Multi-Axis CNC
CNC multi-axis machining and complex shapes
Designed and manufactured in France, KMSYSTEM multi-axis CNC machines allow the machining of technical parts, complex shapes and large volumes requiring several tool orientations.
Available in 4-axis, 5-axis or with an integrated rotary axis, our solutions offer a high degree of machining freedom for working on foams, composites, engineering plastics, polystyrenes or materials intended for prototyping and routing.
Thanks to our in-house mechanical, electronic and software development, we offer reliable, scalable machines adapted to specific productions and demanding technical applications.
Technical choices designed to last
Ensure precision, smooth movement, and mechanical stability
At KMSYSTEM, we develop multi-axis solutions capable of ensuring precision, fluidity of movement and mechanical stability on complex trajectories and multi-side machining.
Our machines incorporate selected mechanical and electronic components to ensure a constant quality of trajectory, even during simultaneous interpolations on several axes.
Brushless AC motors
Brushless AC servomotors with optical encoders ensuring fluidity, precision and synchronization of movements on multi-axis configurations.
A configuration adapted to each production
Each project has its own constraints
Each project has its own dimensional constraints, geometries and manufacturing methods.
Our multi-axis CNC machines are designed in a modular way to integrate different configurations:
- 4th axis
- 5th axis
- Rotary axis
- Rotary table
- Specific solutions according to production needs.
USEFUL COURSES
X Strokes: from 500 mm to 3,000 mm.
Y strokes: from 500 mm to 2,000 mm.
Z strokes: from 150 mm to 600 mm.
machining of many materials
versatile and evolving
Our multi-axis machines allow the machining of many materials:
Composites
Carbon fiber
Engineering plastics
LAB
Polystyrene
Technical foams
Resins
Wood
multi-axis machining
Multiple configurations for complex parts
Multi-axis configurations allow the machining of complex parts requiring multiple tool orientations without manual repositioning.
This technology improves overall precision, reduces production time and facilitates the machining of technical or organic shapes.
Solutions adapted to many sectors
versatility and multiple configurations
Sets and scenography
Sculpture and staff
Models and molds
Machining of polystyrene
Boating
Surfing and motor sports
Routing of carbon parts
Motorcycle and automotive carters