It is a hot chamber zinc die casting machine designed for high-productivity zinc alloy castings.
Power: 18.5 kW; Weight: 6200 kg; Dimensions (L*W*H): 4700*1600*2030 mm.
It is engineered primarily for zinc alloys (e.g., Zamak family). Hot chamber design makes it ideal for low-melting-point, iron-phobic alloys such as zinc.
The crucible capacity is 400 kg of zinc.
Maximum die block thickness: 505 mm; Minimum die block thickness: 190 mm.
Ejection force: 90 kN; Ejection stroke: 88 mm.
Hydraulic pressure: 14 MPa; Die stroke: 385 mm; Tie bar diameter: 85 mm; Shot positions supported: 0° and -80°.
Yes — the machine is supplied 'As Per Your Industrial Voltage'. Confirm your local mains voltage and phase with sales so they can configure the electrical system accordingly.
It is equipped with an advanced PLC for precise process control, monitoring and repeatability.
Typical applications include motorcycle and car accessories, household appliance casings, handles and other intricate metal parts, medals and decorative items.
Standard safety features include PLC interlocks and emergency stop provisions. Additional guarding, light curtains or fences and operator PPE should be provided per local regulations and the machine manual.
Requires a prepared floor/foundation capable of supporting the 6200 kg machine and concrete anchoring as recommended. Adequate crane or lifting equipment is needed for placement. Electrical supply must match the configured voltage; provide suitable hydraulic oil and utilities per the installation manual.
Routine maintenance includes daily checks (hydraulic oil level, lubrication, melt cleanliness), weekly inspections (fasteners, cooling passages) and periodic service per the manual (hydraulic oil change, PLC backup). Follow the manufacturer maintenance schedule for exact intervals.
Yes. Spare parts and after-sales service are available — contact the supplier for parts lists, recommended spares and lead times. They can also arrange commissioning and training.
Yes. Common customizations include control options, electrical voltage configuration, alternate shot positioning, and adaptations to suit specific molds or part geometries. Discuss requirements with sales/engineering for feasibility and lead time.
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