With the manufacturing industry undergoing a transformation towards multiple varieties, small batches, and flexibility, the core demands have become rapid equipment switching, flexible adaptation, and efficient integration. The modular grinding workstation developed by Zhejiang Mingcheng Robot Technology Co., Ltd. precisely matches the trend of flexible production with its advantages of high integration, rapid deployment, and flexible expansion.
The Mingcheng Grinding Workstation adopts a modular design concept. The robot body, sanding belt machine module, loading and unloading unit, dust removal system, and electrical control unit are independently developed as modular components, achieving standardized interfaces, rapid assembly, and plug-and-play functionality. The overall structure of the equipment is compact, occupying a small space, facilitating transportation, and enabling quick installation and commissioning upon entry, thus significantly shortening the deployment cycle and reducing the difficulty of workshop layout.
The product series cover all scenarios: The MC-12F series is suitable for small and medium-sized workpieces, while the MC-25F series is suitable for heavy-duty workpieces. The workstation can be selected as two stations, four stations, or a swing-type belt sander, meeting the needs of various processes such as rough polishing, fine polishing, deburring, and mirror polishing. The electrical control system can choose internationally renowned brands such as Siemens, Mitsubishi, Yaskawa, and SMC, with stable performance and strong compatibility, supporting rapid debugging and later maintenance.
The workstation supports intelligent module selection, including 3D visual positioning and grasping, 2D visual inspection, mechanical control system, floating spindle, automatic tool changing device, flipping module, etc. It can be flexibly combined according to the shape, size and process requirements of the workpiece, and quickly switch product types without the need for large-scale line modification. The modular design enables the equipment to have both general applicability and customization capabilities, helping enterprises reduce costs, increase efficiency and respond quickly to market changes.