Suitable for iteration of flexible intelligent production lines, SMARTWIN Intelligent Equipment DH torque motors support rapid changeover of multi-specification workpieces

Adapting to iterative upgrades of flexible smart production lines, SMARTWIN DH modular torque motors support rapid changeover of multi-specification workpieces. Modern automated production lines are shifting toward flexible mixed-mode manufacturing with diversified products and frequent process switching. Traditional reducer-driven solutions suffer from slow response and inherent transmission backlash, while conventional direct-drive motors face complicated integration and incomplete torque specification coverage. Featuring a full-range torque gradient matrix and zero-backlash direct-drive structure, SMARTWIN DH modular torque motors serve as the core rotary drive for flexible production stations, perfectly fitting intelligent line upgrades in new energy, 3C electronics, precision inspection and other industries.

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The direct-drive brushless architecture delivers outstanding dynamic response. The low-cogging magnetic circuit design ensures smooth operation across the full speed range, eliminating jitter and angular deviation whether for low-speed micro visual alignment or high-speed station switching. The full DH series boasts a wide torque range covering continuous torque from compact 4.1 N.m up to heavy-duty 492 N.m. Equipment manufacturers can select models directly according to their load requirements without additional non-standard customization. The direct-load connection structure removes intermediate transmission mechanisms with zero backlash lag. Angular commands issued by the control system act on tooling loads instantaneously, fully realizing the effects of AI visual correction and adaptive trajectory optimization, and effectively improving the yield of workpiece processing and inspection.

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The modular integrated body serves as a core advantage for flexible production line transformation. Equipped with unified standard flanges and mounting holes, it allows quick equipment upgrades without extensive mechanical modification when adding new stations or revamping existing rotary tables on production lines. The hollow bore design enables cables and air pipelines to pass through the motor center, avoiding interference from external pipelines and facilitating the installation of extended modules such as vision cameras and automated grippers to meet iterative functional upgrade demands of production lines. There are no complex vulnerable parts on the exterior, bringing simple maintenance for the complete motor units. Matched with centralized lubrication points, daily maintenance working hours are greatly reduced and production line downtime is cut down.

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In terms of digital supporting configuration, DH torque motors can be equipped with absolute circular gratings that permanently store angular coordinates after power failure. The equipment does not need homing upon restart, greatly cutting waiting time for product changeover. During operation, the encoder feeds back position, speed and load data in real time, which are uploaded to the industrial platform via AKS servo drives. Operation and maintenance staff can predict wear of bearings and tooling through long-term data to realize predictive maintenance and reduce unexpected downtime. As a domestically self-developed and manufacturing manufacturer, SMARTWIN Intelligent Equipment can carry out minor customization on hollow bore diameter and torque parameters with a much shorter lead time than imported DD motors. The local technical team can provide synchronous support for equipment integration an commissioning to help flexible production lines operates stably and efficiently.


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