High-Quality NXX-26AS: Slant Bed Twin-Spindle Dual-Gang-Tool CNC Lathe Manufacturer, Quotes

â—† This series of machines is equipped with the SYNTEC (Taiwan) CNC system, offering intuitive operation and efficient programming. The main and sub-spindle units utilize premium domestic rear-mounted motorized spindles integrated with original Japanese P4-grade ultra-precision bearings to ensure exceptional stability and durability at high rotational speeds. Both spindle servo drives are high-performance domestic brands featuring rapid dynamic response and robust torque output. Furthermore, the X1/X2/Z1/Z2 axes are powered by high-spec domestic servo motors and drives, specifically optimized for precise synchronization and smooth motion control.

â—† Each axis is equipped with PMI or HIWIN (Taiwan) C3-class precision ball screws paired with original Japanese NSK precision bearings to guarantee superior transmission accuracy and structural rigidity. The linear guideways utilize PMI or HIWIN P-grade components, characterized by high stiffness and low wear resistance, making them ideal for high-speed and high-precision machining environments. Furthermore, the machine bed and base are engineered from high-strength cast iron, providing exceptional vibration damping and minimal deformation to ensure a long-term stable machining platform.

â—† Equipped with Schneider Electric core components, the electrical control system guarantees long-term operational stability and superior failure resistance.

â—† The hydraulic system incorporates premium components sourced from Taiwan, ensuring stable performance and simplified maintenance.

Note: All standard specifications can be tailored or upgraded to suit specific technical requirements, ensuring optimal performance across multifaceted manufacturing applications.

Product Description

Key Structural Features

Spindle & Bed Design

The unit adopts a professional-grade sleeve spindle with a monolithic design, supported by a high-precision 3-front/2-rear bearing configuration. Coupled with a rear-drive servo system, it maintains exceptional stiffness and operational stability during heavy loads. The 65° slant bed, engineered from high-grade resin-sand casting with an intensive ribbed-plate architecture, combines superior anti-vibration properties with an ergonomic workflow for seamless chip disposal.

Precision Feed System & Tooling

High-Speed Feed Mechanism: Each axis features a direct-drive configuration with servo motors and pre-tensioned precision ball screws. Integrated with high-rigidity linear guideways and an automatic lubrication system, it achieves a 30 m/min rapid traverse and micron-level positioning accuracy while effectively minimizing thermal displacement.

T-Type Gang Tooling: The unique T-style gang tool post supports versatile multi-tool configurations, ensuring rapid and seamless tool indexing for maximized throughput.

Synchronized Twin-Spindle & Dual-Gang-Tooling

The synchronized operation of twin spindles and dual gang tool posts enables dynamic part hand-off (re-gripping) between the main and sub-spindles. This allows for complete multi-surface machining in a single setup, significantly reducing geometric tolerances and ensuring superior part consistency.

Hydraulic, Cooling & Safety Performance

Equipped with premium Taiwanese variable pumps and solenoid valves, the system features an integrated air cooler to guarantee quiet operation and optimal oil temperature stability during prolonged cycles. The machine features a fully enclosed protective housing with a sleek, minimalist aesthetic and superior waterproof sealing. The lightweight sliding doors are integrated with safety interlocks, ensuring full compliance with high-standard modern workshop requirements for operator safety and environmental cleanliness.

Product Display

NXX-26AS
NXX-26AS1

Main Technical Specifications

Item Unit NXX-26AS NXX-36AS
Max. Swing Diameter Over Bed mm Φ400 Φ500
Max. Turning Length mm 100 (Unidirectional) 200 (Unidirectional)
Max. Swing Diameter Over Tool Slide mm Φ125 Φ200
Max. Machining Part Diameter (Disk/Shaft) mm Φ350 / Φ125 Φ450 / Φ200
Main/Sub-spindle Bore Diameter mm Φ36 Φ45
Main/Sub-spindle Max Bar Capacity mm Φ25 Φ35
Main/Sub-spindle Speed Range r/min 0-5000 0-5000
Main/Sub-spindle Speed Steps Step CV CV
Main/Sub-spindle Nose Form Flange Type A2-4 Flange Type A2-4
Main/Sub-spindle Motor Power kw 7.5 5.5
Slant Bed Angle Angle 65 45
X1/X2 Axis Rapid Traverse Rate m/min 30 24
Z1/Z2 Axis Rapid Traverse Rate m/min 30 30
X1/X2 Axis Max Stroke (Bi-directional) mm 1000 1000
Z1/Z2 Axis Max Stroke mm 350 355
X1/X2 Axis Servo Motor Power kW 1.5 1.3
Z1/Z2 Axis Servo Motor Power kW 1.5 1.8
Main/Sub-spindle Runout Accuracy mm ≤0.003 ≤0.003
Main/Sub-spindle Face Flatness mm ≤0.01/Φ100 ≤0.01/Φ100
Main/Sub-spindle Coaxiality (for Synchronization) mm ≤0.01 ≤0.01
Repeatability X1/X2 Axis mm ±0.0025 ±0.0025
Z1/Z2 Axis mm ±0.0025 ±0.0025
Main/Sub-spindle Repeatability mm 0.01 0.01
Standard Turret Type Gang-type Tooling Gang-type Tooling
Max. Tool Capacity pcs 16 16
Tool Size O.D. Tool mm 20×20 20×20
Boring Bar Diameter mm Φ25 Φ25
Total Power Capacity kW 22 18
Machine Weight (Approx.) kg 3500 4600
Machine Overall Dimensions mm 2600×1800×2170 3350×1810×2260

Frequently Asked Questions (FAQ)

What are the benefits of the 65°/45° slant bed design?
The slant bed is engineered from high-grade resin-sand casting with an intensive ribbed-plate architecture. This structure offers superior anti-vibration properties, excellent rigidity for heavy loads, and an ergonomic workflow for seamless, efficient chip disposal.
How does the synchronized twin-spindle system work?
It supports the synchronized operation of twin spindles and dual gang tool posts. This design allows for dynamic part hand-off (re-gripping) between the main and sub-spindles, enabling complete multi-surface machining in a single setup and minimizing geometric tolerances.
What is the rapid traverse rate and positioning accuracy of the feed system?
The feed system features direct-drive configurations with servo motors and pre-tensioned precision ball screws. It achieves a high-speed rapid traverse rate of up to 30 m/min while maintaining micron-level positioning accuracy and minimizing thermal displacement.
What standard tooling system is used?
The machines utilize a unique T-style gang tool post configuration supporting up to 16 tools in total. This layout ensures rapid, seamless tool indexing to maximize workpiece throughput.
What are the main performance limits of the spindles?
Both the main and sub-spindles support speeds up to 5000 r/min with continuous variation (CV) speed steps. They achieve an impressive runout accuracy of ≤0.003 mm and a face flatness of ≤0.01/Φ100 mm.

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