CAPACITY Max.Turning Length mm 180** Max.job swing Diameter mm 180 std.Turning Diameter mm 60 SLIDES Cross (X-Axis) mm 300 Longitudinal (Z-Axis) Travel mm 200 Rapid Feed (X & Z Axis) m/min 24 MAIN SPINDLE Spindle Motor Power cont/30min.rating 5.5/7 Kw Spindle Bore mm 44 Spindle Nose – A24 STD.Chuck Dia mm 135 Max.Bar capacity mm 36 Spindle Speed Range mm 100/5000* Full Power Speed Range rpm 800-3000 TOOLING (GANG STYLE) Tool Holder Shank height x width mm 20×20 Boring Bar Shank Diameter mm 32max ACCURACY (AS PER VDI/DGQ 3341) Positioning mm 0.015 Repeatability mm 0.003 MACHINE SIZE Machine Size mm 1760 Floor Space (Length x Width) mm 1540 x 1208 Machine Weight kgs 1550 Approx) CNC System GSK 988T/980 TDC/928 T without servo spindle – Here are some key components and features commonly found in a CNC lathe machine: Structure The machine consists of a rigid base or bed that provides stability and support for the various components. It may also include a headstock, tailstock, and carriage assembly. Spindle The spindle is a rotating component that holds the workpiece and provides the primary motion in a lathe machine. It is driven by a motor and is capable of rotating at different speeds, allowing for the desired cutting operations. Chuck The chuck is a device attached to the spindle that securely holds and grips the workpiece. It can be manual or power-operated, and different types of chucks may be used depending on the workpiece requirements. Tool Turret The tool turret holds multiple cutting tools and allows for automatic tool changes during the machining process. It can rotate and position the tools precisely, enabling various cutting operations without manual intervention. Axes A CNC lathe machine typically has two or more axes of movement. The primary axes are the X-axis, which controls the longitudinal movement of the cutting tool along the workpiece, and the Z-axis, which controls the transverse movement. Some advanced lathe machines may also have additional axes, such as the Y-axis and C-axis, for more complex machining operations. Control System The machine is controlled by a computer system that runs specialized software. The CNC control system interprets the design input, typically in the form of a part program, and generates the necessary commands to control the machine’s motors and movements. It allows for precise control of cutting parameters such as speed, feed rate, and depth of cut. Automatic Tool Setting CNC lathe machines often include automatic tool setting capabilities. This feature allows for the precise measurement and adjustment of tool positions and lengths, ensuring accuracy and consistency in machining operations. Chip Management Proper chip management is crucial in lathe machining. CNC lathe machines may have features such as chip conveyors or chip collection systems to efficiently remove chips and coolant from the machining area, keeping it clean and ensuring uninterrupted operation.
