Our parent company was listed on the Beijing Stock Exchange in 2025 and is a single-item champion enterprise in its industry, as well as a national-level postdoctoral research station. We have strong alliances with renowned institutions in the industry, such as the Ministry of Transport Science and Technology Research Institute, Chang'an University, Chongqing Jiaotong University, and Shandong Jiaotong University, providing guarantees and support for technology research and development and production management. We have also established a "Provincial-level Enterprise Engineering Technology Research Center" and are a national-level specialized and innovative "Little Giant" enterprise and a national intellectual property demonstration enterprise.

       Our core team has focused on the research and development and manufacturing of precision CNC equipment for over twenty years, with "independently developed composite material body + direct drive application technology" as our core. We have also accumulated strong process data in professional fields such as "new energy vehicles, semiconductors, precision molds, and power-driven impellers." We are committed to building a global brand of "high-precision direct-drive five-axis machining centers," creating benefits for our customers and value for ourselves!

       Main Products:

1. Three-Axis Direct-Drive Precision Machining Center Series
2. Five-Axis Overhead Crane Precision Machining Center Series
3. Five-Axis Horizontal Precision Machining Center Series

Intelligent Factory

In July 2019, the new intelligent factory was put into use, covering an area of nearly 200 acres and a building area of more than 70,000 square meters, including a combined plant of 54,817 square meters, an office building of 8,586.98 square meters, staff dormitories of 7,756.96 square meters, as well as infrastructure projects such as gatehouse, gasification station, and oil depot.

Core Product Matrix

Product Positioning
Linear Motor Multi-Axis Composite Machine Tools: High-speed, High-precision, High-efficiency, Stable

1. Semiconductor Micro-hole Ultra-high Precision Equipment (Minimum Drilling Diameter 0.03mm)
   Corresponding Product Models: TMS400, TMS480, TMS600-DOUBLE
2. Three-Axis Precision Machining Equipment (Contour Accuracy 0.005mm)
   Corresponding Product Models: TMS600, TMS800
3. Five-Axis Precision Machining Equipment (Ultra-high Efficiency)
   Corresponding Product Models: Five-Axis TMU600, Five-Axis TMU800, Five-Axis TMU322, Five-Axis TMU631
4. Optical Component Polishing Machine (Precision Grinding of Lenses for Telescopes, etc.)
   Corresponding Product Model: Multi-Axis TBP60
5. High-Precision Vertical Grinding Machine (Micron-level Grinding of Barrel-shaped and Disc-shaped Parts)
   Corresponding Product Models: M500, M800

Semiconductor Micro-Hole Ultra-Precision Equipment (Minimum Drilling Diameter 0.03mm)

Corresponding product models: TMS400, TMS480, TMS600-DOUBLE (suitable for drilling in chip packages and semiconductor silicon carbide boards)

Standard configuration: Single spindle;

Optional configuration: Dual spindle linear motor drive.

Machining efficiency is 3 times higher than traditional equipment; tool life is increased by 30%.

Direct-Drive Precision Machining Equipment (Machining Accuracy ±0.005mm)

Corresponding product models: TMS600, TMS800 (suitable for precision mold, electrode, scroll compressor, etc.)

Small 5-Axis Precision Machining Center (Ultra-High Efficiency, Generally 2-3 Times Faster Processing Speed, Maximum Machining Diameter 600mm)

Corresponding product models: 5-axis TMU400, TMU600, TMS-800, TMS-1200

Cradle-Type 5-Axis Precision Machining Center (33.5kW Spindle, Rated 100Nm, 18000rpm, Suitable for Mold Processing)

Corresponding product models: 5-axis TMU500, TMU630, TMU800

Large-Scale Overhead Crane-Type 5-Axis Precision Machining Equipment

Corresponding product models: 5-axis TMU322, 5-axis TMU631
Rapid traverse speed: 90m/min
Trapid traverse speed of traditional equipment: 24m/min
Our equipment improves efficiency by 3.5 times.

Machining Range

mm

Machining Range

mm

Machining Capability Advantages

Mature machining and grinding equipment to meet mass production and precision requirements

• 4m*2.4m Taiwan Awei Gantry Mill
• 6m*3m*1.8m Self-made Direct Drive 5-Axis Overhead Gantry Mill
• 6m*3m*1m Taiwan High-Precision Grinding Machine, Grinding Accuracy 2µm per Meter
• 3m*2.8m*1m Gantry Machining Center
• 3m*2.8m*1m Taiwan Awei Lijia

Advanced Precision Testing Equipment and Testing Standards Ensure Factory Quality Reliability

A large amount of investment has been made in testing equipment and strict control of the manufacturing process to ensure product quality.

• Italy Hexagon CMM
• Natural marble linear and plane accuracy testing after linear rail installation
• Precision electronic level
• Laser tracker

Advanced Precision Testing Equipment and Testing Standards Ensure Factory Quality Reliability

Significant investment has been made in testing instruments, and strict process control ensures product quality.

• German Zeiss coordinate measuring machine
• British Renishaw XK20 guide rail alignment instrument
• British Renishaw XL80 laser interferometer
• British Renishaw ball bar
• British Renishaw five-axis rotary mirror
• Taiwan Getech spindle dynamic balancing machine

Technological Advantages

After more than two decades of development, we possess independent core technologies, materials, and functional components, giving us extremely high core competitiveness!

1. Core 5-axis BC rotary head
2. Core 5-axis AC cradle turntable
3. Core high-stability new material bed
4. Direct drive control technology

Control System Selection

• Processes: Turning, Milling, Grinding
• Controls up to 10 axes/spindles and 2 auxiliary axes
• Configurable with 2 machining channels
• 10.4"/15.6" color display
• S7-200 based PLC

• A leading practitioner of Industry 4.0: Rexroth Germany
• Built-in frequency converter function
• Wide voltage input
• Fully open G-code
• Equipped with a network interface – enabling system compatibility between the CNC system and the computer
• Efficient background operation – the next machining program can be written while machining is in progress
• Workpiece program error correction

• Number of Axes: 20 control loops, configurable with up to 4 spindles
• Uses Heidenhain inverter systems and preferably Heidenhain motors
• Fully digital HSCI and EnDat interfaces
• TFT color LCD flat-screen display:
• - 19" or 15" version with operation buttons
• - 19" version touchscreen with multi-touch operation
• Storage media: 160 GB HDR hard drive or 32 GB SSDR solid-state drive
• Heidenhain dialog format and DIN/ISO format programming
• Comprehensive milling and turning cycles
• Constant surface velocity for turning
• Tool tip radius compensation
• Probe detection cycle
• Free contour programming (FK)
• Dedicated functions for high-speed 3D machining
• Fast program segment processing speed (0.5 ms)

• Processes: Turning, Milling, Grinding
• Controls up to 9 feed axes / 4 spindles and auxiliary axes
• Configurable up to 8 machining channels
• 10.4”/12.1”/17” color display screen
• Supports automatic calibration of kinematic structure dimensions
• Supports machining quality analysis and dynamic characteristic evaluation

New Materials

Mineral castings, also known as artificial granite, are a new type of composite material made of polymers and other materials as binders, granite and other mineral particles as aggregates, and reinforced with reinforcing fibers or nanoparticles. They are non-metallic synthetic materials that are stirred, compacted, and cast at room temperature. Its excellent vibration damping properties, high dimensional accuracy and shape integrity, low thermal conductivity and hygroscopicity, excellent corrosion resistance and antimagnetic properties make it an ideal material to replace traditional cast iron or natural granite for machine tool structural components.

Comparison of The Structural Principles of Linear Motor Drives and Traditional Drives

A. Optical scale
B. Slide
C. Linear motor
D. Machine body
E. Base
F. Encoder
G. Coupling
H. Lead screw
I. Nut

All models in this series utilize linear motor drives, offering 3-5 times the performance advantages of traditional screw or rack drives in terms of lifespan, precision retention, and processing efficiency.

1. Zero Backlash - Absolutely High Precision: There is no mechanical contact; power transmission is generated in the air gap, with no friction other than the linear motor guide rail.
2. Zero Wear - Perpetual Precision and Lifespan: The absence of mechanical contact during movement significantly reduces wear on components, resulting in a longer service life.
3. Fast Response - High Sensitivity: Combined with grating ruler cyclic control, positioning accuracy at the μm level can be achieved. The linear motor drive system using feedforward control can reduce tracking errors by more than 200 times. Due to the excellent dynamic characteristics and sensitive response of the moving parts, coupled with refined interpolation control, nanometer-level control can be realized.

Direct Drive Control Technology

Linear Motor Drive: Simple Structure

Traditional Screw Drive: Complex Structure, Prone to Damage, Difficult to Maintain

• The application of linear motors and their drive control technology on machine tool feed axes achieves "zero wear." Through electromagnetic effects, electrical energy is converted into linear motion, resulting in backlash-free and wear-free operation. This provides advantages such as high precision, high feed efficiency, and high machining speed.
• Compared to traditional screw drives, linear motors have a simpler structure, ensuring long-term high-precision machining while achieving zero out-of-life rate.

Enhanced DD Cradle Turntable

DD Rotary Table (Increased Torque)

• A-axis Dual Motor Drive
• Increased rigidity, increased torque, larger table surface, and increased machining space

High-Speed Electric Spindle

Equipped with a high-speed electric spindle, rated at 100 N·m for low-speed, high-torque operation, and a maximum torque of 120 N·m.

Uses an HSKA63 double-sided constraint tool holder, with a spindle speed of 18,000 rpm.

Suitable for heavy-duty cutting while also enabling high-speed milling, improving workpiece surface quality.

Fully Closed-Loop Optical Grating Ruler (Optional)

Due to rapid machine movement, thermal displacement occurs. This thermal displacement value can be fed back to the controller for compensation.

• High precision
• High resolution
• High speed
• Absolute zero position

Automated Production Lines

1. Industrial Internet big data management enables online monitoring of equipment data and paperless data transmission
2. Through CNC equipment, automated loading and unloading, and big data collection, a lights-out factory is achieved.