- Condition: Factory New
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Learn more:
- MFR: BR Surgical Ships from Manufacturer
- MPN: FG12-47123
- Phone: (888) 642-1366
Frequently asked questions
Is this Mixter forceps suitable for bronchus procedures?
Yes, this instrument is specifically engineered for dual-purpose functionality, making it highly effective for both hemostatic clamping and bronchus manipulation during surgical procedures.
Does this arrive as a factory-new instrument?
Yes, this product is supplied in Factory New condition, ensuring that you receive a pristine instrument ready for clinical use and sterilization protocols.
What is the exact length of these forceps?
This BR Surgical Mixter instrument measures 9 inches in total length, providing the reach necessary for specialized surgical access.
How can I verify the exact model of this instrument?
You can accurately identify and track this item using the Manufacturer Part Number (MPN): FG12-47123.
Can you provide the SKU for this specific model?
The SKU for this 9-inch Mixter forceps is BRS-FG12-47123.
Is this a standard surgical tool for hemostasis?
Absolutely. The Mixter forceps is a professional-grade instrument widely recognized for its precision in clamping vessels to achieve hemostasis in varied clinical environments.
What is the expected shipping timeline for this item?
As this item is shipped directly from the manufacturer, there is a standard lead time of approximately 7 days, resulting in a typical delivery window of 1-2 weeks.
Is this forceps designed for high-precision surgical tasks?
Yes, BR Surgical designs these instruments for high-precision applications, offering the reliable grip and control required for intricate bronchus and hemostatic procedures.
Who is the manufacturer of these forceps?
These forceps are manufactured by BR Surgical, a company known for meeting specific industry standards in surgical instrumentation.
How heavy is the instrument for surgical handling?
The instrument is designed for lightweight handling, weighing approximately 0.01 pounds, which helps reduce user fatigue during long or complex procedures.