- Condition: Factory New
- Warranty: Lifetime
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Learn more:
- MFR: Sklar Ships from Manufacturer
- MPN: 40-6793
- Phone: (610) 756-7863
Frequently asked questions
Is this instrument made of durable surgical-grade material?
Yes. This gouge is manufactured from high-quality stainless steel, which is designed for longevity, reliability, and repeated use in professional surgical environments.
Is this gouge designed for reuse?
Absolutely. It is a reusable surgical instrument, engineered to withstand repeated sterilization processes, making it a sustainable and cost-effective choice for medical facilities.
Is the blade shape suitable for bone sculpting?
Yes, it features a specialized concaved blade design. This specific configuration is optimized for the effective removal and precise reshaping of bone tissue during orthopedic procedures.
Does this tool meet government procurement standards?
Yes, this instrument is TAA Compliant (Trade Agreements Act), making it fully suitable for government procurement and institutional medical settings.
Are there any latex components in this tool?
No. This instrument is not made with natural rubber latex, ensuring it is safe for use with patients or staff who may have latex sensitivities.
Does the instrument require sterilization before use?
Yes. It is provided non-sterile, so it will require proper cleaning and sterilization according to your facility’s protocols before being introduced into a surgical field.
Is this considered a professional-grade instrument?
Yes. The product is classified as ‘Sklar-or-Grade’ quality, which denotes professional-grade suitability for demanding orthopedic tasks.
How long is this specific Smith-Peterson model?
This model has an overall length of 8 inches, providing a balanced reach and ergonomic control for surgeons.
Can I count on the long-term reliability of this tool?
Yes, you can rely on its quality with confidence as it is supported by a comprehensive lifetime warranty.
What is the primary function of this gouge?
The Sklar Smith-Peterson Gouge is primarily engineered for precision orthopedic tasks, specifically focusing on the removal or reshaping of bone tissue.