Solutions

This direct-drive gantry machining center is engineered for high-precision machining of automotive die casting components. By replacing traditional ball screw transmission with advanced linear motor technology, the system achieves faster axis response, smoother motion, and significantly improved reversing performance. Compared with conventional screw-driven machines, the direct-drive solution increases machining efficiency by up to 20% while effectively eliminating reversing marks on the workpiece surface. High-speed reversing operations maintain excellent positioning accuracy and surface finish, ensuring consistent quality for demanding automotive applications. Designed with an overhead gantry structure and optimized component selection, this machining center offers a balanced solution that combines reliable performance, machining stability, and cost efficiency. It is an ideal choice for manufacturers seeking higher productivity and superior surface quality in automotive die casting part machining.

This case presents a high‑precision CNC profile machining center solution designed to improve machining speed, accuracy, and production stability. By integrating INCT ball screws, linear guides, planetary gearboxes, and rack systems, the machine achieves efficient motion control, reliable performance, and consistent delivery for CNC machine tool manufacturers.

An open and reliable five-axis CNC system solution designed for cam and worm grinding machines. The system combines high-precision motion control, cost efficiency, and engineering flexibility for modern machine tool builders.

This case study showcases how INCT provided a high-performance motion control and servo solution for a laser metal 3D printing system. Facing challenges such as synchronized dual-drive lifting axis control, complex additive manufacturing processes, and increasing demand for stable supply, the customer required a reliable and scalable motion control platform. INCT delivered an integrated multi-axis synchronized control solution, customized industry process libraries, and long-term supply assurance—significantly improving system performance, development efficiency, and production stability.

This case study presents a laser bevel five-axis cutting machine system solution based on INCT servo motors, ball screws, linear guides, gearboxes, and rack drives. The solution enables precise multi-axis coordination for bevel cutting applications, helping machine builders move beyond conventional flat laser cutting and enter higher-value markets.