1. This advanced equipment comprises the main engine, a hydraulic transmission system, and an electrical control system, all powered by hydraulic energy. It boasts remarkable stability in speed and pressure, ensuring consistently high performance.
2. Our hydraulic press series is expertly designed for a range of applications including the trimming and shaping of aluminum and magnesium alloy die-cast products, and the precise cutting of plastic products. It excels in forming processes such as sheet metal blanking and stretching. This hydraulic press is a superior upgrade over conventional models, utilizing an innovative hydraulic circuit featuring both child and mother cylinders. Its advantages in noise reduction, speed, and power efficiency position it as a highly efficient, high-speed powerhouse with exceptional force and eco-friendly credentials, making it a staple in the die-casting industry.
3. The equipment's structural design incorporates four columns and three precision-machined plates. With a specially crafted guide sleeve, it guarantees superior guidance accuracy, ensuring impeccable performance.
4. Our cylinder features a self-developed fast child and mother cylinder, offering rapid empty drop, buffered feeding, and quick ascent. This ensures impressive production efficiency and stable performance. With minimal motor power requirements and low oil temperature, it employs a unique oil return design for automated closed-loop operation, significantly enhancing safety.
5. The machine offers customizable options such as waste blowing, enhanced lighting for better visibility, displays, electronic rulers, pressure sensors, and cooling devices, allowing for tailored solutions to fit specific needs.
Scope of Application:
1. Ideal for shaping, bending, punching, stamping, riveting, pressing, and assembling both metal and non-metal components with precision and ease.
2. Perfect for the riveting, pressing, and shaping of components like eyes, locks, medical devices, electronic plug-ins, electrical parts, motors, iron cores, motor bearings, and the rotors and stators of motors.
3. Widely applicable in industries such as computing, mobile technology, home appliances, automotive, new energy vehicles, motorcycles, auto backplanes, die-cast parts, and more, for shaping and cutting with unrivaled precision.
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