MIS Bayonet Bone Curette – 3/16″ Forward Angled Cup 11 1/2″

The MIS Bayonet Bone Curette 3/16 Inch Forward Angled Cup 11 1/2 Inch is a high-precision microsurgical instrument designed for minimally invasive spine (MIS) procedures. It is used for controlled removal of bone fragments and hard tissue in delicate spinal and neurosurgical operations where accuracy and minimal tissue disruption are essential.

This instrument features a 3/16″ cup-shaped working end, providing a balanced cutting surface suitable for effective yet controlled bone removal. The cup design allows efficient engagement of bony structures while maintaining precision in confined anatomical spaces.

The forward-angled cup configuration enhances access and visualization in deep surgical fields. This angle allows surgeons to approach the target area more directly, improving efficiency during bone removal in spinal decompression and related procedures.

The bayonet-style shaft (11 1/2 inches long) is specifically designed for minimally invasive techniques. It keeps the surgeon’s hand out of the direct line of sight, improving visibility in narrow operative corridors and enhancing overall surgical control.

Manufactured from premium surgical-grade stainless steel, the instrument ensures excellent durability, corrosion resistance, and long-term reliability. It is designed to withstand repeated sterilization cycles without compromising performance or structural integrity.

The ergonomic bayonet handle improves comfort and reduces hand obstruction in the surgical field, allowing for precise manipulation during extended procedures. Its lightweight structure supports stable and controlled movements in microsurgical environments.

The smooth polished finish ensures easy cleaning and compliance with strict sterilization protocols. The instrument is fully autoclavable and reusable, making it a reliable choice for modern spine surgery systems.

The MIS Bayonet Bone Curette 3/16″ Forward Angled Cup is commonly used in minimally invasive spinal decompression, micro bone removal, and neurosurgical procedures requiring controlled tissue and bone extraction.

Engineered for precision, visibility, and ergonomic efficiency, this curette is an essential instrument in advanced MIS spinal surgery.

Key Features

• MIS Bayonet Bone Curette design for spine surgery
• 3/16″ cup for controlled bone removal
• Forward angled cup for improved access and visibility
• 11 1/2-inch bayonet shaft for MIS procedures
• Ideal for minimally invasive spinal surgery
• Premium surgical-grade stainless steel construction
• Excellent corrosion and wear resistance
• Controlled bone and hard tissue removal
• Ergonomic bayonet design improves visualization
• Lightweight and surgeon-friendly handling
• Fully autoclavable and reusable instrument
• Smooth polished finish for easy sterilization

Product Specifications

Product Contents

• 1 × MIS Bayonet Bone Curette 3/16″ Forward Angled Cup 11 1/2″

Applications

The MIS Bayonet Bone Curette 3/16″ Forward Angled Cup is used in:

• Minimally invasive spine surgery (MIS)
• Spinal decompression procedures
• Micro bone fragment removal
• Neurosurgical spinal interventions
• Degenerative spine procedures
• Disc and bone decompression work
• Precision curettage in narrow spaces
• Orthopedic spine surgery

Frequently Asked Questions (FAQs)

1. What is this MIS Bayonet Bone Curette used for?

It is used for controlled removal of bone in minimally invasive spinal procedures.

2. What does the 3/16″ cup size mean?

It refers to the cup diameter used for cutting and scooping bone tissue.

3. What is the advantage of the forward angled cup?

It improves access and allows more direct engagement of bone surfaces.

4. Why is it called a bayonet instrument?

The bayonet shape improves visibility by keeping the surgeon’s hand out of the line of sight.

5. What is the instrument made from?

It is made from premium surgical-grade stainless steel.

6. Can it be sterilized and reused?

Yes, it is fully autoclavable and reusable.

7. In which procedures is it commonly used?

It is commonly used in MIS spine surgery, decompression, and bone removal procedures.