600 Ton Low Cost Liquid Aluminum Die Casting Machine for Frying Cookware Pan and Aluminium Pot

The 600 Ton Low Cost Liquid Aluminum Die Casting Machine is designed for high-volume production of frying cookware pans, aluminum pots and other cast aluminium parts requiring precision and repeatability.

Yes — the machine is marketed for liquid aluminum die casting of frying pans and aluminium pots. Confirm alloy compatibility and process parameters with the supplier before production to optimize results.

It is a hot chamber die casting machine. (Note: hot-chamber systems are typically used for low-melting alloys; please verify with the manufacturer that your aluminium alloy and process are compatible.)

Rated power is 15 kW. Voltage options are 220V or 380V — confirm the required configuration (single- or three-phase) with the supplier and local electrical installer.

The machine weight is 20,000 kg. A reinforced foundation, appropriate lifting equipment (crane/forklift) and sufficient workshop space are required for installation; request final footprint and foundation drawings from the supplier.

The specified minimum and maximum die block thickness are both 20 mm, indicating the machine is designed around a 20 mm die block thickness. Confirm with the manufacturer if other die block configurations are needed.

Ejection force is 400 kN and the ejection stroke is 800 mm, providing strong and long travel ejection suitable for a wide range of part sizes and complex cores.

Working pressure is 25 MPa. Adequate working pressure is important to ensure proper metal flow into the die, fill thin sections, and achieve dense, high-quality castings.

Opening height is 1300 mm. This determines the maximum die assembly and tooling thickness that can be accommodated between the platens.

The machine comes with a machinery test report and video outgoing inspection to demonstrate performance and condition prior to shipment.

Yes — the product listing indicates overseas service support is available. Confirm the scope, cost and response times for commissioning, training and after-sales maintenance with the supplier.

Production rate depends on part geometry, cycle time, die design and cooling strategy. The machine is suitable for high-volume production; provide sample parts and target cycle time to the supplier for a specific throughput estimate.

Routine maintenance typically includes inspection and servicing of hydraulic systems, lubrication, checking ejection components, die alignment, cleaning of metal contact surfaces, and preventive checks on heaters and controls. Follow the manufacturer's maintenance schedule.

Spare parts and tooling are generally available through the manufacturer or authorized distributors. Confirm lead times, recommended spares and tooling interface details when placing an order.

Standard safety measures (guarding, emergency stops, interlocks) should be integrated; the supplier offers overseas service support and can typically provide operator and maintenance training — confirm training scope and any certification offered prior to purchase.