Mechanical Press Machine - - WORLD

Product Overview

Here is a summary of the key points regarding the "Mechanical Press Machine - WORLD":

Product Features

**Product Overview**: The WORLD mechanical press machine, specifically the JS31 H Frame Eccentric Gear Press, is designed for high performance and fine workmanship, utilizing advanced manufacturing technology. It caters to various stamping applications, particularly suitable for light and thin materials and customizable specifications for hot forging and auto parts production.

Product Value

**Product Features**: This press features an H frame design, eccentric gear transmission for enhanced stroke length and tonnage, a dry-type pneumatic clutch, and a separated brake system that allows for flexible operation modes (continuous, inches, or single stroke). It also includes safety measures such as a hydraulic overload system, double-hand control buttons, and optional light barriers for operator safety.

Product Advantages

**Product Value**: The mechanical press machine offers significant cost savings for customers due to its robust quality management practices and the provision for replacement within three months for serious issues. Its optimized structure, finished through computer modeling and heat treatment, ensures longevity and efficiency in various manufacturing processes.

Application Scenarios

**Product Advantages**: Advantages include a stable and reliable performance backed by an experienced R&D team, a compact structure that enhances space efficiency, high cost performance, and versatility in application across different sectors, including auto parts, household appliances, and electronics manufacturing.

**Application Scenarios**: The mechanical press machine is applicable in various industries, including automotive parts manufacturing, production of household appliances (like refrigerators and washing machines), motorcycle parts, and chain manufacturing, making it suitable for both single and progressive die operations in blanking, piercing, bending, and forming processes.