- Condition: Factory New
- Weight: 0.1 lb
- Round, knurled
-
Learn more:
- MFR: Beaver-Visitec International Ships from MFI Medical
- MPN: 371350
Frequently asked questions
Does the handle provide a secure, non-slip grip?
Yes. The handle features a round, knurled design with a cross-hatch texture specifically engineered to provide a stable, non-slip grip essential for precision surgical maneuvers.
Is this handle suitable for professional surgical use?
Absolutely. This is a professional-grade instrument manufactured by Beaver-Visitec International, specifically designed to meet the rigorous standards of clinical and surgical environments.
Are these factory new instruments?
Yes, all handles provided are factory new, ensuring you receive a reliable, high-performance tool ready for clinical use.
Does the textured surface help with tactile feedback?
Yes, the fine cross-hatch knurling is intentionally designed to enhance tactile feedback, allowing the surgeon to maintain superior control during delicate surgical work.
What is the expected shipping time for this item?
Because this item ships directly from the manufacturer, the typical lead time is 2 to 3 weeks.
Does this include the blade or protective guard?
No, this listing is for the 13 cm stainless steel handle only. It is designed to integrate with compatible blades or guards as needed for your specific procedure.
What is the handle constructed from?
It is made of high-quality stainless steel, ensuring durability and resistance to the wear and tear of frequent clinical use.
How long is this surgical handle?
The handle measures 13 cm in length, providing balanced proportions for steady handling and control during intricate procedures.
Is this the standard Beaver 371350 model?
Yes, this is the authentic Beaver-Visitec International handle (Catalog Number 371350), designed to meet original manufacturer specifications.
Is the finish reflective?
No, the handle features a matte, non-reflective metallic finish due to its knurled stainless steel construction, which helps minimize glare during surgical procedures.