Pressing and Linking Blow-Off Tooling Improvements

[Line Highlights] Small Tools leverage Big Efficiency！ The Pressing Workshop's Linking Blow-Off Improvements Yielded Remarkable Results

Directing to the Pain Points： Traditional Retrieval Becomes a "Bottleneck"

For a long time， the pressing process of upper and lower wave plate products in the pressing workshop has faced considerable challenges. After the work-piece is formed， it frequently gets stuck in the mold， and employees have to repeatedly insert their safety hands into the mold to retrieve the parts. This not only forces the production rhythm to "come to a halt"， but also causes headaches because the iron filings and rust oil attached to the work-piece are very likely to scratch the product's appearance when retrieved by hand. Over time， not only do employees suffer from severe physical exhaustion， but the potential safety hazards caused by fatigue work also constantly concern everyone.

Breaking Through and Standing Out： Linking Blow-Off Shows "Real Power"

To completely solve this stubborn problem， the technical backbone of the workshop brainstormed and successfully developed and launched the "Pressing Linking Blow-Off Tooling". This improvement measure is like equipping the production line with an "intelligent assistant"， bringing immediate changes：

1. "Production Capacity Acceleration": The automated feeding process perfectly replaced manual picking, and the production process was as smooth as flowing water. Each piece of equipment increased production by 600-800 units per hour. The actual data truly demonstrated the efficiency gains of "machine replacing human".

2. "Quality Fortress": By ingeniously utilizing synchronized airflow blowing, it achieved "one-click cleaning and oil removal" at the moment of part remolding. The entire process was fully automatic and con-tactless, completely eliminating scratches and stains caused by manual operations, and elevating the product appearance quality to a new level.

3. "Green New Experience": It abandoned the wasteful "continuous water flow" of traditional air guns and only blew air precisely and briefly at the moment of stamping, achieving significant energy savings. More importantly, employees no longer performed repetitive picking actions under high-intensity conditions, significantly reducing labor intensity, making the work more relaxed and safer, and truly achieving the unity of cost reduction and efficiency improvement and humanistic care.