The automatic syringe assembly machine is an automatic equipment specially designed and developed for the medical device industry, which organically assembles the needle tip, barrel, plunger and gasket of the syringe. This machine adopts rotary drum wheel type spinning movement, the whole process of syringe assembly is automated, touch screen operation panel, electronic counting of finished products, high efficiency, simple operation, stable operation and no noise, meeting the requirements of high purification space. Obtained the utility model patent certificate, patent number: ZL01.2.53215.0.

The GS sterilizer adopts a special programmable microcomputer control system, which can control temperature, pressure, humidity and timing, timing residual gas treatment, alarm, and micro-printer to print real-time data. The computer control system is controlled by the workers of the institute. It has two operation manual modes and automatic, friendly man-machine interface. It can control, monitor and remind the entire sterilization process, automatic processing including opening and closing the door, and can also record the sterilization situation in real time (parameters and trends of temperature, pressure, humidity).

GS-212 series automatic syringe pad printing machine developed and produced by our company adopts the latest frequency conversion governor, which is the most advanced printing equipment in China at present. The production efficiency is twice higher than the traditional screen printing machine.Printing speed can reach 240-350pcs per minute. Due to the design of high speed, each size syringe needs one set pad printing machine. It also has the characteristics of low power consumption, simple regulation, high qualified rate, wide use, and low printing material consumption, etc.

GS blister packaging machine, mainly used for packaging disposable syringes, using paper-plastic composite packaging. The automatic transmission, automatic material laying, automatic packaging, automatic code spraying (production date, batch number, etc.) of the syringe can be automatically controlled by the human-machine interface system, and the device can work automatically or operate manually.