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The Tobey Micro Backbiter 1.8mm x 4.5mm Rotating is a precision micro-surgical instrument designed for controlled tissue removal in procedures requiring fine access and accurate manipulation. Its compact backbiting jaw is particularly useful when the surgeon needs to approach tissue from a controlled angle within a narrow or difficult-to-reach operative field.
Featuring a 1.8mm x 4.5mm rotating jaw, the instrument combines a small working profile with rotational flexibility. The rotating mechanism allows the working end to be positioned according to the surgical approach, helping provide improved access in confined anatomical spaces. This design can be especially beneficial in microsurgical and specialty procedures where conventional straight instruments may offer limited access.
The backbiting configuration is designed to engage and remove targeted tissue with a controlled biting action. The compact jaw dimensions support precision when working around delicate anatomical structures, while the rotating design helps the operator adjust the orientation of the working tip without unnecessarily changing the overall hand position.
The Tobey Micro Backbiter is suitable for use in appropriate microsurgical, ENT, neurosurgical, and other specialty surgical procedures where a fine backbiting instrument is required. Its slender profile and precision construction make it suitable for professional surgical environments, including hospitals, specialty clinics, and operating rooms.
The instrument is manufactured for repeated professional use and should be handled according to established surgical instrument protocols. After each procedure, inspect the jaws, rotating mechanism, and working surfaces for tissue residue or damage. Cleaning, disinfection, sterilization, lubrication, and maintenance should always follow the manufacturer’s instructions and the healthcare facility’s validated reprocessing protocol.
With its compact jaw dimensions, rotating mechanism, and precision-oriented design, the Tobey Micro Backbiter 1.8mm x 4.5mm provides surgeons with a practical solution for controlled tissue manipulation where access and instrument positioning are critical.
Key Features
- Tobey-style micro backbiter design
- 1.8mm x 4.5mm rotating jaw
- Compact working profile for confined surgical fields
- Rotating mechanism for improved tip positioning
- Designed for controlled backbiting action
- Suitable for precision tissue removal
- Provides fine manipulation in delicate operative areas
- Ergonomic manual operation
- Suitable for specialty surgical applications
- Reusable surgical instrument
- Designed for professional clinical environments
- Requires validated cleaning and sterilization procedures
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Tobey Micro Backbiter |
| Instrument Type | Micro Backbiter |
| Jaw Size | 1.8mm x 4.5mm |
| Jaw Design | Backbiting |
| Working Mechanism | Rotating |
| Instrument Category | Microsurgical Instrument |
| Primary Function | Controlled Tissue Removal |
| Operation | Manual |
| Reusable | Yes |
| Application | Specialty Surgical Procedures |
| Sterilization | Follow Manufacturer’s IFU / Validated Protocol |
Frequently Asked Questions
What is a Tobey Micro Backbiter used for?
It is designed for controlled tissue removal and manipulation in procedures requiring a compact backbiting instrument and precise access.
What is the jaw size?
This model features a 1.8mm x 4.5mm rotating jaw.
What does the rotating design provide?
The rotating working end allows the user to adjust the jaw orientation to improve access and positioning within confined operative areas.
Is this instrument suitable for microsurgery?
Yes. Its compact jaw dimensions and precision-oriented design make it suitable for appropriate microsurgical and specialty surgical applications.
Is the Tobey Micro Backbiter reusable?
Yes, it is designed as a reusable surgical instrument when processed according to the manufacturer’s instructions and validated healthcare-facility protocols.
How should it be sterilized?
Cleaning and sterilization should be performed according to the manufacturer’s IFU and the healthcare facility’s validated instrument-reprocessing protocol.
