- Condition: Factory New
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Learn more:
- MFR: BR Surgical Ships from Manufacturer
- MPN: BR08-16023SC
- Phone: (888) 642-1366
Frequently asked questions
Does this tool offer advanced cutting performance?
Yes, this instrument features SuperCut technology. This specialized design includes: - One serrated blade to securely grip tissue - One razor-sharp blade that glides through tissue for an exceptionally clean and efficient cut.
Is this a brand new, unused instrument?
Absolutely. This product is guaranteed to be in Factory New condition, ensuring it has never been used and adheres to all original manufacturer specifications.
What is the primary benefit of the straight blade profile?
The straight configuration is specifically designed for surgical tasks where optimal line-of-sight cutting access is required, allowing for precise tissue separation and dissection.
Are these scissors suitable for demanding surgical environments?
Yes, these are high-precision surgical instruments. They are expertly crafted for professional settings that require reliable, clean cutting performance during delicate procedures.
What is the exact length of these Mayo-Harrington scissors?
This model is precisely 9 inches (9”) in length, providing a balanced reach for standard surgical applications.
Where does the product ship from?
To ensure the integrity of the instrument, these scissors are shipped directly from the manufacturer.
How long should I expect to wait for delivery?
Because this item ships directly from the manufacturer, the estimated lead time is 1 to 2 weeks.
Does this tool use high-quality materials?
While specific material alloys are standard for professional surgical tools, this instrument is constructed to the rigorous original manufacturing specifications of BR Surgical, ensuring durability and precision.
What is the manufacturer part number for these scissors?
The specific manufacturer part number for this 9-inch straight SuperCut instrument is BR08-16023SC.
Is the design optimized for tissue control?
Yes. The SuperCut technology is specifically engineered to prevent tissue from slipping during the cut, providing the control necessary for high-precision surgical work.