Plastic Connector Bracket for Rehabilitation Equipment

Supportive connector designed for rehabilitation aids and medical device components, featuring a main body made of engineering plastic via one-piece injection molding. The structure includes cylindrical mounting shaft holes and connecting arms with slots to achieve secure docking or rotational fit between parts. These components typically serve as internal skeletal supports for wheelchairs, prosthetic orthotics, or automated assembly line equipment, balancing lightweight design with structural strength.

The part features complex irregular contours and reinforcing ribs, demanding high precision in mold flow balance and holding pressure processes to prevent sink marks or warpage caused by uneven wall thickness. Critical dimensions such as inner hole diameter, coaxiality, and snap-fit clearance are strictly controlled to ensure smooth assembly without looseness or noise. The factory is equipped with automatic vision measuring instruments and high-precision digital calipers for accurate inspection of complex spatial positions.

Leveraging the mature mold industry cluster in Ninghai, the factory utilizes digital R&D systems like UGNX and PROE, along with mold flow analysis capabilities, to optimize gate locations and cooling channels before mold making, thereby improving yield rates. We offer one-stop services from precision mold development to mass injection molding, supporting customized selection of reinforced or standard thermoplastic materials such as PA66, POM, and ABS to meet the differentiated requirements for weather resistance and mechanical performance in medical devices and industrial accessories.