Expert of Intelligent Two-Platen IMM
Borche BU6800 is the biggest two platen injection molding machine in Asia in terms of combination of clamping force and injection volume as well as power saving effect. The clamping force reaches to 68000 KN. Borche Intelligent Two-Platen IMM are with superlong lasting tiebar, precise, stable and reliable performance, less footprint and less mainetenance headaches.
Borche BU two platen injection molding machine can be widely applied to aerospace field, automotive industry, transportation field, household appliance, and new rural construction.
Automatic Tiebar
Optional automatic tiebar removal: Lower ceiling height requirement, lower investment required. The first one to have tie-bar removal on Two-Platen IMM in China
Metal Pipe
Metal pipe, tidy and clean
Optimized Platen
Optimized platen, suitable for hydraulic QMC
Multiple Clamping Function
Multiple clamping function, ≈ for products with complex shape
Booster Cylinders
Four booster cylinders mounted on moving platen give pressure evenly on platen; booster cylinder is controlled by 4 individual transducers, which brings higher repeatability; shorter stroke ofthe booster cylinder make its force fast and reliable.
Extended Slider
Extended slider holds the platen upright even when mold is mounted, which extends the durability of molds
Deep Cavity
Flexible daylight suitable for parts with deep cavity
Twin Carriage Structure
Twin carriage structure for smoother injection and better alignment
Module Design
Module design, adaptable for multiple injection unit
Optimized Structure
Optimized structure, smaller footprint to save space
Optional Servo
Optional servo motor charging
Linear Guide
Linear guide, smooth and fast
BU Series
The Borche BU two platen injection moulding machine can be utilised for manufacture of parts and components for aerospace, automotive, transportation, household appliance and rural construction materials.
The human to computer interface from IMM enables the intelligent interconnection of IMM, peripherals & robot. All equipment is under a closed loop control with consistent data mapping, ensuring production wastage is minimalised and ultimately production costs reduced.
