ELECTRIC MOLD CARRIER
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The electric mold carrier
Swinging out of the lower mold clamping platen to both sides enables simultaneous operation of the mold carrier from both front and rear. A shuttle variant allows the lower mold clamping platen to be extended and retracted horizontally for a free handling position or an easy and fast tool change
The large opening stroke allows enough space between the tool halves for process automation (e.g., insertion and removal of parts, PUR introduction with open systems, etc.). The mold carrier can be employed as a stationary mold carrier or in mobile systems.
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The parallel stroke is provided by two synchronized lifting belts. The base frame and the driving frame are referenced to each other using reference pins.
The clamping force is applied to the tools over a wide area using air bags. The lower mold clamping platen can be swung out to either side by a crank mechanism or be extended horizontally by guiding system.
The upper tool clamping platen is also swung out. For improved operability, the upper tool can also be lowered after swinging out and then locked securely in place.
All movements using electric drives
Application of the clamping force over a wide area
Lower tool operable from both sides
Ease of operation of the upper tool
Movements can be carried out simultaneously
Large opening stroke
Three different opening widths
Low input power
Clamp length min./max.(mm)
Clamp depth min./max.(mm)
Tool weight max. (kg)
Upper tool weight max. (kg)
Opening width min. (mm)
400 to 700
Opening width max. (mm)
Parallel stroke, electrical (mm)
Closing stroke, pneumatic (mm)
Clamping force (KN)
Separation force (KN)
by tool weight
Required pneumatic pressure (bar)
Tool system closing time up to (sec)
Swivel speed of the tool halves (°/sec)
Upper tool swivel range (°)
Lower tool swivel range (°)
Lower shuttle stroke (mm)
Overall height (mm)
Total weight (kg)
Siemens Simatic S7
Technical specifications subject to change.