Plated Steel Bucket Faucet Die Casting Machine Gravity Casting Brass Faucet Making Machine

This machine is designed to manufacture brass faucets and faucet components using die casting technology, making it suitable for residential and commercial faucet production and large-scale production lines.

The specification lists it as a cold-chamber die casting machine, which is the standard method for non-ferrous alloys like brass. (If you require pure gravity casting setups, please confirm with the supplier for available options or modifications.)

It is primarily intended for brass and other non-ferrous alloys commonly used in faucet manufacturing. Always confirm alloy compatibility with the supplier for special alloys or additives.

Rated voltage is 380V and total power is 11 kW. This typically requires a three-phase industrial power supply; have a qualified electrician verify site power compatibility before installation.

Overall dimensions are 1000 x 720 x 1900 mm and the machine weight is approximately 520 kg. Allow extra space around the machine for maintenance and mold handling.

Cycle time depends on part geometry, die design, cooling setup and process parameters. The machine is specified for high productivity, but please request sample parts or a production test from the supplier to estimate cycle time for your specific faucet design.

Ejection force (1100 kN) is the maximum force the ejector can apply to remove cast parts from the die. Ejection stroke (1100 mm) is the maximum travel distance of the ejector. These values indicate strong ejection capability suitable for larger faucet components—confirm units and values with the supplier.

That appears to be an inconsistent or placeholder entry. Die block thickness typically has a range; please verify the correct maximum and minimum die block thickness with the manufacturer or supplier before ordering.

Tooling and dies are usually sold separately. You will need appropriately designed dies for your faucet designs, made from compatible tool steels. Ask the supplier about die-making services, recommended die dimensions, and installation guidance.

The machine includes a video outgoing inspection and a machinery test report to verify operation and performance prior to shipment. Request these documents and any sample castings when evaluating the machine.

Some listed package details (e.g., 1x1x1 cm and 1 kg gross weight) appear to be placeholders. Actual packaging will reflect the machine's 520 kg weight and will be crated for transport. Confirm final crate size, weight and shipping method with the vendor.

Prepare a level, load-bearing concrete floor and sufficient electrical supply (380V, three-phase). Space should accommodate the machine footprint plus access for maintenance and mold changes. The supplier should provide installation instructions and any foundation requirements.

Operators should have experience with die casting equipment, safety procedures and basic mechanical/electrical troubleshooting. Suppliers typically offer operator training and start-up support—confirm availability when ordering.

Regular maintenance includes lubrication, inspection of hydraulic/ejection systems, and die upkeep. Ask the supplier for a recommended maintenance schedule, spare parts list, and lead times for critical components.

Yes—suppliers commonly offer customization options such as different die mounts, automation for part handling, customized ejector setups, and integration with downstream finishing equipment. Discuss your design and volume requirements to get a tailored solution.