The Puncture Cannula 2.0mm Dia × 2 3/4″ is a specialized surgical instrument engineered to provide precise access to anatomical structures during minimally invasive and diagnostic procedures. Designed to create and maintain controlled entry pathways, this cannula serves as a vital component in orthopedic, arthroscopic, laparoscopic, and various surgical interventions where accurate instrument guidance and tissue access are essential.

Featuring a 2.0mm diameter and a 2 3/4-inch working length, this puncture cannula is specifically designed for procedures requiring precision access through small incisions. Its slender profile minimizes tissue disruption while allowing the introduction of surgical instruments, probes, guide wires, irrigation devices, or other operative tools. The compact dimensions make it particularly suitable for delicate procedures where controlled entry and maneuverability are critical.

Constructed from premium surgical-grade stainless steel, the cannula delivers exceptional mechanical strength, corrosion resistance, and long-term reliability. The material is specifically selected to withstand the rigorous demands of surgical environments while maintaining structural integrity through repeated cleaning and sterilization cycles. This ensures dependable performance and extended service life in hospitals, surgical centers, and specialty clinics.

The precision-machined design of the Puncture Cannula 2.0mm Dia × 2 3/4″ promotes smooth instrument passage while reducing friction during insertion and removal. The carefully finished internal and external surfaces help optimize usability and support atraumatic tissue handling. This design contributes to improved procedural efficiency and surgeon confidence during both routine and complex interventions.

In orthopedic and arthroscopic surgery, puncture cannulas are frequently utilized to establish access portals into joints, allowing the introduction of arthroscopes, probes, graspers, and other specialized instruments. The cannula helps protect surrounding soft tissues while maintaining a stable pathway throughout the procedure. In diagnostic and minimally invasive procedures, it facilitates precise access to target structures with minimal disruption to adjacent anatomy.

The instrument’s ergonomic construction supports accurate placement and controlled manipulation during surgery. Surgeons benefit from enhanced procedural precision, particularly in confined operative spaces where exact instrument guidance is necessary. Its lightweight yet durable design improves handling while reducing fatigue during prolonged interventions.

The Puncture Cannula 2.0mm Dia × 2 3/4″ is fully reusable and designed to meet stringent surgical standards. It can be sterilized using standard autoclave procedures and remains resistant to deformation, corrosion, and wear even after repeated sterilization cycles. This reusability provides a cost-effective solution for healthcare facilities seeking durable, high-performance surgical instruments.

Whether utilized in orthopedic arthroscopy, minimally invasive surgery, sports medicine procedures, diagnostic interventions, or general surgical applications, this puncture cannula offers the precision, durability, and reliability required by modern surgical professionals. Its compact dimensions, premium construction, and dependable performance make it an essential instrument for surgical access and instrument guidance.

Key Features

• Precision 2.0mm diameter surgical access cannula
• 2 3/4-inch working length for controlled instrument guidance
• Designed for minimally invasive surgical procedures
• Facilitates accurate portal and access tract creation
• Premium surgical-grade stainless steel construction
• Smooth internal lumen for efficient instrument passage
• Corrosion-resistant and wear-resistant design
• Reusable and fully autoclavable
• Supports atraumatic tissue access
• Ideal for orthopedic and arthroscopic surgery
• Lightweight and ergonomic handling
• Long-lasting clinical performance

Product Specifications

Product Contents

• 1 × Puncture Cannula 2.0mm Dia × 2 3/4″
• Individually inspected for quality assurance
• Supplied non-sterile for sterilization prior to use

Applications

The Puncture Cannula 2.0mm Dia × 2 3/4″ is commonly used in:

• Arthroscopic knee procedures
• Arthroscopic shoulder surgery
• Sports medicine interventions
• Orthopedic diagnostic procedures
• Minimally invasive surgery
• Portal establishment during arthroscopy
• Guide wire placement procedures
• Instrument insertion and access
• Joint visualization procedures
• General surgical access applications

FAQs

What is a Puncture Cannula 2.0mm Dia × 2 3/4″ used for?

It is used to create and maintain a controlled surgical access pathway for the insertion of instruments, guide wires, and arthroscopic equipment during minimally invasive procedures.

What surgical specialties commonly use this cannula?

The cannula is widely used in orthopedic surgery, arthroscopy, sports medicine, minimally invasive surgery, and general surgical procedures.

Why is a puncture cannula important in arthroscopic surgery?

It helps establish a stable portal, protects surrounding soft tissue, and allows smooth passage of surgical instruments into the joint space.

Is the Puncture Cannula reusable?

Yes. It is manufactured from surgical-grade stainless steel and is intended for repeated clinical use following proper cleaning and sterilization.

Can this cannula be autoclaved?

Yes. The instrument is fully autoclavable and designed to withstand repeated sterilization cycles without compromising performance.

What material is the cannula made from?

The cannula is constructed from premium surgical-grade stainless steel, providing excellent corrosion resistance, strength, and durability.

What are the advantages of the 2.0mm diameter design?

The 2.0mm diameter allows precise access through small incisions, minimizing tissue disruption while maintaining effective instrument guidance.

Is this cannula suitable for orthopedic procedures?

Yes. It is commonly used in orthopedic and arthroscopic procedures where accurate portal creation and instrument access are essential.