Automatic Puncture Core Rod Assembly Machine

Equipment Component Configuration List

FAQ

1. What are the key points of daily maintenance for the puncture core rod assembly equipment?

2. What are the common materials of puncture core rods, and what requirements do different materials impose on assembly equipment?

The mainstream materials are medical stainless steel (304/316L) or rigid medical plastics. For stainless steel core rods, the equipment must be equipped with wear-resistant gripping fixtures to avoid surface scratches; for plastic core rods, it is necessary to control the pressure of the press-fitting station to prevent component deformation, and the feeding system must adopt anti-static devices.

3. How to ensure the sterility of automatically assembled puncture core rods?

Control is required from both equipment and process dimensions: ① Equipment contact components (such as fixtures and feeding channels) are made of stainless steel that can be sterilized at high temperatures; ② The assembly environment must maintain a class 10,000 cleanliness level, and the equipment is equipped with built-in dust removal/ultraviolet disinfection modules; ③ Finished products are directly discharged into sterile material bins after assembly to avoid secondary pollution.

4. Can the puncture core rod assembly equipment adapt to products of different specifications (e.g., 8MM/12MM)?

Flexible switching is supported, but three types of components need to be replaced: ① The feeding channel of the vibratory feeder (to match core rods/buttons of different sizes); ② The adapter head of the gripping fixture; ③ The positioning jig of the press-fitting station. The switching process can usually be completed within 30 minutes, and some equipment supports quick changeover modules.

5. What are the main items included in the finished product inspection after puncture core rod assembly?

The core inspection items include: ① Component connection strength (tested by tensile force, usually requiring ≥50N); ② Appearance defects (such as scratches and burrs, identified by a visual inspection system); ③ Dimensional accuracy (such as the coaxiality between the core rod and the handle, with a tolerance requirement of ≤0.1MM). Inspection data is synchronously recorded in the equipment system for easy traceability.