• High-rigidity cast iron machine body
• 10000rpm belt-driven BT40 spindle (11/15kW power)
• 24-station OKADA disc-type tool magazine
• 2.33s ultra-fast tool change time (TT)
• HIWIN linear guideways for stable motion
• X/Y/Z axis travel: 800×550×550mm
• 36m/min rapid traverse speed for all axes
• ±0.004mm/300mm positioning accuracy
• ±0.003mm/300mm repeat positioning accuracy
• 1000×550mm worktable with 500kg max load
• Fully enclosed protective structure
• CE & ISO 9001 certified
• 1 Year Warranty

The SDVEDON VMC855 is a high-performance vertical machining center designed for heavy-duty cutting, mold processing, and precision parts manufacturing. Built with a heavy-duty cast iron bed and gantry structure, it delivers exceptional rigidity and vibration resistance, ensuring long-term machining stability and surface finish quality.

Equipped with a 10000rpm belt-driven BT40 spindle (11/15kW power), this machine provides strong cutting force for both rough and finish machining, making it ideal for complex molds, automotive components, and aerospace parts. The 24-station OKADA disc tool magazine achieves an ultra-fast 2.33s tool change, significantly reducing non-cutting time and boosting production efficiency.

Adopting imported HIWIN linear guideways, the VMC855 ensures smooth and precise movement, with a positioning accuracy of ±0.004mm/300mm and repeat accuracy of ±0.003mm/300mm. The 1000×550mm worktable supports a maximum load of 500kg, with 5 T-slots for flexible fixture installation, accommodating various workpiece sizes and processing needs.

The fully enclosed protective structure ensures operator safety and a clean working environment, while the integrated chip conveyor system efficiently removes cutting chips for easy maintenance. As a professional CNC machine tool from SDVEDON, the VMC855 combines high performance, reliability, and cost-effectiveness, with comprehensive after-sales service to meet your production requirements.

1. The machine must be installed by professional technicians in a flat, vibration-free workshop with sufficient power supply, cooling system and lubrication system.
2. Before operation, strictly follow the operation manual to check the spindle, tool magazine, guideways, lubrication system and other components to ensure normal operation.
3. Operators must receive professional training, wear protective equipment, and strictly abide by safety operation procedures to avoid personal injury.
4. Regularly maintain the machine, including lubrication, cleaning, accuracy calibration and tool magazine inspection, to ensure long-term stable performance.
5. When performing maintenance, tool change or troubleshooting, please cut off the power supply to avoid safety accidents.

Widely used in mold processing (injection molds, stamping dies, 3C product precision molds), automotive industry (engine parts, mold fixtures, chassis components), aerospace parts (high-precision structural parts, engine components), general engineering (complex mechanical parts, hardware processing, prototyping), and other industries requiring heavy-duty and high-precision CNC machining.