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Address:
No, 309 Guandoumen Road, Wuhu Distict, China (Anhui) pilot Free Trade Zone
Machine tool adopts horizontal high-strength integral cast iron bed, the bed adopts Little Giant design structure, the guideway is placed in horizontal step type, which is suitable for high-speed and high-intensity cutting, and has excellent reliability and accuracy retention.
XD-V60K-1000
XDMADE
The machine tool features a horizontal high-strength integral cast iron bed with a “Little Giant” design structure. This material and design combination enhances overall stability, even under high-speed and high-intensity cutting conditions. The guideway is arranged in a horizontal step type, which not only reduces vibration during operation but also extends the bed’s service life while maintaining long-term precision.
To further boost machining accuracy, the XD-V60K-1000 is equipped with high-quality guideways and lead screws. The X-axis guideway width measures 35 mm, and the Z-axis guideway width is 45 mm—providing a stable foundation for feed movements. The X/Y-axis and tailstock lead screws have a diameter of 40 mm, ensuring smooth power transmission and minimizing backlash.
The lathe supports A2-6 or A2-8 heavy cutting spindles, which deliver exceptional rigidity and precision for processing various steel parts. Powered by a 15 KW spindle motor, the spindle can reach a maximum speed of 2500 r/min, enabling efficient cutting of both soft and hard materials. The main transmission system uses an AC servo motor paired with a high-efficiency synchronous belt, eliminating noise caused by traditional gear box transmission chains and improving energy efficiency.
For long shaft machining, the XD-V60K-1000 is equipped with a long-stroke servo tailstock with a travel distance of 980 mm. The tailstock sleeve features a 5# Morse taper, ensuring secure workpiece clamping. When used with the optional follow tool holder, it can easily process long shaft parts up to 1000 mm (or 1500 mm for the extended version), meeting the needs of large-part manufacturing.
The X-axis and Z-axis of the XD-V60K-1000 are driven by high-power servo motors directly connected to ball screws, delivering strong feed torque and high machining precision. The X-axis travel is 500 mm, and the Z-axis travel is 1100 mm (1600 mm for the extended model). Both axes offer a fast movement speed of 18 m/min and a repeat positioning accuracy of ±0.004 mm—ensuring consistent results for batch production.
The lathe is fitted with a high-performance 12-station servo turret (available in Φ100 and Φ420 sizes) that supports quick tool changes. The adjacent tool changing time is only 0.35 S, reducing non-cutting time and improving overall productivity. It is compatible with tool holders of specification 80825, including round holes (32 mm/40 mm) and square blades (25×25 mm), accommodating diverse machining needs.
The XD-V60K-1000 simplifies operation with programmable control for hydraulic chuck and tailstock sleeve expansion/contraction. A foot switch is also provided for manual adjustment, enhancing flexibility during setup. The machine’s interface is intuitive, making it easy for operators to learn and use, even for complex machining tasks.
To ensure a clean and safe working environment, the lathe features full-closed protection. It supports an embedded chip conveyor and water tank, preventing coolant leakage and ensuring smooth chip removal. This design not only keeps the machine clean but also reduces maintenance efforts and improves operator safety.
The XD-V60K-1000 is ideal for machining long shaft components in the automotive industry, such as drive shafts, half shafts, and transmission gears. Its high precision and heavy-cutting capability ensure that parts meet strict automotive quality standards, supporting mass production of reliable automotive components.
In wind power manufacturing, the lathe is used to process large and long parts like wind turbine main shafts and connecting shafts. With its maximum machining length of 1000 mm/1500 mm and high rigidity, it can handle the thick-walled and high-strength materials (e.g., alloy steel) commonly used in wind power equipment.
For the transmission industry, the XD-V60K-1000 processes key components such as gear shafts, reducer shafts, and bearing sleeves. Its repeat positioning accuracy of ±0.004 mm ensures that these precision parts fit perfectly in transmission systems, reducing wear and extending the service life of the final product.
The lathe excels at machining long shaft workpieces with lengths up to 1000 mm (or 1500 mm) and diameters up to 550 mm. Examples include hydraulic cylinders, textile machine shafts, and industrial roller shafts—all of which require consistent precision along the entire length of the part.
Beyond long shafts, the XD-V60K-1000 can process large disc-shaped parts with a maximum diameter of 550 mm, such as flange plates, pulley wheels, and brake discs. The heavy-cutting spindle ensures that even thick disc parts are machined efficiently and accurately.
The lathe supports bar stock machining with a maximum bar diameter of 52 mm (for A2-6 spindle) or 80 mm (for A2-8 spindle). This makes it suitable for producing small to medium-sized cylindrical parts in batches, such as bolts, pins, and bushings.
The XD-V60K-1000 is designed for heavy cutting thanks to two key features: its horizontal high-strength integral cast iron bed (which provides exceptional rigidity to resist deformation during heavy loads) and its A2-6/A2-8 heavy cutting spindle (paired with a 15 KW motor, delivering sufficient power to cut hard materials like alloy steel). The synchronous belt transmission system also ensures stable power delivery, avoiding the power loss and noise of gear-driven systems.
The standard XD-V60K-1000 offers a maximum machining length of 1000 mm and a maximum turning diameter of 550 mm. For longer parts, an optional extended version provides a maximum machining length of 1500 mm. The spindle through-hole is available in 65 mm or 93 mm, and the maximum bar diameter is 52 mm (A2-6 spindle) or 80 mm (A2-8 spindle)—catering to diverse workpiece sizes.
Yes, Xindai CNC offers multiple optional configurations for the XD-V60K-1000 to meet specific production needs. These options include a power turret (for more complex machining tasks), a truss manipulator (for automated workpiece loading/unloading), and a feeder (for continuous bar stock processing). These customizations help improve automation levels and reduce labor costs for large-scale production.
The lathe maintains precision through a combination of design elements: the horizontal step-type guideway (reduces vibration and wear), the direct connection between servo motors and ball screws (minimizes backlash), and a repeat positioning accuracy of ±0.004 mm (ensures consistent results across batches). Additionally, the high-strength cast iron bed retains its shape over time, preventing precision degradation due to thermal expansion or mechanical stress.
The XD-V60K-1000 features full-closed protection to prevent coolant splashes and chip scattering, keeping the work area clean and protecting operators from injuries. It also includes an embedded chip conveyor and water tank for efficient chip removal, reducing the risk of chip accumulation (which can damage the machine or affect machining accuracy). The hydraulic system is designed with safety valves to prevent overpressure, ensuring stable and safe operation.
The machine tool features a horizontal high-strength integral cast iron bed with a “Little Giant” design structure. This material and design combination enhances overall stability, even under high-speed and high-intensity cutting conditions. The guideway is arranged in a horizontal step type, which not only reduces vibration during operation but also extends the bed’s service life while maintaining long-term precision.
To further boost machining accuracy, the XD-V60K-1000 is equipped with high-quality guideways and lead screws. The X-axis guideway width measures 35 mm, and the Z-axis guideway width is 45 mm—providing a stable foundation for feed movements. The X/Y-axis and tailstock lead screws have a diameter of 40 mm, ensuring smooth power transmission and minimizing backlash.
The lathe supports A2-6 or A2-8 heavy cutting spindles, which deliver exceptional rigidity and precision for processing various steel parts. Powered by a 15 KW spindle motor, the spindle can reach a maximum speed of 2500 r/min, enabling efficient cutting of both soft and hard materials. The main transmission system uses an AC servo motor paired with a high-efficiency synchronous belt, eliminating noise caused by traditional gear box transmission chains and improving energy efficiency.
For long shaft machining, the XD-V60K-1000 is equipped with a long-stroke servo tailstock with a travel distance of 980 mm. The tailstock sleeve features a 5# Morse taper, ensuring secure workpiece clamping. When used with the optional follow tool holder, it can easily process long shaft parts up to 1000 mm (or 1500 mm for the extended version), meeting the needs of large-part manufacturing.
The X-axis and Z-axis of the XD-V60K-1000 are driven by high-power servo motors directly connected to ball screws, delivering strong feed torque and high machining precision. The X-axis travel is 500 mm, and the Z-axis travel is 1100 mm (1600 mm for the extended model). Both axes offer a fast movement speed of 18 m/min and a repeat positioning accuracy of ±0.004 mm—ensuring consistent results for batch production.
The lathe is fitted with a high-performance 12-station servo turret (available in Φ100 and Φ420 sizes) that supports quick tool changes. The adjacent tool changing time is only 0.35 S, reducing non-cutting time and improving overall productivity. It is compatible with tool holders of specification 80825, including round holes (32 mm/40 mm) and square blades (25×25 mm), accommodating diverse machining needs.
The XD-V60K-1000 simplifies operation with programmable control for hydraulic chuck and tailstock sleeve expansion/contraction. A foot switch is also provided for manual adjustment, enhancing flexibility during setup. The machine’s interface is intuitive, making it easy for operators to learn and use, even for complex machining tasks.
To ensure a clean and safe working environment, the lathe features full-closed protection. It supports an embedded chip conveyor and water tank, preventing coolant leakage and ensuring smooth chip removal. This design not only keeps the machine clean but also reduces maintenance efforts and improves operator safety.
The XD-V60K-1000 is ideal for machining long shaft components in the automotive industry, such as drive shafts, half shafts, and transmission gears. Its high precision and heavy-cutting capability ensure that parts meet strict automotive quality standards, supporting mass production of reliable automotive components.
In wind power manufacturing, the lathe is used to process large and long parts like wind turbine main shafts and connecting shafts. With its maximum machining length of 1000 mm/1500 mm and high rigidity, it can handle the thick-walled and high-strength materials (e.g., alloy steel) commonly used in wind power equipment.
For the transmission industry, the XD-V60K-1000 processes key components such as gear shafts, reducer shafts, and bearing sleeves. Its repeat positioning accuracy of ±0.004 mm ensures that these precision parts fit perfectly in transmission systems, reducing wear and extending the service life of the final product.
The lathe excels at machining long shaft workpieces with lengths up to 1000 mm (or 1500 mm) and diameters up to 550 mm. Examples include hydraulic cylinders, textile machine shafts, and industrial roller shafts—all of which require consistent precision along the entire length of the part.
Beyond long shafts, the XD-V60K-1000 can process large disc-shaped parts with a maximum diameter of 550 mm, such as flange plates, pulley wheels, and brake discs. The heavy-cutting spindle ensures that even thick disc parts are machined efficiently and accurately.
The lathe supports bar stock machining with a maximum bar diameter of 52 mm (for A2-6 spindle) or 80 mm (for A2-8 spindle). This makes it suitable for producing small to medium-sized cylindrical parts in batches, such as bolts, pins, and bushings.
The XD-V60K-1000 is designed for heavy cutting thanks to two key features: its horizontal high-strength integral cast iron bed (which provides exceptional rigidity to resist deformation during heavy loads) and its A2-6/A2-8 heavy cutting spindle (paired with a 15 KW motor, delivering sufficient power to cut hard materials like alloy steel). The synchronous belt transmission system also ensures stable power delivery, avoiding the power loss and noise of gear-driven systems.
The standard XD-V60K-1000 offers a maximum machining length of 1000 mm and a maximum turning diameter of 550 mm. For longer parts, an optional extended version provides a maximum machining length of 1500 mm. The spindle through-hole is available in 65 mm or 93 mm, and the maximum bar diameter is 52 mm (A2-6 spindle) or 80 mm (A2-8 spindle)—catering to diverse workpiece sizes.
Yes, Xindai CNC offers multiple optional configurations for the XD-V60K-1000 to meet specific production needs. These options include a power turret (for more complex machining tasks), a truss manipulator (for automated workpiece loading/unloading), and a feeder (for continuous bar stock processing). These customizations help improve automation levels and reduce labor costs for large-scale production.
The lathe maintains precision through a combination of design elements: the horizontal step-type guideway (reduces vibration and wear), the direct connection between servo motors and ball screws (minimizes backlash), and a repeat positioning accuracy of ±0.004 mm (ensures consistent results across batches). Additionally, the high-strength cast iron bed retains its shape over time, preventing precision degradation due to thermal expansion or mechanical stress.
The XD-V60K-1000 features full-closed protection to prevent coolant splashes and chip scattering, keeping the work area clean and protecting operators from injuries. It also includes an embedded chip conveyor and water tank for efficient chip removal, reducing the risk of chip accumulation (which can damage the machine or affect machining accuracy). The hydraulic system is designed with safety valves to prevent overpressure, ensuring stable and safe operation.
