Amid the wave of intelligent manufacturing upgrading, 3-axis vertical machining centers stand as core equipment for metal precision machining, directly determining the processing efficiency and product accuracy of manufacturing enterprises. The VMC600 3-Axis Vertical Machining Center has emerged as a top choice in the CNC milling machine sector, thanks to its three core advantages: high precision, high rigidity, and cost-effectiveness. Exported to 180+ countries worldwide with over 2,500 installations, it is widely applied in industries such as automotive, mold making, aerospace, and medical devices, serving as an ideal solution for small-to-medium batch precision machining.
1. Core Parameters: Precisely Tailored to Industrial Machining Requirements
- Axis Travel: X/Y/Z axes reach 500mm×320mm×450mm respectively; worktable size is 800×260mm with a maximum load capacity of 400kg, compatible with workpieces of various specifications.
- Spindle Performance: BT40-120 taper spindle, standard speed of 8000rpm (optional 10000rpm/15000rpm high-speed versions), paired with a 5.5kW AC servo motor. Delivers strong torque, suitable for cutting multiple materials including steel, aluminum, and copper.
- Motion Precision: Positioning accuracy of ±0.008mm/300mm and repeat positioning accuracy of ±0.005mm. Rapid traverse speed: 24m/min for X/Y axes and 16m/min for Z axis; feed rate ranges from 1-10m/min, ensuring consistency in batch processing.
- Control & Tool Changing: Equipped with the Siemens CNC system for intuitive and stable operation. Standard 12-station umbrella-type Automatic Tool Changer (ATC) (optional 24-station arm-type ATC) with tool change time <2.5 seconds, significantly reducing auxiliary time.
- Equipment Dimensions: Overall size of 2200×2100×2260mm and weight of 2400kg, featuring a compact structure that fits various workshop layouts. Voltage: 380V/50HZ industrial standard.
2. Core Advantages: Technology-Driven Processing Efficiency Upgrade
2.1 High Rigidity Structure Design for Maximum Stability
- Base components are crafted from HT300 cast iron via precision casting and aging treatment, minimizing vibration and deformation with excellent bending resistance.
- Guideway system offers flexible options: Taiwan Hiwin ball/roller guideways, supporting configurations such as 3-axis linear guideways, 2 linear + 1 hard guideway, or 3-axis hard guideways, balancing rigidity and motion precision.
- Transmission system adopts high-precision ball screws from Taiwan Hiwin/PMI, paired with P4-class ball bearings, ensuring minimal transmission error and long service life—laying a solid foundation for high-precision machining.
2.2 Multi-Process Integration: 1.8x Higher Processing Efficiency
- One-time clamping enables automatic tool change, speed adjustment, and feed control, eliminating errors from repeated clamping and reducing workpiece turnover time.
- Equipped with a chain-type chip conveyor, oil-water separator, and timed quantitative lubrication system, enabling continuous machining. Processing efficiency is 1.8x higher than traditional equipment.
2.3 Premium Configuration + International Certifications for Reliability
- Spindle from Taiwan Jianchun/Taida; ATC system from Taiwan OKADA—all core parts undergo rigorous testing.
- Certified by ISO, CE, and SGS international standards. Each unit comes with a mechanical test report and video inspection documentation, achieving a 100% product qualification rate.
- Customization services available: Optimized design based on customer drawings or samples to adapt to special machining scenarios.
2.4 Comprehensive Service Support & Outstanding Cost-Effectiveness
- Warranty Policy: 1.5-year machine warranty + 1-year core component warranty, including free replacement of faulty parts during the warranty period.
- Technical Support: 24/7 online consultation and a global localized after-sales service network for rapid response to maintenance and debugging needs.
- Market Reputation: Exported to the UAE, Brazil, Mexico, and other countries, boasting a 100% on-time delivery rate and 100% customer satisfaction rate.
3. Application Scenarios: Covering Precision Machining Needs Across Industries
- Mold Making: Processes cavity components such as plastic molds and hardware molds, with high precision ensuring mold forming quality.
- Automotive Parts: Adapts to the machining of precision parts like engine brackets and transmission gears, delivering high efficiency in batch production.
- Aerospace: Manufactures small aerospace components and precision connectors, meeting strict accuracy requirements.
- Medical Devices: Produces surgical instruments and precision medical equipment accessories, complying with hygiene-grade machining standards.
- Hardware Processing: Suitable for multi-process machining of various precision hardware parts, reducing production costs.