Simcoe Aspiration irrigation cannula, 23 ga, 0.3 mm aspiration

Product Description

The Simcoe Aspiration Irrigation Cannula, 23 Gauge, 0.3 mm Aspiration is a precision ophthalmic surgical instrument designed for controlled aspiration and irrigation during delicate eye procedures. Manufactured from premium German Grade stainless steel, this cannula offers excellent durability, corrosion resistance, and reliable performance for repeated clinical use.

Designed with a fine 23 gauge lumen and a 0.3 mm aspiration port, the Simcoe cannula allows precise fluid control while minimizing tissue trauma. Its balanced construction ensures smooth handling and accurate maneuverability, making it ideal for anterior segment and cataract-related procedures.

Key Features

• Instrument Type: Aspiration Irrigation Cannula
• Pattern: Simcoe
• Gauge: 23 Ga
• Aspiration Port Size: 0.3 mm
• Function: Aspiration & irrigation
• Material: German Grade Stainless Steel
• Finish: Satin / anti-glare surgical finish
• Smooth lumen for controlled fluid flow
• Corrosion resistant construction
• Reusable & autoclavable
• Manufactured to international surgical instrument standards

Why Choose This Simcoe Cannula?

• Designed for precise aspiration and irrigation control
• Fine gauge minimizes tissue trauma
• Smooth fluid flow for consistent performance
• Durable stainless steel for long-term clinical use
• Suitable for hospitals, eye clinics, and surgical centers
• Trusted quality from Stellmacher Instruments Inc.

Intended Usage

The Simcoe Aspiration Irrigation Cannula, 23 Ga, 0.3 mm Aspiration is intended for use in ophthalmic surgical procedures, particularly during cataract and anterior segment surgeries where controlled aspiration and irrigation are required.

Suitable for:

• Cataract surgery
• Anterior segment procedures
• Ophthalmic aspiration and irrigation
• Eye clinics, hospitals, and surgical centers

The instrument is intended for professional medical use only, is reusable, and must be cleaned and sterilized according to standard medical protocols before each use.