Dancing in a dangerous situation: Paradigms for safe movement of robotic arms in high-temperature and high-pressure injection moulding areas

The integration of robotic arms in injection moulding machines is driving the entire plastics processing industry forward, finding the optimal balance between safety compliance, efficiency and sustainability.

The use of robotic arms heralds a complete takeover of high-risk manoeuvres. The robotic arm is equipped with an infrared thermal imager (accuracy ±1℃) to monitor the mould temperature in real time, and combined with force-controlled clamping jaws (contact force <5N) to automatically pick up the parts, eliminating the risk of workers coming into contact with the moulds at high temperatures ranging from 160-300℃. Integration of high-temperature resistant robotic arm (temperature resistant 150°C) automatically shears the material head, preventing thermoplastic spraying during manual operation (accident rate reduced by 95%).

The technological integration enables a three-level leap in the safety protection capability of robotic arms in injection moulding scenarios:

Physical isolation: separating personnel from the hazardous space.
Intelligent protection: Dynamically senses and actively avoids risks.
System immunity: building an adaptive safety ecosystem

In the starry sea of intelligent manufacturing，
Every percentage point of efficiency improvement is the result of the pursuit of process excellence;
Every micro-watt of risk energy reduction carries the fear of life.