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Description

Sklar Black Potts-Smith Dressing Forceps are most commonly used for application and changing of dressings in laser procedures. They may also be used for dissection of fine or single-layer tissue. Serrated tips provide a solid grip on both materials and tissue. Sklar Black Laser instruments feature a non-reflective black polymer coating applied over the sandblasted instrument developed specifically for laser surgeries. This safe, durable coating reduces laser reflection to less than one-tenth of a percent, ensuring a safer surgical environment for patients and surgical staff. All Sklar Black coated instruments comply with biological testing requirements for cytotoxicity, sensitization regulatory, and ISO 10993 requirements. They also comply with the Pre-Vacuum and Gravity Cycle Steam Sterilization Validation of ANSI/AAMI ST79. Sklar Black laser coatings are guaranteed for one year against manufacturing defects. This product is straight with serrated tips and a length of 7 inches.

Brand sklar black lasersurgical
Disposable Or Reusable reusable
Grade sklar or grade
Handle Style thumb handle
Instrument Curvature straight
Instrument Length 7"
Instrument Material stainless steel with reduced reflectivity polymer coating
Is Sterile non-sterile
Is Taa Compliant taa compliant
Latex Free not made with natural rubber latex
Surname potts-smith
Type forceps
Uom ea
Uom Description 1 each
Working Edge Style serrated

Frequently asked questions

Does the black coating actually improve safety during laser surgery?

Yes, the non-reflective black polymer coating is specifically engineered to improve safety. It minimizes laser reflection to less than 0.1%, significantly reducing the risk of accidental laser strikes for both the surgical team and the patient.

Can these forceps be used for fine tissue dissection?

Absolutely. While primarily designed for handling dressings in laser environments, the 7-inch straight configuration and serrated tips make them highly effective for the precise dissection of delicate, single-layer tissue structures.

Are these forceps compatible with standard steam sterilization?

Yes, these instruments are fully validated for Pre-Vacuum and Gravity Cycle Steam Sterilization in accordance with ANSI/AAMI ST79 standards, making them a reliable choice for reusable surgical setups.

Does the material meet rigorous biological safety standards?

Yes, the instrument is fully compliant with ISO 10993 requirements, covering cytotoxicity and sensitization, ensuring it meets high-grade medical standards for patient safety.

How reliable is the grip provided by the serrated tips?

The forceps feature high-quality serrated tips designed to provide a secure, solid, and reliable grip on both surgical dressings and fine tissue layers, ensuring precision during complex procedures.

Is the black coating durable enough for long-term use?

The Sklar Black laser coating is highly durable and is backed by a one-year guarantee against manufacturing defects, in addition to the instrument’s general lifetime warranty.

Are these instruments safe for patients with latex allergies?

Yes, these Potts-Smith Dressing Forceps are confirmed not to be made with natural rubber latex, making them suitable for use in environments where latex sensitivities are a concern.

What is the primary benefit of the sandblasted base under the coating?

The base instrument is sandblasted before the application of the non-reflective polymer coating. This process ensures the coating adheres securely to the stainless steel, contributing to the instrument’s overall longevity and performance.

Do these forceps meet TAA compliance regulations?

Yes, the Sklar Black Laser Potts-Smith Dressing Forceps are fully TAA compliant, making them suitable for procurement within government and institutional healthcare settings.

How should these be prepared before their first use?

The product is shipped non-sterile. Prior to use, the instrument must undergo proper cleaning and a validated sterilization process, such as Pre-Vacuum or Gravity Cycle Steam Sterilization, to ensure it is safe for surgery.