Yamaha delivers configurable modular transfer for robot assembly cells


Flexible LCM100 linear conveyor module boosts efficiency over conventional belt-and-roller transfer

The LCM100 linear conveyor module, a unique solution for robotic assembly by Yamaha Factory Automation Section, enables cleaner, quieter, and more flexible workpiece transport. By simplifying production startup, reducing cycle times, and increasing accuracy, the modules boost productivity and yield, while also cutting noise, increasing reliability, and reducing the size of robot assembly cells.

Unlike conventional belt-and roller conveyors, each LCM100 module contains an independently controlled high-speed linear motor that enables bidirectional movement and programmable speed up to 3000mm/second. Production lines can be configured optimally, not dependent on the longest process cycle time, and utilize inline equipment more efficiently to save space and capital expenditure. Further benefits of the linear drives include low friction and lag-free acceleration and deceleration.

The robust and stable sliders, combined with positioning accuracy better than ± 0.015mm, allow assembly tasks to be performed directly on the module. With no need to de-palletise and move workpieces from a conventional conveyor to a work-table, tact time can be faster and assembly cells smaller and more cost-effective. Without physical microswitches or end stops, slider stop positions can be quickly and easily reprogrammed in software.

In addition, LCM100 modules are featured for easy interchangeability and reconfiguration, enabling assembly cells to be setup quickly and cost-effectively, especially for short production runs. Modules can also be removed or replaced easily to minimise downtime, and reused in other assembly cells to maximise utilisation.

The modules are available in standard 480mm and 640mm lengths and carry 15kg maximum payload. A 400mm circulation module is also available.

For further information please visit the Yamaha Motor Europe FA Section website at https://www.yamaha-motor-im.de/en/fa/

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