- Condition: Factory New
- Warranty: Lifetime
- MFR: Sklar Ships from Manufacturer
- MPN: 90-1061
- Phone: (610) 756-7863
Buying Sklar Black Laser Adson Tissue Forceps - 4-3/4", Straight, 2x3 Teeth - 90-1061 from MFI Medical
Product details
- Manufacturer part number
- 90-1061
- MFI SKU
- SKL-90-1061
Supplier, condition & warranty
- Supplier
- MFI Medical Equipment, Inc.
- Brand
- Sklar
- Condition
- Factory New
- Listed warranty
- Lifetime
MFI Medical is an authorized distributor for all new Sklar items we sell. Any included warranty on a new item is provided directly by the manufacturer. MFI Medical is available to assist with manufacturer warranty claims.
Healthcare purchasing support: MFI Medical provides formal quotations, accepts purchase orders, and offers payment terms to approved customers. W-9 and vendor onboarding information and purchase order and payment instructions are available online.
Purchasing and warranty assistance: MFI Medical: (800) 633-1558. Contact MFI Medical · Warranty policy. Manufacturer product support: (610) 756-7863.
Price & shipping
| MPN | Condition & warranty | Item price (USD) |
|---|---|---|
| 90-1061MFI SKU: SKL-90-1061 | Factory NewWarranty: Lifetime | $189.53 Free shipping* |
*Free standard shipping to the contiguous U.S. on eligible orders of US$35 or more. Other destinations and upgraded services cost extra. Shipping policy
Frequently asked questions
How does the special coating improve safety during laser surgery?
The Sklar Black finish features a specialized non-reflective polymer coating that is engineered to significantly reduce laser reflection to less than one-tenth of a percent. This creates a much safer operative environment for both the patient and the surgical staff by minimizing hazardous light scatter.
Are these forceps built for long-term reliability?
Yes, they are designed for durability in demanding surgical environments. The instrument is backed by a Lifetime warranty on the base instrument, and a 1-year warranty specifically covering the black polymer coating against manufacturing defects.
Can these instruments be safely steam sterilized?
Absolutely. These forceps are fully validated for Pre-Vacuum and Gravity Cycle Steam Sterilization processes. They comply with ANSI/AAMI ST79 standards for sterilization, ensuring they can be reliably processed for repeated use.
Are these suitable for handling very delicate tissues?
Yes, they are purpose-built for precision. They feature:
- Short jaws and narrow tips for fine control.
- 2x3 delicate teeth that provide a secure, yet gentle grip on fragile tissue.
What design features enhance the grip during procedures?
To ensure maximum control during use, the forceps are designed with:
- A wide, flat thumb grasp area.
- Precision serrations on the handle to prevent slipping and improve tactile feedback.
Are these instruments free from natural rubber latex?
Yes, the Sklar Black Laser Adson Tissue Forceps are not made with natural rubber latex, making them a safe choice for surgical settings where latex sensitivities are a concern.
Do these instruments meet biocompatibility standards?
Yes, the instruments are rigorously tested. They are fully compliant with ISO 10993 requirements, which cover essential standards for cytotoxicity and sensitization, ensuring patient safety during contact.
Is this instrument TAA compliant?
Yes, the Sklar Black Laser Adson Tissue Forceps are TAA compliant, meeting the necessary requirements for federal procurement and government-related medical facility use.
Are these forceps designed for multiple uses?
Yes, these are professional-grade, reusable surgical instruments. They are manufactured from high-quality stainless steel with a specialized coating to withstand the rigors of repeated sterile processing cycles.
Why is the finish black instead of standard stainless steel?
The black finish is not merely aesthetic; it is a functional, non-reflective polymer coating. It is specifically applied to eliminate the glare and reflections common with polished stainless steel, which is critical for maintaining clear visualization during laser-assisted surgical procedures.