Vulcan CNC
Vulcan CNC
Numerical Control Mills for the production of orthotic insoles. The work centers of the Vulcan series are professional numerical control machines specially designed for the production of customized and pre-finished orthotic insoles. Vulcan cutters are designed for high workloads and are sized for particularly high operating speeds on the supports.
Vulcan CNC
The Vulcan series machining centers are professional numerical control machines designed exclusively for the customized and series production of computerized orthotic insoles.
Vulcan CNC
The Vulcan series machining centers are professional numerical control machines designed exclusively for the customized and series production of computerized orthotic insoles.
Vulcan Series
VULCAN VX1
3-axis CNC milling cutter with single electrospindle. Time needed to make a pair of insoles: 12 minutes.
VULCAN VX1 REPLICA
3-axis CNC milling cutter with single electrospindle. Time needed to make a pair of insoles: 7 minutes.
VULCAN TWINCAM
Unique milling machine of its kind in the world with 4 independent axes and 2 electro-spindles. Time needed to make a pair of insoles: 4 minutes.
Vulcan Series
Vulcan Series
VULCAN VX1
3-axis numerically controlled milling machine with single electrospindle. Time needed to create a pair of orthotic insoles: 12 minutes.
VULCAN VX1 REPLICA
3-axis numerically controlled milling machine with single electrospindle. Time needed to create a pair of orthotic insoles: 7 minutes.
VULCAN TWINCAM
The only milling machine of its kind in the world with 4 independent axes and 2 electrospindles. Time needed to create a pair of orthotic insoles: 4 minutes.
Designed, developed and manufactured by us, they are designed for high workloads and are sized for particularly high operating speeds. The choice of high quality materials and the careful attention to assembly ensure continuity in work at maximum performance in the absence of maintenance.
Designed, developed and manufactured by us, they are designed for high workloads and are sized for particularly high operating speeds. The choice of high quality materials and the careful attention to assembly ensure continuity in work at maximum performance in the absence of maintenance.
easyCAD, software for making orthotic insoles
Easycad Insole is a 3D CAD modeling software that allows the creation of computerized orthotic insoles, from the design phase to the realization phase. Ease of use and top-level performance allow Easycad Insole to be the perfect combination of traditional orthopedic technique and modern 3D milling and printing technology.
easyCAD, software for the realization of orthotic insoles
Easycad Insole is a 3D CAD modeling software that allows the creation of computerized orthotic insoles, from the design phase to the manufacturing phase. Ease of use and top-level performance allow Easycad Insole to be the perfect combination of traditional orthopedic technique and modern 3D milling and printing technology.
easyCAD, software for the realization of orthotic insoles
Easycad Insole is a 3D CAD modeling software that allows the creation of computerized orthotic insoles, from the design phase to the manufacturing phase. Ease of use and top-level performance allow Easycad Insole to be the perfect combination of traditional orthopedic technique and modern 3D milling and printing technology.
Technical specifications
3-axis cutter models VX1 and VX1R, dimensions 82x91x104 cm
4-axis cutter with independent double Z model TWINCAM 82x111x107 cm
Work area: 300X400x80 mm
220V single-phase power supply
Ethernet connection
Features
- Brushless motors with machining accuracy up to 0.05 mm
- Machining speed up to 250 mm / sec with acceleration up to 2800 mm / sec2
- Asynchronous motor spindle 24000 rpm,
- Controlled aspirator, for the aspiration of dust and processing residues
- Vacuum pump for sealing blocks without double-sided adhesive
- Pair milling cutter on plates, modules and shaped blanks of different formats
- Milling of polyurethane molds for manual thermoforming of insoles
Technical specifications
3-axis cutter models VX1 and VX1R, dimensions 82x91x104 cm
4-axis cutter with independent double Z model TWINCAM 82x111x107 cm
Work area: 300X400x80 mm
220V single-phase power supply
Ethernet connection
Features
- Brushless motors with machining accuracy up to 0.05 mm
- Machining speed up to 250 mm / sec with acceleration up to 2800 mm / sec2
- Asynchronous motor spindle 24000 rpm,
- Controlled aspirator, for the aspiration of dust and processing residues
- Vacuum pump for sealing blocks without double-sided adhesive
- Pair milling cutter on plates, modules and shaped blanks of different formats
- Milling of polyurethane molds for manual thermoforming of insoles
Technical specifications
3-axis cutter models VX1 and VX1R, dimensions 82x91x104 cm
4-axis cutter with independent double Z model TWINCAM 82x111x107 cm
Work area: 300X400x80 mm
220V single-phase power supply
Ethernet connection
Features
- Brushless motors with machining accuracy up to 0.05 mm
- Machining speed up to 250 mm / sec with acceleration up to 2800 mm / sec2
- Asynchronous motor spindle 24000 rpm,
- Controlled aspirator, for the aspiration of dust and processing residues
- Vacuum pump for sealing blocks without double-sided adhesive
- Pair milling cutter on plates, modules and shaped blanks of different formats
- Milling of polyurethane molds for manual thermoforming of insoles