10 Ton Electric Continuous Automatic Vertical Die Casting Machine

It is a cold-chamber vertical die casting machine designed for high-productivity, precision casting of metal parts such as automotive components, electronic housings, industrial parts and household appliance components.

Motor voltage is 380 V and rated power is 5.5 kW. A stable three-phase 380 V supply with proper grounding is required. Confirm exact site power and breaker requirements with the supplier before installation.

Cold-chamber die casting is typically used for higher-melting-point or more reactive alloys such as aluminum and copper-based alloys. Always confirm alloy compatibility for your specific parts with the manufacturer.

Maximum die casting speed is 10 cycles per minute. Theoretical output at 10/min is 600 parts per hour (4,800 parts per 8-hour shift). The specification lists '1.2–1.6w pcs/day' (commonly interpreted as 12,000–16,000 pcs/day) — actual daily output depends on cycle time, part complexity, number of shifts and uptime.

Supported die block thickness ranges from 60 mm (minimum) to 120 mm (maximum). Ensure your mold design falls within this range.

Maximum lock force (clamping force) is 100 kN, which keeps the die closed during injection to prevent flash and ensure part integrity.

Ejection force is 100 kN and ejection stroke is 100 mm. These values determine the ejection capability for part size and weight; validate against your part geometry.

Machine dimensions are 1450 × 1000 × 1720 mm (L × W × H) and the machine weight is 1000 kg. Allow extra floor space for operator access, tooling and maintenance, and plan for lifting equipment for installation.

It indicates automated cycles for mold closing, metal injection, cooling, and ejection to run continuously with minimal manual intervention. Exact automation features (part feeding, conveyors, robot integration) depend on configuration — confirm options with the supplier.

The machine includes video outgoing inspection (video-recorded checks of machine operation/parts) and a machinery test report documenting performance and acceptance tests prior to shipment.

Typical maintenance includes daily visual checks, lubrication, electrical and safety checks, weekly inspection of ejectors and mold alignment, and periodic preventive maintenance per manufacturer schedule. Keep a supply of common wear parts and follow OEM guidance.

Prepare a level, load-bearing foundation or floor area with sufficient clearance, three-phase 380 V power with proper grounding, and space for handling equipment. Many installations also require compressed air and cooling water—confirm exact utilities with the supplier.

Expect emergency stop, safety interlocks/guards and electrical protections. Operators should wear appropriate PPE (safety glasses, heat-resistant gloves, protective clothing and hearing protection). Review the machine's safety documentation and supplier recommendations.

Most suppliers offer operator and maintenance training, commissioning support and technical documentation. After-sales service availability and warranty terms vary — confirm training, response times and spare-parts support with the vendor.

Common spare/consumable items include ejector pins, nozzles, thermocouples, seals, filters and sensors. Discuss a recommended spare-parts list with the supplier based on your production volume and part designs.