Views: 0 Author: Site Editor Publish Time: 2025-07-11 Origin: Site
High temperature adaptability: Using heat-resistant alloy materials and active cooling systems, it can operate stably in high temperature environments of 800-1200℃, perfectly matching the requirements of hot forging processes.
Precise positioning: Equipped with an infrared visual positioning system, the repeatability of positioning is up to ±0.05mm, ensuring the consistency of forging dimensions, especially suitable for thread forming of bolts and nuts.
Modular design: By quickly replacing the fixture module, it can flexibly handle the production switching of special-shaped parts such as valves and standard fasteners.
Typical application scenarios:
1. Robot arm for bolts and nuts
In the hot forging process of M12-M36 bolts, the robot can achieve: automatic blank feeding 18-22 times per minute, precise control of material flow during forging, integrated online detection to remove defective products
2. Robot arm for valves
For the complex structure of three-way valve bodies:
Multi-axis linkage technology is used to complete multi-directional die forging
Real-time adjustment of punching pressure through force feedback system
Reduced scrap rate by 67% compared with manual operation
Industry benefit analysis
Production efficiency: A single device can replace 3-5 skilled workers, and the production cycle is increased by 40%
Quality control: Digital storage of process parameters to achieve full life cycle traceability of forgings
Safety upgrade: Completely solve the risk of scalding and mechanical injury in manual operation
