• VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns,Verimill,VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns
  • VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns,Verimill,VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns
  • VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns,Verimill,VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns
  • VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns,Verimill,VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns

VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns

The Verimill VM5W is a high-performance 5-axis linkage wet milling machine specifically engineered for the high-precision processing of glass ceramics, pre-milled titanium columns, and high-strength resins. Powered by a robust 1.8KW industrial spindle and driven by precision servo motors.Designed for the modern dental laboratory, the VM5W combines sophisticated water-cooling technology with an intuitive 15.6-inch tempered glass interface to deliver maximum versatility and cost-effectiveness.
Download
View all downloads
  • VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns,Verimill,VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns
  • VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns,Verimill,VM5W 5-Axis Dental Wet Milling Machine for Glass Ceramic Blocks and Pre-Milled Titanium Columns
  • Description

  • Technical Parameters

✅ Specialized Wet Milling Capability:
Optimized for high-hardness materials, including glass ceramic blocks and pre-milled titanium columns, providing a comprehensive solution for chairside and lab restorations.

✅ Exceptional 3μm Repeatability:
Delivers micron-level precision with a repeatability positioning accuracy of 3μm, guaranteeing the highest standards of fitting for custom abutments and crowns.

✅ High-Power 1.8KW Industrial Spindle:
Equipped with a powerful 60,000 RPM spindle that provides superior torque for efficient metal and ceramic processing while maintaining operational stability.

✅ Flexible Multi-Functional Holder:
Features a high-precision holder that can simultaneously accommodate three glass ceramic blocks or three pre-milled titanium columns, significantly increasing workflow efficiency.

✅ Heavy-Duty Integrated Design:
The sophisticated industrial-grade chassis ensures maximum rigidity and low vibration, supporting 24/7 continuous operation without compromising the 0.01mm assembly precision.

Milling Machine Model VM5W
Axis Configuration 5-axis Linkage
Milling Mode Wet Milling
Repeatability Positioning Accuracy 3μm
Machining Precision < 0.01mm
Spindle Type High-performance Spindle
Max Spindle Speed 60,000 RPM
Spindle Power 1.8KW
Tool Magazine Capacity 12 Pieces (Automatic Change)
Travel Range (X/Y/Z) X:165mm  Y:108mm  Z:93mm
Rotation Range A-axis: ±360°
B-axis: -28° ~ +92°
Material Compatibility Glass Ceramic Blocks
Pre-milled Titanium Columns
PMMA
Resin

PEEK
Wax
Material Holder C-Shaped Holder (98mm diameter)
3 Glass Ceramic Blocks
3 Pre-milled Titanium Columns
Motor Type High-Precision Servo Motor
Dimensions (L*W*H) 560mm*520mm*720mm
Net Weight 120kg
Power Supply AC 220V,3.6KW
We use cookies to enhance your experience, for analytics and to show you offers tailored to your interests on our site and third party sites.We may share your information with our advertising and analytic partners.Find out more about cookies by reading our updated Cookies Policy,which contains further information about the cookies and other technologies we use and information about how to disable them.By clicking "Accept",you agree to our use of cookies and similar technologies.