Why Syringe Design Matters in Animal Implantation
A poorly designed syringe can cause needle detachment, improper chip placement, or injury during implantation. The new Raybaca syringe addresses common issues found in market products, including loose caps, dull tips, and air entrapment during insertion.
Ergonomic Improvements for Safer Handling
The syringe is redesigned with a triangular grip and arc-shaped handle to fit the hand naturally, reducing user fatigue during repeated use. The two-winged handle provides better control and stability during implantation.
Secure Cap and Needle Locking System
A threaded cap with a built-in thimble prevents the chip from slipping out. The needle tip is locked into the barrel with a full buckle design, eliminating the risk of detachment during use.
Sharp, Precision Needle for Low-Impact Implantation
The needle tip is made of stainless steel with a 45-degree incision, allowing for smoother insertion under the skin. This reduces tissue trauma and lowers the risk of infection.
Air Ventilation and Push Rod Efficiency
An exhaust hole at the tip allows air to escape during implantation, preventing air pockets that could displace the chip. The push rod has a unique design that increases friction with the barrel, requiring less force to deploy the chip.
Material and Durability Testing
The syringe uses TPU material for a softer, more comfortable grip. 100 samples were tested for cap retention, needle stability, and chip integrity. No failures were recorded during testing.