ULTRASONIC 20 linear 3rd Generation
ULTRASONIC 20 linear - the most precise 5-axis simultaneous machine within DMG MORI
Max. X-axis stroke
9 in.
220 mm
Max. Y-axis stroke
15 in.
370 mm
Max. Z-axis stroke
11 in.
290 mm
Max. workpiece length
12 in.
302 mm
Max. workpiece width
9 in.
220 mm
Max. workpiece diameter
9 in.
220 mm
Max. workpiece height
11 in.
283 mm
Max. workpiece weight
33 lbs.
15 kg
Control & software alternatives
SIEMENS
Highlights
ULTRASONIC 20 linear - Precise, compact and dynamic!
- Maximum dynamics and acceleration (up to 1,2 g), thanks to wear-free linear drives
 - New FEM-optimized cast bed for maximal high long-term stability of the machine
 - Finely tuned and highly sensitive temperature management
 
ULTRASONIC technology integration - reduced process forces for higher productivity
- Technology integration via HSK-E32 interface for ultrasonic superimposition of tool rotation with amplitudes of up to 15 µm
 - Process forces reduced by up to 50% thanks to ULTRASONIC: higher feed rates, improved surface finishes down to Ra < 0.1 µm, longer tool service life depending on requirements
 - Stable process window during machining for maximum reproducibility and consistent machining results.
 - Ensuring the ULTRASONIC advantages even with non-optimal tools.
 
5-sided complete simulatnious machining of workpieces up to Ø 220 x 283 mm
- More travel path and larger working area:
- X = 220 mm
 - Y = 370 mm
 - Z = 290 mm
 
 - Large swivel range of the A-axis: +130° to -93° with max. 15 kg table load
 - Standard: 150 rpm in the C-axis
 - Optional: 1,500 rpm in the C-axis
 
High-performance spindles for optimum machining performance with max. 60,000 rpm
- High frequency spindels: HSK-32: 42.000 rpm (60.000 rpm)
 - Optionally with HSK-32 spindle with max. 60.000 rpm
 
Application Examples
Automation
Standard automation and customized solutions in the VERTICO design
Automation is a key element of digital production. Every DMG MORI machine can be upgraded with standard automation or with a customized automation solution for flexible manufacturing systems: