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ECM 200–300 HPCM
The ECM 200–300 High Pressure Casting Machine is a flexible single-mould system for sanitary ware produced with two-part resin moulds, including large VC/FFC basins, kitchen sinks and shower trays. Programmable angular casting, proportional pressure control and automatic horizontal demoulding support complex geometries, controlled process conditions and efficient model changes.
ECM 200–300 HPCM
At a Glance
Single-mould sanitary ware high-pressure casting for large and complex VC/FFC products, with multi-angle processing and automatic horizontal demoulding.
WHY THIS SOLUTION?
Cast What Fixed Angles Cannot
Positioning the mould throughout filling, casting and draining gives manufacturers greater freedom to produce deep, large and complex forms without designing the product around a fixed casting orientation.
WHY THIS SOLUTION?
WHY THIS SOLUTION?
WHY THIS SOLUTION?
WHY THIS SOLUTION?
//TECHNICAL DATA
Products per year
Products per year
Programmable Multi-Angle Casting Table
Hydraulic table rotation allows mould orientation to be selected for filling, casting, draining and hardening stages, with the ECM 200/300 platform specified for casting positions up to ±180°.
Proportional Slip & Air Pressure Control
The full-automatic casting process proportionally controls slip and air pressure up to 12 bar, providing controlled process conditions for different product geometries and casting recipes.
Adaptive Hydraulic Mould Clamping
Hydraulic proportional clamping provides up to 2,000 kN of clamping force, while control logic adjusts the required external force in relation to the slip pressure developing inside the mould.
Automatic Horizontal Demoulding
The automatic demoulding trolley/manipulator moves beneath the cast piece and receives it from the mould without conventional manual removal, enabling controlled horizontal handling of soft greenware.
Large-Format Resin Mould Platform
ECM 200/300 configurations feature mould fixing plates of 1,200 × 2,000 mm or 1,200 × 3,000 mm, supporting large two-part resin moulds as well as multi-cavity applications for smaller products.
Sensor-Interlocked PLC Process Control
Machine movements are monitored through sensors and sequenced by PLC logic so each process step is confirmed before the next begins. The control architecture also supports stored model data, mould-use tracking and integration with conveyor or robotic handling.
