngology procedures. Designed for use with the Gyrus ACMI Diego Shaver Console, this lightweight, autoclavable handpiece delivers high‑speed, oscillating motion to paired shaver blades, enabling efficient removal of soft tissue and bone while maintaining exceptional control. Its ergonomic grip and quick‑release coupling simplify blade changes and enhance OR workflow.
Technical Specifications
| Specification | Details |
|---|---|
| Model | 70339001 |
| Manufacturer | Gyrus ACMI |
| Device Type | Powered ENT Shaver Handpiece |
| Compatible Console | Gyrus ACMI Diego Shaver Console |
| Oscillation Frequency | 5,500 ± 500 cycles per minute |
| Stroke Length | 0.5 mm |
| Blade Compatibility | 2.0 mm, 2.5 mm, 3.5 mm shaver blade systems |
| Activation | Foot‑pedal control via console |
| Connector Type | Stainless steel quick‑release coupling |
| Cable Length | 3.0 m |
| Weight | Approx. 180 g |
| Materials | Stainless steel shaft; high‑durability polymer handle |
| Sterilization | Autoclavable at 134 °C |
| Certifications | CE Marked; FDA 510(k) cleared |
Key Features
-
High‑Speed Oscillation
Delivers up to 6,000 cpm for rapid, precise tissue resection. -
Ergonomic Handpiece Design
Lightweight and contoured for reduced surgeon fatigue during prolonged procedures. -
Quick‑Release Blade Coupling
Enables fast, tool‑free blade changes to maintain procedural momentum. -
Multi‑Blade Compatibility
Works with a range of 2.0 mm–3.5 mm shaver blades for soft tissue and osseous work. -
Autoclavable Construction
Fully submersible and sterilizable to support strict infection‑control protocols. -
Robust, Durable Build
Stainless steel shaft and reinforced polymer handle ensure long service life in high‑use OR environments.
