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The XD-V60KY enables simultaneous execution of multiple machining processes, including turning, milling, drilling, tapping, hobbing, and slotting. This integration reduces workpiece clamping times, minimizes positioning errors caused by repeated setups, and shortens overall production cycles. Unlike standard CNC lathes, it eliminates the need to transfer parts between different machines, making it ideal for complex components that require diverse operations.
The machine’s base adopts an integral casting structure, which ensures long-term operation without deformation. This design enhances structural rigidity and stability—critical factors for maintaining precision during high-speed or heavy-duty machining. The rigid base also absorbs vibration generated during cutting, reducing tool wear and improving surface finish of machined parts.
Equipped with a powerful Y-axis power turret, the XD-V60KY supports compatibility with multifunctional power heads. This feature allows the machine to replace most drilling and milling processes traditionally performed by standalone machining centers, lowering equipment investment costs for manufacturers. The turret’s fast tool-changing capability (0.35 seconds for adjacent tool changes) further boosts production efficiency.
The spindle C-axis is fitted with a high-resolution magnetic ring encoder, enabling continuous indexing with an accuracy of 0.01 degrees. The encoder is coaxially assembled with the machine tool, ensuring exceptional C-axis positioning accuracy and long-term reliability. This precision is essential for machining complex contours, gear teeth, and asymmetric features that require tight tolerances.
The XD-V60KY offers optional hydraulic or servo-programmable tailstocks, specifically designed to address the challenges of turning-milling compound processing for long-axis workpieces. The tailstock’s 80 mm diameter sleeve (with an 80 mm travel) provides stable support for lengthy parts, preventing deflection during machining and ensuring consistent precision across the entire workpiece length.
The machine’s sheet metal structure is customizable to accommodate automation systems, such as industrial robots, feeders, and automatic chip conveyors. This flexibility allows manufacturers to easily upgrade to fully automated production lines as demand scales. Additionally, a fully enclosed protective design shields critical components (e.g., ball screws, guide rails, bearings) from coolant, chips, and dust, extending the machine’s service life and reducing maintenance needs.
The XD-V60KY adopts a new-generation operating system from Taiwan, which enables rapid positioning during high-speed operation. This system optimizes indexing efficiency and machining precision, while also featuring an intuitive interface that simplifies operation and reduces training time for operators. The system’s compatibility with modern CAD/CAM software further enhances workflow integration.
The XD-V60KY’s versatility makes it suitable for a wide range of industries, each benefiting from its precision and multi-process capabilities:
Ideal for machining automotive components such as crankshafts, camshafts, and transmission gears. The machine’s Y-axis and C-axis precision ensure tight tolerances for parts that require smooth operation and durability.
Processes small, high-precision electronic components (e.g., connectors, sensor housings) with minimal material waste. The multi-process integration reduces lead times for high-volume electronic part production.
Machines complex mold cavities and cores with intricate contours. The ±0.002 mm repeat positioning accuracy and stable casting base ensure the consistent precision required for mold manufacturing.
Produces precision parts for communication equipment, such as antenna components and fiber optic connectors. The machine’s high-speed indexing and tool-changing capabilities meet the industry’s demand for fast production.
Addresses the strict precision requirements of aerospace and military parts (e.g., aircraft engine components, missile guidance parts). The C-axis’s 0.01 degrees indexing accuracy and robust structure comply with rigorous industry standards.
Machines large, long-axis components like wind turbine shafts. The servo-programmable tailstock and high spindle power (15 KW) handle the heavy-duty machining of these large parts efficiently.
Manufactures precision medical components, such as surgical instrument parts and implantable devices. The machine’s enclosed design and high precision prevent contamination and meet medical-grade quality requirements.
Processes small, precise parts for measuring instruments and control panels. The advanced operating system and fast movement speeds (18 m/min for X/Y/Z axes) ensure efficient production of these intricate components.
The XD-V60KY is a turning-milling compound machine, whereas standard CNC lathes focus solely on turning. Key differences include its Y-axis power turret (for milling/drilling), C-axis with 0.01 degrees precision (for complex indexing), and multi-process integration—all of which eliminate the need for multiple machines and reduce production time.
Critical specifications include: maximum turning diameter of 480 mm, maximum machining length of 580 mm, maximum bar diameter of 80 mm, X/Y/Z-axis fast movement speed of 18 m/min, and repeat positioning accuracy of ±0.002 mm. For full details, refer to the technical parameters table below.
Yes. The machine’s sheet metal design is optimized for automation integration, supporting industrial robots, truss manipulators, automatic feeders, and chip conveyors. This allows manufacturers to transition to lights-out production for high-volume runs.
The monoblock casting base provides superior rigidity and stability compared to welded bases. It prevents deformation during long-term operation, absorbs cutting vibrations, and maintains precision—all critical for consistent performance in heavy-duty or high-precision machining.
The XD-V60KY offers hydraulic or servo-programmable tailstocks. Both options provide stable support for long-axis workpieces, preventing deflection and ensuring uniform precision. Servo-programmable tailstocks add flexibility for automated production, as they can be controlled via the machine’s operating system.
Yes. While it excels in high-volume production (thanks to automation and multi-process integration), it also suits small-batch runs. The intuitive Taiwanese operating system simplifies setup changes, and the multi-process capability eliminates the need for multiple machines—reducing costs and lead times for small orders.
Item/Model | Component name and unit | XD-60KY |
Processing range | Max turning diameter (mm) | 480 |
Max diameter on the pallet (mm) | / | |
Max machining length (mm) | 580 | |
Spindle through-hole diameter (mm) | 100 | |
Max bar diameter (mm) | 80 | |
Feed | Max X-axis travel (mm) | 500 |
Max Y-axis travel (mm) | 100 | |
Max Z-axis travel (mm) | 500 | |
X-axis fast movement speed (m/min) | 18 | |
Y-axis fast movement speed (m/min) | 18 | |
Z-axis fast movement speed (m/min) | 18 | |
Repeat positioning accuracy (mm) | ±0.002 | |
X-axis guide rail width (mm) | 35 | |
Z-axis guide rail width (mm) | 45 | |
Lead screw diameter (mm) | X/Y/Z 40/32/40 | |
Spindle | Spindle model | A2-6 |
Spindle motor power (KW) | 15 | |
Max speed (r/min) | 2500 | |
Toolpost | Turret form | 12-station servo power turret (290) |
Tool holder specification (mm) | 8 stations/32; 12 stations/25 | |
Boring tool holder (mm) | 8 stations/50; 12 stations/32 | |
Adjacent tool changing time (S) | 0.35 | |
Tailstock | Tailstock sleeve travel (mm) | 80 |
Tailstock sleeve diameter (mm) | 80 | |
Tailstock sleeve form | Hydraulic pressure | |
Tailstock sleeve taper (Mohs) | 5# | |
Specification | Machine weight (KG) | ≈5680 |
Length * width * height (mm) | 265519352135 | |
Other | Optional configuration | Chip conveyor, truss manipulator, feeder |
Scope of application | Various metal disc, shafts with Y-axis turning and milling combined machining |
The XD-V60KY enables simultaneous execution of multiple machining processes, including turning, milling, drilling, tapping, hobbing, and slotting. This integration reduces workpiece clamping times, minimizes positioning errors caused by repeated setups, and shortens overall production cycles. Unlike standard CNC lathes, it eliminates the need to transfer parts between different machines, making it ideal for complex components that require diverse operations.
The machine’s base adopts an integral casting structure, which ensures long-term operation without deformation. This design enhances structural rigidity and stability—critical factors for maintaining precision during high-speed or heavy-duty machining. The rigid base also absorbs vibration generated during cutting, reducing tool wear and improving surface finish of machined parts.
Equipped with a powerful Y-axis power turret, the XD-V60KY supports compatibility with multifunctional power heads. This feature allows the machine to replace most drilling and milling processes traditionally performed by standalone machining centers, lowering equipment investment costs for manufacturers. The turret’s fast tool-changing capability (0.35 seconds for adjacent tool changes) further boosts production efficiency.
The spindle C-axis is fitted with a high-resolution magnetic ring encoder, enabling continuous indexing with an accuracy of 0.01 degrees. The encoder is coaxially assembled with the machine tool, ensuring exceptional C-axis positioning accuracy and long-term reliability. This precision is essential for machining complex contours, gear teeth, and asymmetric features that require tight tolerances.
The XD-V60KY offers optional hydraulic or servo-programmable tailstocks, specifically designed to address the challenges of turning-milling compound processing for long-axis workpieces. The tailstock’s 80 mm diameter sleeve (with an 80 mm travel) provides stable support for lengthy parts, preventing deflection during machining and ensuring consistent precision across the entire workpiece length.
The machine’s sheet metal structure is customizable to accommodate automation systems, such as industrial robots, feeders, and automatic chip conveyors. This flexibility allows manufacturers to easily upgrade to fully automated production lines as demand scales. Additionally, a fully enclosed protective design shields critical components (e.g., ball screws, guide rails, bearings) from coolant, chips, and dust, extending the machine’s service life and reducing maintenance needs.
The XD-V60KY adopts a new-generation operating system from Taiwan, which enables rapid positioning during high-speed operation. This system optimizes indexing efficiency and machining precision, while also featuring an intuitive interface that simplifies operation and reduces training time for operators. The system’s compatibility with modern CAD/CAM software further enhances workflow integration.
The XD-V60KY’s versatility makes it suitable for a wide range of industries, each benefiting from its precision and multi-process capabilities:
Ideal for machining automotive components such as crankshafts, camshafts, and transmission gears. The machine’s Y-axis and C-axis precision ensure tight tolerances for parts that require smooth operation and durability.
Processes small, high-precision electronic components (e.g., connectors, sensor housings) with minimal material waste. The multi-process integration reduces lead times for high-volume electronic part production.
Machines complex mold cavities and cores with intricate contours. The ±0.002 mm repeat positioning accuracy and stable casting base ensure the consistent precision required for mold manufacturing.
Produces precision parts for communication equipment, such as antenna components and fiber optic connectors. The machine’s high-speed indexing and tool-changing capabilities meet the industry’s demand for fast production.
Addresses the strict precision requirements of aerospace and military parts (e.g., aircraft engine components, missile guidance parts). The C-axis’s 0.01 degrees indexing accuracy and robust structure comply with rigorous industry standards.
Machines large, long-axis components like wind turbine shafts. The servo-programmable tailstock and high spindle power (15 KW) handle the heavy-duty machining of these large parts efficiently.
Manufactures precision medical components, such as surgical instrument parts and implantable devices. The machine’s enclosed design and high precision prevent contamination and meet medical-grade quality requirements.
Processes small, precise parts for measuring instruments and control panels. The advanced operating system and fast movement speeds (18 m/min for X/Y/Z axes) ensure efficient production of these intricate components.
The XD-V60KY is a turning-milling compound machine, whereas standard CNC lathes focus solely on turning. Key differences include its Y-axis power turret (for milling/drilling), C-axis with 0.01 degrees precision (for complex indexing), and multi-process integration—all of which eliminate the need for multiple machines and reduce production time.
Critical specifications include: maximum turning diameter of 480 mm, maximum machining length of 580 mm, maximum bar diameter of 80 mm, X/Y/Z-axis fast movement speed of 18 m/min, and repeat positioning accuracy of ±0.002 mm. For full details, refer to the technical parameters table below.
Yes. The machine’s sheet metal design is optimized for automation integration, supporting industrial robots, truss manipulators, automatic feeders, and chip conveyors. This allows manufacturers to transition to lights-out production for high-volume runs.
The monoblock casting base provides superior rigidity and stability compared to welded bases. It prevents deformation during long-term operation, absorbs cutting vibrations, and maintains precision—all critical for consistent performance in heavy-duty or high-precision machining.
The XD-V60KY offers hydraulic or servo-programmable tailstocks. Both options provide stable support for long-axis workpieces, preventing deflection and ensuring uniform precision. Servo-programmable tailstocks add flexibility for automated production, as they can be controlled via the machine’s operating system.
Yes. While it excels in high-volume production (thanks to automation and multi-process integration), it also suits small-batch runs. The intuitive Taiwanese operating system simplifies setup changes, and the multi-process capability eliminates the need for multiple machines—reducing costs and lead times for small orders.
Item/Model | Component name and unit | XD-60KY |
Processing range | Max turning diameter (mm) | 480 |
Max diameter on the pallet (mm) | / | |
Max machining length (mm) | 580 | |
Spindle through-hole diameter (mm) | 100 | |
Max bar diameter (mm) | 80 | |
Feed | Max X-axis travel (mm) | 500 |
Max Y-axis travel (mm) | 100 | |
Max Z-axis travel (mm) | 500 | |
X-axis fast movement speed (m/min) | 18 | |
Y-axis fast movement speed (m/min) | 18 | |
Z-axis fast movement speed (m/min) | 18 | |
Repeat positioning accuracy (mm) | ±0.002 | |
X-axis guide rail width (mm) | 35 | |
Z-axis guide rail width (mm) | 45 | |
Lead screw diameter (mm) | X/Y/Z 40/32/40 | |
Spindle | Spindle model | A2-6 |
Spindle motor power (KW) | 15 | |
Max speed (r/min) | 2500 | |
Toolpost | Turret form | 12-station servo power turret (290) |
Tool holder specification (mm) | 8 stations/32; 12 stations/25 | |
Boring tool holder (mm) | 8 stations/50; 12 stations/32 | |
Adjacent tool changing time (S) | 0.35 | |
Tailstock | Tailstock sleeve travel (mm) | 80 |
Tailstock sleeve diameter (mm) | 80 | |
Tailstock sleeve form | Hydraulic pressure | |
Tailstock sleeve taper (Mohs) | 5# | |
Specification | Machine weight (KG) | ≈5680 |
Length * width * height (mm) | 265519352135 | |
Other | Optional configuration | Chip conveyor, truss manipulator, feeder |
Scope of application | Various metal disc, shafts with Y-axis turning and milling combined machining |
