RXP400 – 3‑axis machine
Optimized for
- Micro-machining
- Minting technology
- Small steel moulds
- Electrodes
Products 3-Axis Machines
The 3‑axis machines are available as RXP, RXU and RHP machines.
Informations about the differences of the individual machine models can be found under Technology Machines.
RXP500 – 3‑axis machine
All-purpose HSC machine for medium-sized moulds and tools
- Complete machining is possible in one set-up
RXP501 – 3‑axis machine
Rigid Z‑axis, large choice of machining spindles
- Enlarged travel in all axes
RXP801 – 3‑axis machine
Very compact machine with large machining area
- Universally usable
RXP950 – 3‑axis machine
Relatively large RXP machine
for real High Speed Cutting
- High dynamics due to light
construction of all axes
RXU1001 – Quadroguide®
With QUADROGUIDE® for high roughing capacity, dynamics and precision
- All axes with direct drives
- Milling spindle may be chosen depending on the application, up to 101 Nm (S1) available
- Ideal for forging dies, mould and die making, aerospace industry, medical applications, machine production and part manufacturing
RXU1401 – Quadroguide®
With QUADROGUIDE® for high roughing capacity, dynamics and precision
- All axes with direct drives
- Milling spindle may be chosen depending on the application, up to 101 Nm (S1) available
- Ideal for forging dies, mould and die making, aerospace industry, medical applications, machine production and part manufacturing
RXU2000 – Quadroguide®
High precision machine for large workpieces up to 2 m x 1,8 m
- Well adapted for the combination of jig grinding and milling
- All axes with direct drives
- With QUADROGUIDE® for high roughing capacity, dynamics and precision
- Milling spindle may be chosen depending on the application, up to 101 Nm (S1) available
RHP500 – 3‑axis machine
Highest possible precision, both static and dynamic
- For particularly high surface qualities
- Compact machine for medium-sized workpieces
RHP500L – 3‑axis machine
Low version of RHP500 for relatively low work pieces
- Low bridge and short Z‑axis reduce deviations due to very short leverage between cutter and guideways
- Highest precision and surface quality in 3‑axis machining