A cable tie machine, also known as a wire binding machine or bundle tying machine, is designed to secure wound wire harnesses using cable ties. It supports single-tie or double-tie operations and is commonly used alongside wire winding machines in the harness manufacturing industry.

Conventional cable tie machines typically employ servo motors. However, in hazardous environments with combustible dust, flammable gases, or other explosive risks, explosion-proof motors are mandatory. Traditional explosion-proof servo motors, though effective, come with significant drawbacks: their cost exceeds ten times that of standard motors, and their larger size makes them a suboptimal choice for many applications.

Chuangzhe Company, through extensive research and development, has pioneered in the development in pneumatic cable tie machines. This innovative solution not only reduces manufacturing costs but also delivers superior intrinsic safety, fully meeting explosion-proof requirements while maintaining operational efficiency.

High-risk product industry is facing inherent risks of combustion and explosion, which can easily occur when exposed to external energy excitation. In automation design, safety is the primary consideration. It is essential to pre-identify and understand all factors that could cause combustion or explosion, implement protective measures, and eliminate hazardous incidents.

Chuangzhe Company, through years of accumulated experience, has developed the capability and expertise to design and manufacture explosion-proof automated production lines. During the design process, the company conducts comprehensive research on safety protection requirements at each stage of system processes. Targeted protective designs are implemented, including explosion isolation, explosion protection, anti-static discharge measures, electromagnetic radiation shielding, and power transient protection. Intrinsically safe control systems and components are utilized to meet the intrinsic safety requirements of automated production line.