10-ton Frame-Type Forging Manipulator – Main Mechanisms and Applications
As a crucial piece of equipment in modern forging processes, the frame-type forging manipulator is primarily used to clamp shaft forgings and blanks on open-die forging hammers or open-die forging presses, significantly improving production efficiency and forging quality, reducing labor intensity, and achieving mechanization of forging production. Its core advantages lie in its sturdy structure and flexible operation, enabling it to efficiently complete a variety of forging tasks.
The frame-type forging manipulator is mainly composed of a sturdy frame support system, electric or hydraulic drive unit, motion control system and work clamp. The entire structure is designed to be strong and can withstand high-intensity impact, ensuring stability and safety during the forging process.
Frame-Type Forging Manipulator Applications
Automotive Parts: Produces key components such as frames, chassis, and drive shafts to enhance vehicle durability.
High-Strength Body Parts: Forges high-strength steel or aluminum alloy components to improve vehicle performance.
Heavy Machinery: Produces large gears, bearings, connecting rods, and other mechanical components to meet the high-strength requirements of industrial equipment.
Molds and Fixtures: Forges specialized molds and clamping devices to improve mold manufacturing precision and durability.
Aircraft Structural Parts: Produces high-strength, lightweight aluminum or titanium alloy components.
Engine Parts: Forges key components that are resistant to high temperatures and fatigue, ensuring aviation safety.
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