The DC-160C is a cold-chamber die casting machine designed for producing parts such as automotive components, electronics housings, industrial machinery components, consumer products and heavy machinery parts from non-ferrous alloys.
Key specs include 1600 kN clamping force, 380 mm die open stroke, die thickness range 200–550 mm, tie bar spacing 460 x 460 mm, tie bar diameter 85 mm, ejector stroke 85 mm, ejector force 108 kN, injection position 0–140 mm, 380 V supply, 15 kW power and machine weight approximately 6500 kg.
The DC-160C is suitable for aluminum, copper and other non-ferrous alloys that require a cold-chamber arrangement. For specific alloy processing parameters please consult tooling/metal supplier or our technical team.
The machine requires a stable, level foundation capable of supporting ~6500 kg, a 380 V three-phase electrical supply (15 kW), appropriate grounding, and lifting equipment (crane/forklift) for installation. Exact foundation drawings and detailed installation instructions are available from the supplier.
The DC-160C is delivered tested and includes a machinery test report and outgoing inspection video. Final commissioning, electrical hookup and process setup (melting system, die installation, cooling connections) are typically performed on-site by qualified technicians or by the supplier upon request.
Standard safety features include emergency stop controls and guarded moving components. Additional safety measures such as perimeter guarding, light curtains and local safety interlocks should be implemented to meet site-specific regulations and operator safety policies.
Yes — operator training, maintenance training and on-site commissioning are available. Please contact sales to arrange training scope and scheduling; service fees may apply depending on location and requirements.
Yes. The DC-160C offers customizable color options and can be supplied with optional accessories and configurations to suit specific die sizes and production needs. Discuss customization requirements with the sales team.
Typical ancillary items include a melting furnace and ladle for the cold-chamber process, temperature controllers, die cooling systems, die lubricants, filters and routine consumables (seals, hydraulics/oil, bearings). Supplier can recommend compatible options.
Routine maintenance includes regular lubrication, hydraulic and electrical system checks, inspection of tie bars and ejector components, checking seals and hoses, periodic gearbox/motor inspections, and following the supplier’s maintenance schedule. Keep a small inventory of critical spare parts to minimize downtime.
Yes. High-quality PLC, gearbox and motor components are used and spare parts are available. Contact the supplier for recommended spares list, lead times and pricing.
The machine is supplied with a machinery test report and outgoing inspection video. Standard documentation typically includes operation manuals, maintenance instructions, electrical and hydraulic schematics and parts lists. Additional or translated documentation can be requested.
Freight quotes and lead times depend on your location, order configuration, and current production schedule. Contact the supplier or sales representative with your delivery address and requirements for a tailored quote and estimated lead time.
Cycle time depends on part geometry, shot size, die cooling requirements and process parameters. The DC-160C is capable of high-efficiency production, but exact cycle times should be established during process development and trial runs for your specific parts.
Warranty terms and after-sales support options vary by seller. The machine includes test documentation at delivery; for warranty coverage, service contracts or technical support, contact the supplier or authorized dealer to obtain detailed terms and arrange service.
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