- Condition: Factory New
- Warranty: Lifetime
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Learn more:
- MFR: Sklar Ships from Manufacturer
- MPN: 41-1810
- Phone: (610) 756-7863
Frequently asked questions
Is this bone curette suitable for clinical reuse?
Yes, this is a durable, reusable surgical instrument crafted from high-quality stainless steel, designed specifically to withstand the demands of repeated clinical processing and sterilization.
How does the handle feel compared to other models?
The Sklar 41-1810 features a flat handle design. This provides a unique tactile experience for the surgeon, which differs significantly from the grooved handles often found on Bruns-style curettes.
What is the primary surgical application for this tool?
This instrument is designed for debulking procedures, specifically for scraping and removing fibrous tissue and debris from bone surfaces during orthopedic or general surgical operations.
Does it contain any natural rubber latex?
No, this instrument is not made with natural rubber latex, ensuring it is safe for use in clinical environments where latex sensitivity is a concern.
Does the manufacturer back this instrument?
Yes, this Sklar instrument is backed by a lifetime warranty, reflecting the company’s commitment to the professional quality and durability of their surgical tools.
Does the instrument arrive sterile?
No, this curette is provided non-sterile. It must be properly reprocessed and sterilized by your facility before its first use.
Is this product TAA compliant?
Yes, this instrument is fully TAA compliant, meeting the necessary standards for government and institutional procurement requirements.
What is the tip configuration of this curette?
This model features a round cup tip on a straight shaft, which is optimized for precise debridement and scraping during surgical procedures.
What length is this specific model?
This bone curette has an overall length of 6-1/2 inches, providing a balance of reach and control for debulking tasks.
Is this a Swiss pattern style curette?
Yes, it is designed with the Swiss pattern configuration, which is specifically engineered to improve surgical efficiency when removing bone debris.