Die-cast Aluminum Ceramic Coating Cookware Cold Chamber Die Casting Machine

Cold chamber means the molten aluminum is melted in a separate furnace and then ladled into the machine's injection chamber for each shot. This is the preferred method for aluminum alloys with higher melting points or when minimizing furnace wear is important.

No. The machine die-casts aluminum cookware components. Ceramic coating is a secondary surface treatment applied after casting. The machine produces parts suitable for subsequent ceramic coating processes.

It is designed for high-quality aluminum cookware and similar kitchenware: pans, pots, lids, handles (if cast), and other die-cast aluminum components. Final suitability depends on part geometry, wall thickness and tooling design.

Key specs provided: automatic die casting type; PLC control and motor as core components; required power 329 kW; ejection force 240 kN; ejection stroke 135 mm; overall dimensions 9000 × 2450 × 3300 mm. Confirm any omitted or unclear specs with the supplier.

There is an inconsistency in the provided specs. Typically the full machine weight for equipment of this size is closer to 18,000 kg. The 1,800 kg figure may be a typo or refer to a component. Confirm the correct shipping and installed weights with the manufacturer before purchase.

The spec sheet does not list a maximum shot weight or shot sleeve capacity. Maximum casting size depends on the machine's injection system and tooling. Request the machine's shot capacity/shot sleeve diameter and recommended mold specifications from the supplier for precise limits.

Ejection force (240 kN) is the maximum push force available to eject parts from the die; ejection stroke (135 mm) is the maximum travel of the ejection system. These determine whether parts with undercuts, ribs or larger adhesion forces can be reliably demolded—verify against your part geometry.

The machine is described as automatic with PLC control. Standard safety features on comparable machines typically include emergency stops, safety interlocks, guarded moving parts and hydraulic/pneumatic safeguards. Ask the manufacturer for the exact safety package and any CE/OSHA compliance documentation.

Yes. The product listing states video outgoing inspection is included and that a machinery test report is provided. These typically document visual inspections, functional tests and acceptance criteria—confirm the scope and whether witnessed FAT (factory acceptance test) is available.

The required power is specified as 329 kW. Overall machine dimensions are 9000 × 2450 × 3300 mm. You should verify site power capacity, electrical service type (voltage, phase), foundation or floor load capacity, crane or rigging requirements for installation, and any required utilities (compressed air, cooling water).

Typical maintenance includes daily lubrication, hydraulic oil checks, filter replacements, periodic inspection of shot sleeve and plunger wear, die maintenance and PLC backups. Consumables include hydraulic oil, filters, seals and wear parts for the shot sleeve, plunger and ejector system. Request a recommended maintenance schedule from the manufacturer.

The listing does not explicitly state training or support details. Many suppliers offer operator training, commissioning support and spare-parts packages either included or as add-ons. Confirm training scope, duration and any post-installation service contracts with the vendor.

Cycle time depends on part geometry, cooling requirements, die design, gate system and process settings. The machine provides automated cycles, but actual output (parts/hour) must be estimated from a sample part and mold. Ask the supplier for typical cycle-time ranges and references for similar cookware parts.

Request the machine's shot capacity (mass/volume per shot), plunger diameter, injection speed/pressure ranges, clamping force, hydraulic system details, PLC brand/model/features, exact machine weight (shipping/installed), recommended die block thickness ranges (the sheet shows zeros) and warranty/service terms.