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Introducing the GSK 980TDi-H: A High-performance CNC Controller for Your Turning Machine Needs GSK980TDi TURNING MACHINE CNC PRODUCT BRIEF Introducing the GSK980TDi, the latest innovation in the esteemed GSK980TD series.

Developed by the same pioneering engineers who brought you the GSK980TD, GSK980TDa, GSK980TDb, and GSK980TDc models, this state-of-the-art product is designed to dominate the CNC Turning machine and Turning center market.

Built on the advanced GSK-Link industry spot BUS, the GSK980TDi integrates a BUS servo drive unit with a multi-core, 23-bit absolute encoder servo motor. This guarantees a 0.1μm level position accuracy, seamless servo parameter on-line configuration, and non-block mechanical zero return.

The sleek, modern appearance is crafted by industry experts, while exhaustive research enhances efficiency, in s a new era of excellence in common CNC systems! Technical features Based on GSK-Link industrial field bus. L east command increment: 0.1μm, maximum traverse rate: 100m/min. Support turning and milling.

Support torque control . Support servo parameter online configuration, servo status real-time monitoring. Support display interface secondary development (User-defined). Support non-stop mechanical zero return. Standard bus servo drive unit and multi-turn 17-bit absolute encoder.

High Speed & High Precision Control Leveraging the GSK-Link industrial fieldbus, the system's servo motors, paired with GR-L series servo devices and 25-bit or higher high-resolution absolute encoders, deliver nano-level interpolation.

This ensures that the output accuracy aligns perfectly with the feedback accuracy of the servo motor encoder, culminating in unparalleled high-speed, high-precision machining.

Oscillating Chip Break During rough machining, a specific frequency sine/cosine wave interference is introduced to the feed axis, causing the tool to oscillate in the cutting track direction.

This breaks continuous chips into manageable pieces, preventing them from entangling with the tool or workpiece, thereby reducing the risk of tool breakage or workpiece misalignment.

Support for Turning, Milling, and Drilling Complex Machining Equipped with 5 feed axes and 2 analog spindles, the system supports spindle orientation, rigid tapping, cylindrical interpolation, and polar coordinate interpolation when paired with the servo spindle.

This functionality meets comprehensive turning and milling requirements. Graphical Simulation During program processing, a 3D model of the workpiece simulates the real machining scenario, making the tool path more intuitive and simplifying the identification of programming errors.

Thread Repair Function The thread repair function enables the machine to restore damaged threads, be it large oil pipelines or screws, regardless of whether the machine tool is fitted with a servo spindle or an analog spindle.

Polygon Turning For traditional polygon processing, power milling tools are usually used for processing.

For occasions where high precision is not required the polygon turning function can be used to accelerate the processing of various polygons by the offset angle before synchronizing the workpiece axis with the main control axis and changing the speed ratio of the workpiece axis and the tool axis.

Machine Tool Fault Diagnosis The machine tool diagnostic feature graphically displays input and output signals on the machine structure diagram, facilitating a more intuitive and convenient fault diagnosis process.

Application Case GSK980TDi Applied in Brake Pad Machining Special type: Brake pad processing machine Application effect Driving linear and rotary axes with a general servo drive;The grinding wheel is machined with end faces instead of the side of the common grinding wheel;Complete tasks with dedicated instructions Technical Specification Item Specifi