30 Ton Chamber Ornaments Making Zinc Die Casting Machine

It is a hot-chamber zinc alloy die casting machine designed for producing high-quality zinc alloy parts such as decorative ornaments, jewelry components, small machinery parts, electronic housings and household items with intricate shapes and good surface finish.

Model: 30 Ton Zinc Alloy Hot Chamber Die Casting Machine (hot-chamber die casting specifically for zinc and similar low-melting alloys).

The injection weight (shot weight) is 0.7 kg per cycle.

This machine is designed for zinc and zinc-based alloys using the hot-chamber process. It is not suitable for high-melting-point alloys (for example most aluminum or magnesium alloys normally require cold-chamber systems). Confirm alloy compatibility with your supplier for any special alloys.

Standard electrical specification: 380 V, total installed power 7.5 kW. A stable three-phase supply and appropriate local circuit protection are required; confirm site electrical compatibility with the vendor before installation.

Overall dimensions (L*W*H): 2980 × 1450 × 1920 mm. Machine weight: 2300 kg. Allow additional space around the machine for maintenance, mold change and operator access.

Tie bar diameter: 50 mm. Force of shot material: 55 kN. Stroke of shot material: 105 mm. Stroke far from nozzle: 0–330/230 mm. Punch diameter: 42 mm.

Ejection force is 35 kN with an ejection stroke of 45 mm.

Oil tank capacity is 200 L. Adequate hydraulic oil capacity helps ensure stable hydraulic pressure, proper cooling and lubrication; maintain oil quality and level per the maintenance schedule to ensure reliable operation.

The machine is described as having a high safety level and automatic operation to protect operators. For exact details (safety interlocks, guarding, emergency stops, certifications) request the vendor’s safety specification sheet and applicable compliance documentation.

The machine is marketed with an energy-saving design and eco-friendly technology to reduce environmental impact and operating cost. For quantified energy consumption and environmental certifications, request the vendor’s energy use data and environmental compliance documents.

Typical maintenance includes daily cleaning, checking hydraulic oil level and temperature, filter and coolant checks, lubrication of moving parts, periodic oil and filter changes, inspection of molds and ejectors, and scheduled professional servicing. Follow the vendor’s maintenance manual for intervals and procedures.

Cycle time depends on part size, geometry, mold design, cooling requirements and process settings. The machine is designed for high productivity, but provide part drawings to the supplier to get estimated cycle times and output rates for your specific parts.

Those values are inconsistent (min should not exceed max). This appears to be a typo or data-entry error. Please confirm the correct die block thickness range with the manufacturer or supplier before ordering.

Contact the supplier or manufacturer for pricing, lead time, shipping, installation, operator training, spare parts availability and warranty terms. Ask for details on commissioning, onsite training and ongoing technical support packages.