Recently, BORCHE successfully delivered its first 7200T ultra-large two-platen IMM, the BU7200-V, drawing wide market attention. As BORCHE's largest self-developed two-platen IMM, the BU7200-V achieves major breakthroughs in multiple key technologies, showcasing the company's innovation strength in ultra-large intelligent equipment.
✦ +
+
Unlocking the Core Tech
1
Ultra-Large Space &
High-Rigidity Structure
●Tie-bar spacing of 3300mm × 2650mm—the largest among domestic machines of this tonnage—supports ultra-large, thick-wall, and complex product molding.
●High-strength alloy forged and heat-treated tie-bars ensure long-term structural stability.
2
Backed by Multiple Patents
●With 20 years of R&D in two-platen technology comes over 20+ patented inventions.
●BORCHE patented automatic tie-bar removal technology saves significant space and enables safer, easier installation of large molds.
●By combining patented high-pressure clamping cylinder with a synchronous locking mechanism, it deliveres a powerful and stable clamping force of 7200T.
3
Intelligent & Energy-Efficient:
Dual Breakthroughs Achieved
●Intelligent control system adjusts parameters in real time, improving product consistency by20%, while enabling remote monitoring and management.
●Digital-twin-based process optimization ensures long-term stability with a qualified rate above 99.7%.
●New-generation servo system reduces energy consumption by 20% compared with traditional machines, meeting China National Grad-1 energy-efficiency requirement.
✦ +
+
Application & Commercial Potential
The BU7200-V is designed for the energy sector—specifically for upgrading cooling-system in thermal and nuclear plants. It specializes in producing ultra-large composite sinks, offering a superior and eco-friendly alternative to traditional fiberglass. Beyonds its core application, this machine is set to explore new frontiers, including NEV battery housings and aerospace structural components.
BORCHE will continue to advance its "Intelligent Electric Two-Platen" technology for large-scale machines, while exploring applications of new materials, processes, and technologies in oversized equipment.

