Pressure Die Casting Machine | High-Precision 120-1600T Models

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Pressure Die Casting Machine - High-Performance Models by Zhenli Machinery

This page features pressure die casting machines from Jiangmen Zhenli, covering low and high pressure variants for zinc, aluminum, brass, and lead alloys. These machines use controlled pressure for metal injection, producing high-precision parts for auto, hardware, and faucet industries. Equipped with stable clamping systems, precise pressure regulators, and intelligent monitoring, they comply with ISO/CE standards. The page includes model options (120-1600 ton), technical specifications, customization services, and global shipment. Zhenli delivers tailored pressure die casting solutions, backed by professional technical support and reliable after-sales service.
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Advantages of the product

Wear Resistant Molds for Long Service Life

The die casting molds are made of high quality H13 hot work steel, 经过 special heat treatment (quenching and tempering) to enhance hardness (up to HRC 45 50) and wear resistance. Under normal use, each mold can complete 50,000 80,000 casting cycles before needing maintenance, which is 20% 30% longer than molds of ordinary die casting machines. This reduces mold replacement frequency, lowers maintenance costs (saving about \(2,000 \)5,000 per year on mold purchases), and minimizes production downtime caused by mold changes.

Related products

Pressure die casting machine encompasses both high pressure and low pressure variants, designed to produce high integrity metal components by forcing molten metal into mold cavities under controlled pressure. Jiangmen Zhenli Machinery’s pressure die casting machine lineup is engineered for versatility, supporting materials including aluminum, zinc, brass, magnesium, and lead alloys—serving industries from automotive and aerospace to electrical and industrial machinery. High pressure models (injection pressure: 100–200 MPa) excel at high volume production of small to medium parts (e.g., electrical connectors, automotive brackets) with thin walls (1.5–5 mm) and tight tolerances (±0.02 mm). Low pressure models (injection pressure: 0.05–0.2 MPa) specialize in large, thick walled components (e.g., automotive wheel rims, engine blocks) by using gentle, turbulence free filling to minimize defects. The machine’s die clamping unit, available in tonnages from 50 to 4500 tons, features a robust hydraulic or mechanical drive system with precise positioning (±0.01 mm) and high force retention—ensuring mold stability during pressure application. The injection unit is tailored to material type: hot chamber for low melting point alloys (zinc, lead) with integrated furnaces for fast cycle times, and cold chamber for high melting point alloys (aluminum, brass) with hardened steel plungers/resistant to abrasion. Equipped with an advanced intelligent controller, the machine offers parameterization of injection speed, pressure, temperature, and cycle time—with recipe storage for 100+ part configurations. Real time process monitoring and diagnostic tools enable predictive maintenance, reducing unplanned downtime by 25%. Safety features include pressure relief valves, leak detection sensors, and emergency shutdown systems, complying with ISO 9001, CE, and ASTM standards. Energy efficiency is optimized via double proportional hydraulics and heat recovery, reducing power consumption by 15–25%. Customization options include automated mold spraying, robotic part extraction, inline quality inspection, and modified injection ports for complex geometries. Zhenli’s one stop service includes technical consulting to select the optimal pressure type (high/low) and machine configuration, mold compatibility testing, sample production, on site installation/commissioning, and operator training. Global after sales support ensures timely spare parts delivery and maintenance services. With a proven track record of reliability and performance, this pressure die casting machine adapts to diverse production needs—delivering consistent quality, efficiency, and value for manufacturers worldwide.

Frequently Asked Questions

Are there brand or model labels for the die casting machines?

The webpage does not clearly label brands for die casting machines. However, it has model labels for injection molding machines (e.g., MC1000S, MC800S) under the "ZHEU" identifier, which may be linked to the manufacturer. Die casting machines are named by function (e.g., "Engine Block Aluminum Die Casting Machine") rather than alphanumeric models.

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customer evaluation

Easton

We make engine blocks, gear housings, and this machine fits all our molds. Mold clamping force is adjustable for small/large parts. Changing molds takes under an hour, great for multi product lines. It also has mold preheating, improving casting surface quality.

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High Precision for Complex Auto Components

High Precision for Complex Auto Components

This die casting machine excels at producing complex, high precision parts like aluminum engine blocks and gear housings. It achieves a tolerance of ±0.02mm for critical features (such as engine cylinder bores) and maintains consistent dimensional accuracy across large batches. The machine’s advanced plunger control ensures molten metal fills mold cavities evenly, avoiding thin spots or overflows. This precision meets the strict requirements of the automotive industry, where even small deviations can affect engine performance or part fitment.
Fast Cycle Time to Improve Productivity

Fast Cycle Time to Improve Productivity

With a cycle time as short as 2 minutes per part (for standard engine blocks), this machine outperforms traditional die casters by 30–40%. It heats up quickly (reaching operating temperature in 30 minutes) and uses an efficient cooling system to speed up part solidification. For factories running 12 hour shifts, this translates to a daily output of 1,400–1,600 parts—up from 900–1,100 with older machines. The fast cycle time helps meet high volume orders without extending working hours.
Durable Components for Long Service Life

Durable Components for Long Service Life

All critical components are built to withstand the harsh conditions of die casting. The mold is made of H13 hot work tool steel, which resists wear and thermal fatigue, lasting up to 100,000 casting cycles before needing repair. The hydraulic system uses high pressure hoses and seals that handle repeated pressure changes without leaks, and the heating element is a nickel chromium alloy that maintains consistent heat output for years. Most users report 3–5 years of trouble free operation with regular maintenance.
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