HSW Eco Injector Needle (22G x 1/8) 0.7 x 4 mm - Economical and Durable 12/pk
Product Features
Features precise dimensions of 0.7 mm diameter and 4 mm length (22G x 1/8). Made of high-quality stainless steel, resistant to rust and breakage. Provides a leak-proof and locked connection with all automatic and manual injectors thanks to the Luer-Lock connection system. Fully resistant to dry heat and wet (autoclave) sterilization methods. Sharp tip design for easy tissue insertion, ensuring animal comfort. The package contains 12 high-performance needles for professional use.
Product Description
The HSW Eco Injector Needle offers the durability needed by veterinarians and breeders in daily applications, in an economical solution. Its short and precise 4 mm structure provides depth control, especially in subcutaneous and intradermal applications, ensuring a safe injection experience. The stainless steel material delays the dulling of the needle tip, even in serial vaccinations, increasing efficiency. Its structure, which can be sterilized and reused multiple times, is an ideal choice for professionals who want to reduce operating costs.
Technical Superiority and Advantages
Versatile Sterilization: Can be cleaned in both dry air sterilizers and autoclaves without losing its shape. Secure Locking Mechanism: Luer-Lock compatibility prevents the needle from being dislodged during high-pressure injections. Cost-Effectiveness: The 12-piece pack and reusable structure provide significant savings compared to single-use needles. Tissue-Friendly Design: 22G thickness and 4 mm length offer minimal trauma and rapid healing support in sensitive areas. Durable Alloy: The steel structure, manufactured with HSW quality, shows high resistance to bending in challenging field conditions.
Areas of Application
Subcutaneous vaccination applications in poultry and small ruminants; Intradermal tests and sensitive drug injections; Fish health and laboratory-type microinjection studies; All veterinary medical interventions requiring low dosage and controlled depth.