CNC töötluskeskus - universaalne

RÖDERS RXP 601 DSH

Technical details
x-travel 540 mm
y-travel 635 mm
z-travel 400 mm
weight of the machine ca. 10,2 t
dimensions of the machine ca. 2,9 x 2,9 x 3,1 m
Additional information
Röders RXP 601 DSH – 5-Axis High-Precision Milling and Grinding Center
Machine hours: 1294 (5. March 2026)

General Machine Data
Manufacturer: Röders TEC GmbH (Germany)
Machine Type: 5-Axis CNC Milling and Grinding Center
Model: RXP 601 DSH
Bedpfsy Emwtex Al Rslg
Design: Vertical High-Speed Machine
Axis System: X / Y / Z + A / C
Drive System: Direct drives in all linear and rotary axes
Measuring Systems: Optical direct measuring systems in all axes
Thermal Management: Active temperature stabilization of all main components
Workspace & Mechanics
X-axis travel: 540 mm
Y-axis travel: 635 mm
Z-axis travel: 400 mm
A-axis swivel range: ±115°
C-axis continuous rotation (360°)
Max. workpiece weight: up to 200 kg
Machine weight: approx. 10200 kg
Space requirement (L×W×H): approx. 2950 × 2950 × 3100 mm

Spindle system

Spindle manufacturer: Levicron

Spindle type: High-precision air-bearing milling and grinding spindle

Bearing: Air bearing, operating pressure up to 10 bar

Tool holder: HSK 25 (HSK-E depending on the version)

Application: High-speed milling and precision grinding

Thermal properties: Virtually frictionless, minimal heat input

Grinding equipment: • Integrated grinding function in the CNC control
• Optimized axis control for grinding processes

• Vacuum Z-axis compensation to relieve stress on the Z-axis
• Thermally stabilized Z-axis for maximum dimensional accuracy
• Suitable for coordinate, profile, and fine grinding

Peripheral systems:

Extraction: Industrial extraction system for milling and grinding operations

Oil treatment: Filter and treatment system for Grinding oil
Cooling lubricant
Temperature control
Chip disposal
Oil-based grinding medium
Active media temperature control
Integrated screw conveyors
All information provided to the best of our knowledge, subject to technical modifications.