Precision-Control Winged Infusion Module

Optimize your pet’s clinical care with the Winged Infusion Module, a professional-grade medical tool engineered with shallow-angle venipuncture logic. Also known as a "butterfly needle," this high-utility system features a double-wing stabilizing architecture designed for high-precision access to small or fragile veins. By utilizing flexible-extension tubing, the system provides a high-reliability solution for blood collection or short-term fluid administration, offering a high-purity interface that decouples needle movement from the syringe, significantly reducing the risk of vein trauma in active or anxious animals.

The unit is built with surgical-grade stainless steel technology, providing a clinical-grade puncture with minimal tissue displacement. Designed with color-coded gauge identification, the module allows for high-speed selection based on the pet's size and vein condition. Constructed with a luer-lock universal hub, this infusion set facilitates a high-security connection to standard syringes and IV lines, maintaining a professional-grade standard of care for feline and canine patients in a clinical or home-care environment.

Key Features

• Double-Wing Stabilizing Logic: Integrated "butterfly" wings provide a high-stability grip for shallow-angle insertion and secure anchoring to the skin.

• Vein-Preservation Architecture: Flexible tubing acts as a mechanical buffer, preventing needle displacement if the pet moves during the procedure.

• Surgical-Grade Needle Purity: Ultra-sharp, thin-walled needle design facilitates high-speed penetration with reduced physiological discomfort.

• Universal Luer-Lock Hub: Specifically engineered for a high-security, leak-proof connection to standard medical syringes and infusion sets.

• Atraumatic Delivery Geometry: Shallow insertion angle is ideal for the delicate veins of kittens, puppies, and senior pets with collapsible vessels.

• Disposable-Safety Hub: Single-use, sterile-packed modules ensure a high-security environment and prevent cross-contamination.

📏 Technical Guide