English 
Address:
No, 309 Guandoumen Road, Wuhu Distict, China (Anhui) pilot Free Trade Zone
This machine tool has a strong processing ability and processing accuracy, heavy cutting and high rigidity combined equipment, using the tail top design, can process longer parts, can be connected with the truss manipulator.
The solution supports a wide range of workpiece sizes, with a maximum turning diameter of Φ400 mm and maximum machining length of 380 mm—suitable for long-shaft components and large-diameter round parts. It also accommodates bar materials up to Φ51 mm in diameter, enabling continuous processing of small to medium-sized workpieces without frequent material reloads.
Equipped with an A2-6 sleeve spindle unit and 8-inch chuck, the spindle delivers robust power for heavy cutting tasks: its 11 KW spindle motor reaches a maximum speed of 3500 r/min, while a spindle through-hole diameter of Φ62 mm allows easy passage of large-diameter bars. This combination ensures fast, precise material removal without compromising surface finish.
The X and Z axes feature linear guide rails, with a rapid movement speed of 18 m/min for both axes—reducing non-processing time. The repeat positioning accuracy of ±0.004 mm guarantees consistent machining results across batch production, critical for industries like automotive and hydraulic components where precision tolerances are strict.
The machine’s bed and bed feet are manufactured using resin sand casting and undergo aging treatment, followed by induction hardening. This process eliminates internal stresses, enhances structural rigidity, and prevents deformation over long-term use. With a net weight of ≈3200 KG and overall dimensions of 2300×1650×1880 mm, the stable base minimizes vibration during heavy cutting, further improving processing precision.
The machine features full mobile internal protection—an upgrade from traditional external guards—boosting protection effectiveness by 70%. This design blocks iron chips, cutting fluid, and debris from entering the guide rail and electrical cabinet, preventing wear on moving parts and damage to electronic components. It also simplifies daily cleaning, reducing maintenance workload.
Adopting the Japanese Okuma-style Z-axis structure, the guide rail is mounted horizontally—this configuration significantly improves the guide rail’s wear resistance and load-bearing capacity, even under continuous heavy cutting. The design ensures consistent axis movement accuracy over years of operation.
The solution uses a domestic or imported high-rigidity horizontal hydraulic servo turret (model: Servo Turret 340). Available in tool holder specifications of 8-station/25 mm or 12-station/25 mm (with boring tool holders of 8-station/32 mm or 12-station/32 mm), it achieves an adjacent tool change time of 0.35 seconds. The “nearest tool change” function minimizes idle time, while low recutting deformation ensures workpiece accuracy.
The tailstock features an adjustable sleeve design, with a sleeve diameter of 80 mm and stroke of 80 mm, and uses Mohs 4# taper. Driven by hydraulic pressure, it provides stable support for long workpieces during processing, eliminating deflection and ensuring uniform cutting force distribution.
To enhance automation, the solution offers optional components such as:
Integrated chip conveyor: Streamlined design for smooth chip removal, low noise, overload protection, and space-saving installation.
Truss manipulator: Enables automatic workpiece loading/unloading, connecting the production line to upstream/downstream equipment.
Automatic feeder: Supports continuous bar material supply, reducing manual material handling and downtime.
Ideal for processing automotive parts such as drive shafts, hydraulic joints, gear blanks, and bearing sleeves—where high precision (±0.004 mm) and batch consistency are critical. The Array Type Tray allows simultaneous loading of multiple workpieces, while the Transfer Mechanism ensures fast, damage-free movement between stations.
Suitable for machining heavy-duty components like engineering pins, tractor axles, and excavator hydraulic cylinders. The solution’s heavy cutting capability (11 KW spindle) and rigid structure handle high-load processing, while the tailstock supports long workpieces up to 380 mm in length.
Processes precision hydraulic valve cores, cylinder barrels, and pneumatic connectors. The servo turret’s fast tool changes and high positioning accuracy meet the tight tolerance requirements of fluid control components, reducing scrap rates.
Shaft-like workpieces: Long shafts, stepped shafts, and threaded shafts (supported by the hydraulic tailstock to prevent bending).
Round components: Flanges, sleeves, and cylindrical housings (processed with the Φ400 mm maximum turning diameter).
Y-axis turn-mill parts: Components requiring combined turning and milling (compatible with Y-axis-equipped CNC lathes for complex features).
The Three-axis Four-link Automated Production Line is fully compatible with Xindai CNC’s truss manipulators, automatic feeders, and chip conveyors—all optional configurations. It also integrates with third-party automation equipment (e.g., robotic arms) via standard interfaces, making it easy to upgrade existing production lines.
Stability is guaranteed through three key design features: (1) The resin sand casting bed with aging treatment and induction hardening eliminates deformation; (2) The horizontal Z-axis guide rail (Japanese Okuma-style) resists wear and maintains accuracy; (3) The 70%-enhanced protection system prevents debris from damaging critical components. These elements ensure consistent performance even after 24/7 operation.
The solution supports workpieces with a maximum turning diameter of Φ400 mm, maximum machining length of 380 mm, and bar material diameter up to Φ51 mm. For longer or larger workpieces, customizations (e.g., extended bed, larger chuck) are available upon request.
Yes—Xindai CNC offers customized configurations based on customer requirements. Options include adjusting the tool turret station count (8/12 stations), upgrading to a higher-power spindle, or modifying the Array Type Tray size to fit unique workpiece dimensions. Customized automated transfer paths are also available for complex production layouts.
Routine maintenance includes: (1) Daily cleaning of the guide rails and protection system to remove chips; (2) Weekly lubrication of the servo turret and tailstock hydraulic system; (3) Monthly inspection of the spindle speed (3500 r/min) and axis rapid movement (18 m/min) for consistency; (4) Quarterly maintenance of the Transfer Mechanism’s belts and sensors. Xindai CNC provides a maintenance manual and on-site support for complex issues.
The Array Type Tray allows batch loading of 10–20 workpieces (depending on size) at once, eliminating the need for frequent manual reloads. When paired with the Transfer Mechanism, it enables continuous workpiece flow between the tray, lathe, and output station—reducing downtime by 30% compared to single-workpiece processing. This is especially effective for high-volume production runs.
The solution supports a wide range of workpiece sizes, with a maximum turning diameter of Φ400 mm and maximum machining length of 380 mm—suitable for long-shaft components and large-diameter round parts. It also accommodates bar materials up to Φ51 mm in diameter, enabling continuous processing of small to medium-sized workpieces without frequent material reloads.
Equipped with an A2-6 sleeve spindle unit and 8-inch chuck, the spindle delivers robust power for heavy cutting tasks: its 11 KW spindle motor reaches a maximum speed of 3500 r/min, while a spindle through-hole diameter of Φ62 mm allows easy passage of large-diameter bars. This combination ensures fast, precise material removal without compromising surface finish.
The X and Z axes feature linear guide rails, with a rapid movement speed of 18 m/min for both axes—reducing non-processing time. The repeat positioning accuracy of ±0.004 mm guarantees consistent machining results across batch production, critical for industries like automotive and hydraulic components where precision tolerances are strict.
The machine’s bed and bed feet are manufactured using resin sand casting and undergo aging treatment, followed by induction hardening. This process eliminates internal stresses, enhances structural rigidity, and prevents deformation over long-term use. With a net weight of ≈3200 KG and overall dimensions of 2300×1650×1880 mm, the stable base minimizes vibration during heavy cutting, further improving processing precision.
The machine features full mobile internal protection—an upgrade from traditional external guards—boosting protection effectiveness by 70%. This design blocks iron chips, cutting fluid, and debris from entering the guide rail and electrical cabinet, preventing wear on moving parts and damage to electronic components. It also simplifies daily cleaning, reducing maintenance workload.
Adopting the Japanese Okuma-style Z-axis structure, the guide rail is mounted horizontally—this configuration significantly improves the guide rail’s wear resistance and load-bearing capacity, even under continuous heavy cutting. The design ensures consistent axis movement accuracy over years of operation.
The solution uses a domestic or imported high-rigidity horizontal hydraulic servo turret (model: Servo Turret 340). Available in tool holder specifications of 8-station/25 mm or 12-station/25 mm (with boring tool holders of 8-station/32 mm or 12-station/32 mm), it achieves an adjacent tool change time of 0.35 seconds. The “nearest tool change” function minimizes idle time, while low recutting deformation ensures workpiece accuracy.
The tailstock features an adjustable sleeve design, with a sleeve diameter of 80 mm and stroke of 80 mm, and uses Mohs 4# taper. Driven by hydraulic pressure, it provides stable support for long workpieces during processing, eliminating deflection and ensuring uniform cutting force distribution.
To enhance automation, the solution offers optional components such as:
Integrated chip conveyor: Streamlined design for smooth chip removal, low noise, overload protection, and space-saving installation.
Truss manipulator: Enables automatic workpiece loading/unloading, connecting the production line to upstream/downstream equipment.
Automatic feeder: Supports continuous bar material supply, reducing manual material handling and downtime.
Ideal for processing automotive parts such as drive shafts, hydraulic joints, gear blanks, and bearing sleeves—where high precision (±0.004 mm) and batch consistency are critical. The Array Type Tray allows simultaneous loading of multiple workpieces, while the Transfer Mechanism ensures fast, damage-free movement between stations.
Suitable for machining heavy-duty components like engineering pins, tractor axles, and excavator hydraulic cylinders. The solution’s heavy cutting capability (11 KW spindle) and rigid structure handle high-load processing, while the tailstock supports long workpieces up to 380 mm in length.
Processes precision hydraulic valve cores, cylinder barrels, and pneumatic connectors. The servo turret’s fast tool changes and high positioning accuracy meet the tight tolerance requirements of fluid control components, reducing scrap rates.
Shaft-like workpieces: Long shafts, stepped shafts, and threaded shafts (supported by the hydraulic tailstock to prevent bending).
Round components: Flanges, sleeves, and cylindrical housings (processed with the Φ400 mm maximum turning diameter).
Y-axis turn-mill parts: Components requiring combined turning and milling (compatible with Y-axis-equipped CNC lathes for complex features).
The Three-axis Four-link Automated Production Line is fully compatible with Xindai CNC’s truss manipulators, automatic feeders, and chip conveyors—all optional configurations. It also integrates with third-party automation equipment (e.g., robotic arms) via standard interfaces, making it easy to upgrade existing production lines.
Stability is guaranteed through three key design features: (1) The resin sand casting bed with aging treatment and induction hardening eliminates deformation; (2) The horizontal Z-axis guide rail (Japanese Okuma-style) resists wear and maintains accuracy; (3) The 70%-enhanced protection system prevents debris from damaging critical components. These elements ensure consistent performance even after 24/7 operation.
The solution supports workpieces with a maximum turning diameter of Φ400 mm, maximum machining length of 380 mm, and bar material diameter up to Φ51 mm. For longer or larger workpieces, customizations (e.g., extended bed, larger chuck) are available upon request.
Yes—Xindai CNC offers customized configurations based on customer requirements. Options include adjusting the tool turret station count (8/12 stations), upgrading to a higher-power spindle, or modifying the Array Type Tray size to fit unique workpiece dimensions. Customized automated transfer paths are also available for complex production layouts.
Routine maintenance includes: (1) Daily cleaning of the guide rails and protection system to remove chips; (2) Weekly lubrication of the servo turret and tailstock hydraulic system; (3) Monthly inspection of the spindle speed (3500 r/min) and axis rapid movement (18 m/min) for consistency; (4) Quarterly maintenance of the Transfer Mechanism’s belts and sensors. Xindai CNC provides a maintenance manual and on-site support for complex issues.
The Array Type Tray allows batch loading of 10–20 workpieces (depending on size) at once, eliminating the need for frequent manual reloads. When paired with the Transfer Mechanism, it enables continuous workpiece flow between the tray, lathe, and output station—reducing downtime by 30% compared to single-workpiece processing. This is especially effective for high-volume production runs.
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