Product Center

Technical Specifications

Product Features

• The machine tool features an integral 30-degree slant bed structure with a flat saddle and an integral column, all cast from high-quality iron. Optimized structural design and manufacturing processes ensure excellent rigidity, vibration resistance, and precision. The standard mechanical spindle includes a C-axis with indexing accuracy of 0.001 degrees.
• Equipped with an 8-station hydraulic turret and a 4+4 synchronized power head, this system supports up to 16 tool stations (expandable to 20). It handles complex machining in a single setup—excluding part flipping—to boost efficiency and part quality across diverse industries.
• Configurable automatic feeders, gantry robots, and robotic arms enable high-speed, efficient automated processing for large-scale production.
• Enable customized product design based on customer-specific requirements for materials, processes, and applications. This ensures efficient machining of complex parts tailored to the needs of diverse industries.

Application Areas

High-difficulty, complex异形 machining of non-ferrous valves and fittings, impellers and blades, intricate casings, and polyhedral parts.

Technical Specifications

Product Features

• The STN45 series features a flat-bed design with an integrated turret box and saddle for a compact structure and high rigidity. The STN50 series utilizes a 45-degree hybrid slant bed, enabling the spindle to meet high-speed, heavy-load, and high-precision requirements for heavy cutting across a wide speed range.
• The STN45 and STN50 series come standard with a "self-manufactured power turret." Optional upgrades include a custom or purchased "power turret" or "power turret with Y-axis" (available in 8-12 stations).
• The STN45 and STN50 series offer optional hydraulic or servo tailstocks to support unmanned, intelligent, and smart factory deployments.
• Enable customized product design based on customer-specific requirements for materials, processes, and applications. This ensures efficient machining of complex parts tailored to the needs of diverse industries.

Application Areas

High-efficiency machining for aerospace, precision instruments, automotive (motorcycle) components, new energy vehicles, humanoid robot parts, valves and piping, and composite shaft processing.

Technical Specifications

Product Features

• The machine tool's mechanical spindle structure has been reoptimized with a dedicated precision high-speed angular contact ball bearing and cylindrical roller bearing configuration, delivering superior rotational accuracy, stability, and vibration resistance for heavy cutting in specialized industries.
• The machine base features an integrated 30-degree inclined bed structure made of premium cast iron, ensuring superior rigidity and vibration resistance. The Z-axis guideways employ a wide-span design to enhance the saddle's anti-tilt performance. With the saddle, slide ways, and screw nut housing designed as a single unit, connection points are minimized, further improving load-bearing capacity and vibration damping for moving components.
• The entire series of turning centers features an orthogonal Y-axis (hard way) equipped with a 12-station powered turret, servo indexing, and dog-ring positioning for rapid tool changes and precise alignment, meeting the machining needs of most complex, irregular parts in the market. The X (X1) and Z (Z1) axes utilize precision-grade linear roller guide rails, while the Y-axis employs hard-way construction for superior vibration resistance and load capacity. All three (or six) feed axes are driven by high-rigidity ball screws, delivering excellent screw rigidity alongside high feed accuracy.
• Enable customized product design based on customer-specific requirements for materials, processes, and applications. This ensures efficient machining of complex parts tailored to the needs of diverse industries.

Application Areas

High-efficiency machining for aerospace, precision instruments, automotive (motorcycle) components, new energy vehicles, humanoid robot parts, valves and piping, and composite shaft processing.