High-Quality NXX-52D:CNC Slant Bed Lathe with Indexing Turret and Hydraulic Tailstock Manufacturers, Service

â—† The equipment features a highly reliable modular configuration, integrating premium components from global leading suppliers to ensure machining precision and long-term stability. The CNC core utilizes the Taiwanese SYNTEC system, known for its intuitive HMI (Human-Machine Interface) and powerful expansion capabilities, meeting the demands of complex programming and high-efficiency production. The spindle unit is precision-manufactured domestically, supported by original Japanese P4-grade ultra-precision bearings to ensure exceptional rigidity and thermal control at high speeds. The spindle drive system is powered by a high-performance domestic servo motor and drive, delivering rapid response, energy efficiency, and stable operation.

â—† The feed axes are engineered for ultimate precision and dynamic response. Both X and Z axes are driven by Japanese Yaskawa servo motors and drives, ensuring smooth trajectory control through superior performance characteristics. The transmission system utilizes Taiwanese PMI or HIWIN C3-class precision ball screws, supported by original Japanese NSK precision bearings to minimize feed errors and backlash. For guidance, Pâ…¡-grade high-precision linear guideways from the same premium brands are employed, providing the optimal balance between rigidity and wear resistance.

â—† Machine foundation features a high-strength cast iron base that has undergone rigorous aging treatment to ensure exceptional vibration damping and long-term mechanical stability. All key electrical control components are sourced from Schneider (France), ensuring reliable operation, high safety standards, and an extended system service life.

â—† Machine offers an optional choice of Taiwanese hydraulic or servo indexing turrets. Known for their robust construction, these turrets deliver rapid tool changes and high-precision positioning accuracy, ensuring maximum productivity and reliability.

â—† Hydraulic components are sourced from top-tier Taiwanese suppliers, ensuring consistent and stable performance. We remain committed to a customer-centric philosophy, providing reliable solutions tailored to your specific production needs.

Note: All the above configurations can be flexibly adjusted and customized based on your specific machining requirements, production planning, and budget. We are dedicated to providing you with the most cost-effective and tailored solutions.

Product Description

Structural Features

The spindle system features a high-precision, high-rigidity cartridge-type design, specifically optimized for heavy-duty machining. The structural configuration utilizes a "front-three-rear-two" (triplex-front, duplex-rear) arrangement of imported precision-grade bearings. Combined with a direct-drive spindle servo motor, the system achieves exceptional rotational accuracy, dynamic rigidity, and speed stability, ensuring superior machining quality and high efficiency even under heavy cutting conditions.

The machine bed is constructed from premium monolithic cast iron using a resin-sand precision casting process with a 30° slant layout. The internal structure is reinforced with high-rigidity ribbing, significantly enhancing the machine's natural frequency and damping characteristics. This design offers outstanding anti-vibration performance. Furthermore, the slanted bed provides the operator with an unobstructed view and easier access, while ensuring gravity-assisted chip removal for enhanced efficiency and workplace safety.

The feed mechanism operates through the synergy of high-rigidity linear guideways and precision pre-tensioned ball screws. Both X and Z axes are directly driven by high-performance servo motors via flexible couplings, eliminating backlash and enhancing transmission efficiency. An intelligent centralized lubrication system provides forced lubrication and cooling to the guideways and ball screws, supporting rapid traverse rates of up to 30 m/min while maintaining exceptional positioning accuracy and thermal stability.

Hydraulic system integrates premium Taiwanese components, including variable displacement pumps, hydraulic motors, and solenoid valves, complemented by a high-efficiency air-cooled radiator. This setup ensures low-noise operation and precise oil temperature control, guaranteeing reliable hydraulic movements. The machine offers a choice of hydraulic or servo indexing turrets, featuring a robust construction with rapid tool changes (0.3 - 0.5 sec) and bi-directional shortest-path indexing. This configuration is specifically engineered to meet the rigorous demands of heavy-duty disk-type workpiece machining.

The tailstock is hydraulically driven, enabling automatic quill extension and retraction. It offers superior rigidity and ease of adjustment, significantly expanding the machine's capability for processing long-shaft workpieces.

Machine is equipped with an aesthetic fully-enclosed protection guard, providing excellent waterproof and chip-proof performance. The sliding doors operate smoothly and are integrated with safety interlocking protection. This design not only enhances the machine's overall appearance but also provides comprehensive safety assurance for both the operator and the equipment.

Product Display
NXX-52D
NXX-52D1
Key Technical Specifications
Item Unit NXX-46D NXX-52D
Max. Swing Over Bed mm Φ450 Φ450
Max. Machining Length mm 500 500
Max. Swing Over Turret Carriage mm Φ220 Φ220
Max. Turning Dia. (Disk / Shaft) mm Φ450/Φ220 Φ450/Φ220
Spindle Bore Diameter mm Φ56 Φ62
Max. Bar Capacity mm Φ45 Φ51
Spindle Speed Range r/min 0-4000 0-3000
Spindle Speed Steps Step CV CV
Spindle Nose   Flange Type A2-5 Flange Type A2-5
Main Motor Power (Spindle) Kw 7.5 11
Bed Slant Angle ° 30 30
X-axis Rapid Traverse Rate m/min 30 30
Z-axis Rapid Traverse Rate m/min 30 30
Max. X-axis Travel (Single Direction) mm 500 500
Max. Z-axis Travel mm 550 550
X/Z Axis Servo Motor Power mm 1.3 1.3
Tailstock Quill Diameter mm Φ80 Φ80
Tailstock Quill Travel mm 80 80
Tailstock Spindle Taper MT 4 5
Tailstock Body Travel (Manual/Hydraulic) mm 480 480
Spindle Run-out (Radial/Axial) mm ≤0.003 ≤0.003
Spindle Face Flatness / Spindle Nose Run-out mm ≤0.01/Φ100 ≤0.01/Φ100
Repeatability Accuracy X-axis mm ±0.0025 ±0.0025
Z-axis mm ±0.0025 ±0.0025
Standard Turret Type   160-10 Station Hydraulic Indexing Turret 160-10 Station Hydraulic Indexing Turret
Max. Number of Tools pcs 10 10
Tool-to-Tool Indexing Time S 0.5 0.5
Tool Size O.D. Tool mm 25×25 25×25
Boring Bar Diameter mm Φ32 Φ32
Total Power Consumption Kw 11 14.5
Machine Weight (Approx.) kg 3300 3500
Overall Dimensions (L×W×H) mm 2700×1810×1880 2700×1810×1880
Frequently Asked Questions
Q: What is the advantage of the 30° slant bed design?
The 30° slant bed, constructed from premium monolithic cast iron, provides outstanding anti-vibration performance and enhanced structural rigidity. It also offers the operator an unobstructed view and easier access, while ensuring gravity-assisted chip removal for a cleaner work environment.
Q: How is the spindle system configured for heavy-duty cutting?
The spindle system uses a high-precision, high-rigidity cartridge-type design with a "front-three-rear-two" precision bearing layout and a direct-drive spindle servo motor, achieving excellent speed stability and dynamic rigidity under heavy loads.
Q: What is the rapid traverse rate and how is positioning accuracy maintained?
The machine supports rapid traverse rates up to 30 m/min. Accuracy is maintained through high-rigidity linear guideways, precision pre-tensioned ball screws, direct servo motor drives that eliminate backlash, and a centralized forced lubrication system.
Q: How quick are the tool changes on the indexing turret?
The hydraulic or servo indexing turret offers bi-directional, shortest-path indexing with rapid tool-to-tool change times of 0.3 to 0.5 seconds, optimized for heavy-duty disk-type workpiece processing.
Q: Is the tailstock system manually operated or automated?
The tailstock is hydraulically driven, enabling automatic quill extension and retraction. This design provides high rigidity and easy adjustments for handling long-shaft workpieces.

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