Countdown343days
- 2026
- 2025
- 2024
- All
- Mainland China
- Taiwan China
- Hong Kong China
- Germany
- Japan
- United States
- South Korea
- Italy
- Switzerland
- Sweden
CNC Swiss-Type Lathe SZ-256E
Description: The SZ-256E is a mid-to-high-end 6-axis CNC Swiss-type lathe. The tool holder on the sub-spindle side can accommodate two rows of tools and features a Y2 axis, offering powerful functionality. The milling power head on the main spindle side and the power head on the sub-spindle side can be expanded for various tooling configurations. The machine also supports flexible switching between guided and non-guided modes, allowing for high-precision machining of long and short workpieces.
CNC Swiss-Type Lathe SZ-206F
Description: The SZ-206F features a newly designed machine body optimized through Finite Element Analysis (FEA) for enhanced structural integrity and precision. It can accommodate up to 30 tools in a modular layout, making it ideal for the machining of complex parts. The sub-spindle side is equipped with 14 tools, including 4 turning tools, 7 end mills, and 3 side mills. The machine employs an electric guide sleeve structure for high-speed and high-precision machining. It also supports flexible switching between guided and non-guided modes to meet various machining process requirements. The built-in oil-cooled electric spindle offers low inertia, low noise, fast response, and easy positioning.
CNC Swiss-Type Lathe SZ-326F
Description: The SZ-326F features flexible switching between guided and non-guided modes to meet the requirements of various machining processes. It is equipped with a built-in oil-cooled electric spindle that offers low inertia, low noise, fast response, and easy positioning. The machine also has a dedicated spindle support structure for non-guided mode, enabling high-precision machining of short workpieces.
NK530M Five-Axis Control System
The NK530M five-axis CNC system from Weihong features multiple advanced functions to ensure high-speed machining and precise five-axis联动processing. It guarantees precise and smooth control of tool paths and axis movements, resulting in high surface quality, accuracy, and fast processing speed. The system also simplifies operation and programming, thereby comprehensively improving machining precision, efficiency, and stability. Key features include: Automatic Measurement and Calibration: Simplifies the calibration process for five-axis machines, making it more convenient and user-friendly. RTCP (Tool Tip Control): Provides true five-axis联动processing with nanometer-level control precision. HPPS (High-Precision Path Smoothing): Ensures smooth tool path trajectories and optimized surface quality. Tilted Surface Machining: Simplifies programming steps and enables efficient and precise machining on inclined surfaces. 3D Tool Compensation: Direct compensation for side milling paths, reducing the hassle of size adjustments.
Laser Tube Cutting 3D Five-Axis Cutting System
This product is designed for the steel structure industry and is capable of cutting I-beams, channels, and angles with thicknesses exceeding 100mm. When combined with a flatbed tube cutting system, it can also perform cutting on thick plates and standard tubular materials. The traditional cutting method in the steel structure industry is plasma cutting. In contrast, this system leverages the characteristics of laser cutting, which offers high processing efficiency, high precision, excellent cut surface quality, and the ability to perform bevel cutting, thereby eliminating the need for secondary beveling processes. The processing efficiency is more than three times higher than that of plasma cutting. The system employs a range of advanced technologies, including flexible acceleration and deceleration algorithms, five-axis RTCP (Tool Tip Control Point) algorithms, high-precision contour smoothing, high-precision posture smoothing, precise follower control, cross-surface empty travel obstacle avoidance, and error compensation for the cutting head and workpiece. These comprehensive technologies are leading in China and have reached international advanced levels. The project is characterized by its novelty and applicability.
CNC-460TTS double spindle double turret turning center machine
• Integrally cast 30 ° inclined bed, low center of gravity design effectively reduces the smooth operation of the equipment and improves the cutting stability. • The standard roller rail is 2 to 3 times more rigid than ordinary linear rail, which can balance the high-speed movement and heavy cutting performance. • The whole machine has excellent heavy cutting rigidity, which is suitable for high-speed and high-precision machining of steel parts, stainless steel, aluminum alloy and other materials.
CNC-520 SC interpolation double spindle single turret turning center machine
▼ High rigidity, heavy cutting and high stability: Adopt integral casting inclined lathe bed, 30 ° inclined lathe bed structure, and design with heavy stiffeners to minimize distortion and thermal deformation. ▼ High precision and high dynamic response: high precision ball bearings are used in the front and rear, so that the spindle can obtain high rigidity and extremely high spindle rotation precision; the spindle servo unit has high precision and is convenient for maintenance and repair. ▼ High efficiency: The maximum speed of the main shaft is 4500rpm/min, and the fast movement can reach 30m/min. ▼ Y axis and X axis adopt non-orthogonal structure, and the virtual Y axis structure is obtained by interpolation with X axis, so that the center of gravity of the lathe bed is lower, the structure is compact, and higher cutting rigidity and stability are met.
CNC-520TMY Interpolation Turning Center
▼ High rigidity, heavy cutting and high stability: Adopt integral casting inclined lathe bed, 30 ° inclined lathe bed structure, and design with heavy stiffeners to minimize distortion and thermal deformation. ▼ High precision and high dynamic response: high precision ball bearings are used in the front and back, so that the spindle can obtain high rigidity and high spindle rotation precision; the spindle servo unit has high precision and is convenient for maintenance and repair. ▼ High efficiency: The maximum speed of the main shaft is 4500rpm/min, and the fast movement can reach 30m/min. ▼ Y axis and X axis adopt non-orthogonal structure, and the virtual Y axis structure is obtained by interpolation with X axis, so that the center of gravity of the lathe bed is lower, the structure is compact, and higher cutting rigidity and stability are met.
L1200 high precision CNC cylindrical grinding machine
The L1200 High Precision CNC Cylindrical Grinder is an ideal high precision cylindrical grinder platform for machining small and medium sized parts. It can be equipped with a single grinding wheel straight or beveled cylindrical grinding head, or equipped with a CNC rotary B-axis directly driven by a torque motor. It can be specially designed according to the needs of users. Every production link of the machine tool is strictly in accordance with the highest manufacturing standards. The machine tool has rich configuration and wide application range; the strict manufacturing process ensures its excellent performance and stable quality; the SIEMENS grinding software is adopted, which is convenient for programming and operation and easy to use; the high rigidity bed and structure are suitable for the production requirements from single piece to mass production.
T200 Turning Center
High accuracy-Stable static and dynamic accuracy X/Z axis full travel positioning accuracy 0.008 (ISO 230-2) X/Z axis full travel repeat positioning accuracy 0.004 (ISO 230-2). Designed, manufactured and tested in full compliance with IS0230-2 2006 Turning Center Qualification Standard. All structures and castings are designed with the unique reverse finite element analysis method to ensure that all machine tool products have more scientific structural rigidity and structural rationality. The core components (screw nut, screw bearing seat, driving motor seat, lathe bed and spindle) support the selection of oil cooling system and adopt multi-loop temperature control design. Centralized management and control by the external oil cooler can reduce the vibration of the machine tool while effectively inhibiting thermal deformation and ensuring the processing stability. Expand the configuration of cutting fluid cooling machine, realize the constant temperature control of cutting fluid, and further improve the processing effect.
QuickFlex® Quick Change System
The quick change system QuickFlex® for all popular CNC turning centers: to reduce the tool change time and to increase flexibility and productivity. Without making a compromise in precision and rigidity with only a minimum investment.
Gear Hobbing Unit
High productive manufacturing of gears with CNC Turning Centers according quality standard 8 ISO 1328.
Broaching Unit for CNC Turning Centers
Broaching Unit for CNC Turning Centers. The new state of the art Broaching Unit from WTO for economic manufacturing of oriented keyways and splines.
