ROEDERS tEC

Milling, grinding, measuring in one machine

• Several years of groundbreaking developments are the foundation of the RPT series
• Maximum precision, even better surfaces and shorter processing times lead to significant increases in productivity in mould and die making as well as production applications
• PRECITEMP®-Technology in the different levels I, II and III for highest precision also if ambient temperatures of the machine are not stable
• All options known from the RXP series are fully available 
• The RPT series was designed for durability and energy efficiency down to the last detail.
  The control cabinet is usually integrated into the machine tool. For the RPT series, the electrical cabinet stands alone next to the machine so that electronic components are not affected by vibrations from machining or the dynamics of the machine. In addition, the high weight of the machine and the large distance between the machine feet ensure low stress despite the high dynamics of the axes. Numerous measures have been undertaken to significantly reduce energy consumption, e.g. a power-controlled cooling unit. 

Highly precise micro-machining

• Applicable for all materials
• Electrodes, small molds, watches etc.
• Very efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of the machine elements
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table

Large swivel range up to 135°

• Highly precise micro-machining
• Electrodes, small molds, watches etc. 
• Very efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of the machine elements
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table

Compact, highly dynamic, high-precision
5‑axis HSC machine

• With counter bearing and special Roeders geometry compensation
• Very efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of the machine elements
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table

Optimized geometry for better machining access in operations with large swivel ranges

• Inertia reduced further compared to the RXP500DS, therefore no break in the C axis
• Workpiece in the center of the swivel axis
  → only small compensation movements by the linear axes
• Special Roeders geometry compensation
• Very efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of the machine elements
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table

Compact but rigid 5‑axis HSC machine

• Large choice of machining spindles 
• With second bearing for swivel axis guaranteeing high stiffness 
• Very efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of the machine elements
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table

C‑axis more eccentric compared to RXP501DS

• Better access to workpiece for large swivel angles
• With second bearing for swivel axis
  guaranteeing high stiffness
• No break for C‑axis 
• Very efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of the machine elements
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table

Highest possible dynamics through extremely powerful direct drives, also in the rotary axes

• Highly precise due to special Röders geometry compensation
• Standard chucks, including UPC Erowa, may be integrated
• Machine fits into a standard container for transportation 
• Highly efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• Counter bearing dimensioned for up to 4 t load
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of machine components
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table
• Machine table for turn and swivel axis in long year proven “bowl”-shaped design

Highest possible dynamics through extremely powerful direct drives, also in the rotary axes

• Highly precise due to special Roeders geometry compensation
• Maximum workpiece size in height and diameter significantly larger than on RXP601DS 
• Highly efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• Counter bearing dimensioned for up to 7 t load
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of machine components
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table

Highest possible dynamics through extremely powerful direct drives, also in the rotary axes

• Highly precise due to special Roeders geometry compensation
• Strong rotary and swivel unit, identical with the one of the RXU1001DSH 
• Highly efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• Counter bearing dimensioned for up to 7 t load
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of machine components
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table

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
• Compared to the RXU1000DSH the travel in X‑direction and the maximum workpiece diameter are increased, the offset of the C‑axis is higher 
• Highly efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• Counter bearing dimensioned for up to 7 t load
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of machine components
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table

Special machine design for machining BLINGS and similar workpieces from two sides in one set-up

• With QUADROGUIDE® for high stability and dynamics 
• All axes with direct drives
• Milling spindle may be chosen depending on the application, up to 101 Nm (S1) available 
• Special geometry and clamping of the BLING wheels on the rotary-swivel-unit for two-sided machining of the BLING wheels in one set-up
• Large swivel range from +45° to ‑195°
• No counter bearing for allowing a very flexible accessibility when machining the pockets between the wings of the BLING
• Reinforced swivel axis for increasing the stability of the one-sided fixation of the C‑axis
• Calibration of the machine geometry with the special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Precise temperature control of machine components

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 
• Highly efficient due to high stiffness and optimum layout of the mass inertia
• Two-sided support of the C‑axis for high stability and precision
• Counter bearing dimensioned for up to 20 t load
• High resolution optical encoders in all axes
• Powerful wear-free direct drives in all axes
• Special Roeders 5‑axis geometry compensation for high precision, also at long lasting machining operations
• Precise temperature control of machine components
• For dynamic decoupling, the swivelling direction is at right angles to the X axis
• Windows very close to the machining area, visible from two sides
• Chucks for different pallet systems can be integrated into the C‑table