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Gantry truss

The gantry truss is a product specifically designed to complement automated production lines. The truss can be custom-designed to meet specific customer requirements. It is driven by Siemens servo motors and features precise planetary gear reducers and high-precision gear racks for transmission, ensuring low noise levels, stable motion, and high repeat positioning accuracy. The truss manipulator’s movements can be controlled independently or synchronized with on-site equipment to achieve coordinated operation. The truss manipulator offers a wide effective travel range, with each position fully compatible with user needs; long-stroke versions can also be customized. This product is suitable for various industries, including material handling, loading and unloading on machine tools, welding, and painting, making it applicable across a broad spectrum of scenarios. The structure is fixed and has been optimized through finite element analysis, resulting in a short manufacturing cycle, easy installation, low failure rate, high safety, and straightforward maintenance.

Keywords:

Gantry truss

Classification:

CNC intelligent truss machinery

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86-13584157738

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Gantry truss

The gantry truss is a product specifically designed to complement automated production lines. The truss can be custom-designed to meet specific customer requirements. It is driven by Siemens servo motors and features a precision planetary gearbox and high-precision gear-rack transmission system, ensuring low noise levels, stable motion, and high repeat positioning accuracy. The truss manipulator’s movements can be controlled independently or synchronized with on-site equipment for coordinated operation. The truss manipulator offers a wide effective travel range, with each position fully compatible with user needs; long-stroke versions can also be customized. This product is suitable for a variety of industries, including material handling, loading and unloading on machine tools, welding, and painting, making it applicable in an extremely broad range of scenarios. The structure is rigid and has been optimized through finite element analysis, resulting in a short manufacturing cycle, easy installation, low failure rate, high safety, and ease of maintenance.