Sale price$1,195.85
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Description

Disposable Or Reusable reusable
Grade sklar or grade
Instrument Length 10-1/4"
Instrument Material stainless steel
Is Sterile non-sterile
Is Taa Compliant taa compliant
Latex Free not made with natural rubber latex
Surname tessier
Uom ea
Uom Description 1 each

Frequently asked questions

Is this instrument built for repeated clinical use?

Yes, the Sklar Tessier Caliper is designed as a reusable surgical instrument. It is engineered for durability and longevity, making it a reliable choice for consistent use in clinical or laboratory environments.

What material is used in its construction?

The caliper is manufactured from high-quality stainless steel. This material provides excellent resistance to corrosion and ensures the instrument maintains its precision over time.

Is the material safe for patients with latex allergies?

Absolutely. The Sklar Tessier Caliper is not made with natural rubber latex, ensuring it is safe to use for individuals with latex sensitivities.

Does this tool meet strict government procurement standards?

Yes, this instrument is TAA (Trade Agreements Act) compliant, making it suitable for government procurement applications where regulatory compliance is required.

How long is the total length of the caliper?

The Sklar Tessier Caliper measures 10-1/4 inches in total length, providing a substantial reach for precise measurement tasks.

Is the instrument delivered sterile to the clinic?

No, the instrument is supplied non-sterile. Users should follow standard clinical protocols for cleaning and sterilization before the initial use and between procedures.

What kind of support is offered for this instrument?

Sklar stands behind the quality of this product by including a lifetime warranty. This provides long-term assurance regarding the instrument’s performance and craftsmanship.

What is the primary function of the sharp tips?

The sharp, opposing points are specifically designed for highly accurate external and internal measurements. They are frequently utilized for bone or tissue approximation in anatomical or surgical settings.