88T Hot Chamber Die Casting Machine Zinc Alloy Gear Shift Knob machine
| Clamping Force: | 880 KN | Tie Bar Diameter: | 55 Mm |
| Clamping Stroke: | 280 Mm | Space between Tie Bars(H*V): | 357*357 Mm |
| Mold Thickness: | 150-360 Mm | Injection Force: | 50 KN |
| Injection Plunger Stroke: | 130 Mm | Plunger Diameter: | 50 Mm |
| Theoretical Shot Volume: | 1260 G | Usable Shot Volume: | 560 G |
| Warranty: | 1 Year |
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Purpose-built for manufacturing premium plating-grade zinc alloy gear shift knobs and shifter balls for automotive interiors, this 88-ton hot chamber die casting machine delivers flawlessly smooth, defect-free casting surfaces ideal for subsequent chrome plating, matte spray painting and PVD coating processes. It is the optimal production solution for automotive hardware suppliers serving OEM and aftermarket interior accessory brands.
The machine adopts a newly reinforced frame structure, paired with high-strength tie bars, enlarged steel pins and thickened machine platens, which greatly improves overall rigidity and load-bearing capacity. This robust structural design delivers stronger impact resistance and better load stability during high-pressure die casting, effectively minimizing mechanical vibration that would cause surface chatter marks and uneven finish on shift knob surfaces. For gear shift knob production, this translates to consistently smooth visible surfaces, crisp edge definition and minimal flash, directly reducing polishing labor and rework costs before surface finishing.
At its control core is a genuine German PLC system paired with a full-color human-machine interface touch screen, enabling precise real-time monitoring and adjustable control over injection speed and injection pressure. Advanced closed-loop control technology enables ultra-fine regulation of injection speed throughout the entire filling cycle, eliminating flow lines, cold shuts, gas pores and surface blemishes on the curved exterior of shift knobs. This dramatically improves first-pass yield for plating and painting processes and lowers overall production costs. The control panel also features a built-in fault display function that quickly indicates electrical system abnormalities, helping operators resolve issues efficiently and minimize downtime.
The hydraulic system operates on dual-proportional control architecture to realize fully programmable multi-stage injection and low-pressure mold clamping, which protects highly polished mirror mold cavities from impact damage and preserves fine surface texture over extended production runs. All hydraulic seals are sourced from premium European or Japanese brands to ensure long-term reliable, leak-free operation with no risk of oil contamination that could ruin finishing quality. The machine is fitted with a hydraulic die height adjustment system, making mold installation and changeover faster and more convenient to save time and labor. It is also equipped with an automatic pressure relief energy-saving function that effectively reduces system energy consumption during operation.
The clamping and die height adjustment mechanism ensures uniform stress distribution and stable mold positioning, while the injection unit with high-flow valves and a precision piston accumulator delivers accurate, consistent injection performance that adapts to various shift knob mold designs. A high-efficiency oil cooling system maintains stable hydraulic temperature during extended production runs, supporting an overall service life of 15 to 20 years. An optional mold sweeping robotic arm is available for further automation upgrade.
We guarantee shipment within 20 days of order confirmation. Our service package includes 2-hour rapid response plus 24-hour on-site after-sales service, dedicated one-on-one technical support, on-site commissioning by certified engineers, and ongoing technical assistance. We also warmly welcome all customers to visit our factory for on-site inspection and technical exchange.
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