Blunt Tip Cannulas

Sterile blunt-tip cannulas used for safe sample withdrawal and medication administration. Reduces needle-stick injury risk in clinical procedures.

Cannulas with sharpened needle points manufactured to precise specifications. Reduces insertion force and tissue trauma for improved patient comfort.

Cannulas with blunt or rounded tips designed for safety-critical applications. Reduces needlestick injury risk while maintaining functional effectiveness.

Precision-ground beveled cannulas for improved penetration and reduced insertion force. Custom bevel angles support specialized clinical applications.

Precision stainless steel cannulas and needle tubes for injection and infusion procedures. Available in standard and specialized configurations, these ground and finished cannula components are designed for sterile medical applications requiring precise tip geometry. Manufactured to exacting tolerances for reliable clinical performance.

Ultra-fine 34G cannulas for precision applications requiring minimal tissue trauma. Ideal for delicate procedures and patient comfort-sensitive applications.

Specialized cannulas designed for subcutaneous drug delivery and infusion. Optimized for patient comfort and reliable medication administration.

Sterile cannulas used for vascular access and fluid administration during medical and surgical procedures. Designed for safe, secure insertion.

Cannulas manufactured with ultra-thin wall construction for maximum lumen while maintaining strength. Reduces insertion trauma and improves patient comfort.

Specialized cannulas for auto-injector systems with precise bevel angles and dimensions. Manufactured to ensure reliable penetration and consistent medication delivery.

Medical-grade cannulas for vascular access, fluid administration, and minimally invasive surgical applications.

Precision stainless steel cannulas manufactured through grinding and machining processes for medical injection and infusion applications. These fine-bore tubes are engineered for accuracy and compatibility with diagnostic and therapeutic devices requiring reliable fluid delivery systems.