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MODELLING & MOULDS
CNC MILLING MACHINE
The CNC Milling Machine is a fully automatic 3-axis machining center developed for sanitary ware mould and tooling production. Engineered for resin and plaster moulds as well as aluminium plates and composite panels, it combines Siemens CNC control, servo-driven motion and robust mechanical construction to deliver repeatable machining, flexible product programming and a process built around real mould-shop conditions.
OUR APPROACH
At a Glance
3-axis sanitary ware CNC milling machine for resin and plaster moulds, aluminium and composite tooling, with Siemens-controlled repeatable machining
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Servo-Driven 3-Axis Gantry Architecture
The steel-construction machine body and gantry combine servo-driven linear movement on the X and Y axes with precision ball-screw movement on the Z-axis. Linear guide systems across all three axes support controlled spindle positioning and mechanically stable machining.
Programmable CNC Control & Stored G-Code Programs
The CNC control architecture allows operators to create G-code machining programs for individual products and store them for subsequent production runs. Once selected, the X-Y-Z machining unit follows the programmed toolpath automatically.
1500 × 2000 × 1000 mm Axis Travel
The gantry machining center provides 1500 mm X-axis, 2000 mm Y-axis and 1000 mm Z-axis travel, creating a substantial machining envelope for sanitary ware mould and tooling applications.
1500 × 2000 × 1000 mm Axis Travel
A 2000 × 1500 mm T-slot working table provides adaptable workpiece fixing and supports loads up to 1,500 kg, allowing different mould, plate and fixture configurations to be securely positioned.
16 kW Water-Cooled Milling Spindle
The machining head integrates a 16 kW spindle with speeds up to 12,000 rpm and water cooling, providing the cutting capability required across the machine’s specified mould and tooling materials.
Ex-Proof Servo & Machine Safety Design
Ex-proof servo motors support operation in resin-related machining applications, while protective covers for motors and switches and a CE-oriented safety configuration contribute to controlled industrial operation.
