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Multi-axis Systems

All systems shown here are application examples. Customer-specific adaptations are always possible.

Multifunctional Multi-axis System with Carbon Fibre Axes

 

General

  • Gantry robot system: Cantilever axes with supporting guide

  • therefore good accessibility

  • Fast response and highest structural stability because of carbon fibre fabric (CFK)


Technical Data

Parameters example   X Y (CFK) Z
Max. travel [mm] 1200 800 50
Max. feed force [N] 2600 650  
Positioning resolution [µm]
± 1
±0,1
Reproducibility [µm]
± 5
± 10
Load [kg]
  12
Max. velocity [m/s] 1,0 2,0 0,5
Max. acceleration [m/s2] 10 5 5

 


 

8-axis Positioning System with Carbon Fibre Axes

 

General

  • Fast response and highest structural stability because of carbon fibre fabric (CFK)

  • Best-suited for pick and place applications

  • Interesting also for small series


Technical Data

Parameters example   X Y (CFK) Z rota-tional
Max. travel [mm] 1150 700 50  
Max. feed force [N] 1250 220 90  
Positioning resolution [µm]
± 1
< 4 arcsec
Reproducibility [µrad]
± 10
< 1 arcmin
Load [kg]
2,0
Max. velocity [m/s] 2,0 2,5 0,5 180°/s
Max. acceleration [m/s2] 10 15 10 3600°/s2


 

Gantry System with Carbon Fibre Axis

 

General

  • Flat bridge as gantry system mounted on machine rack

  • Fast response and highest structural stability because of carbon fibre fabric (CFK)

  • Travel: (x, y, z): 2050 x 1780 x 100 mm


Technical Data

Parameters example   X Y (CFK) Z rota-tional
Max. travel [mm] 2050 1780 100  
Max. feed force [N] 1760 440 500  
Rated feed force [N] 1000 260    
Poitioning resolution [µm]
± 1
0,01°
Reproducibility [µrad]
± 5
0,5°
Path deviation [µm] ± 50 (in operating layer)
Positioning accuracy [µm]
± 50
- -
Height error [µm] - - ±100 -
Load [kg]
15
Max. velocity [m/s] 2,0 2,5 0,15 360°/s
Max. acceleration [m/s2] 5 5 3 180°/s2


 

5-axis Handling System x, y, z with 2 Rotation Axes

 

General

  • Complete, fitted handling system with axes x, y, z, α and β

  • Custom taylored motion range

  • Rotational and slew axis interchangeable with rigid frame
    (with three axes)


Technical Data

Parameters example   Value
Travel (X, Y, Z) [mm] 500 x 500 x 300
Slew axis α   ± 45°
Rotational axis β   n x 360°
Load [kg] 10
Max. velocity of the spindle axes [m/s] 0,4
Reproducibility of the spindle axes [µm] 20


 

Double XYZ Positioning System

 

General

  • Complete, fitted positioning system with axes x1, y1, z1, x2, y2, z2

  • Toothed belt axes x,y,
    spindle axis z

  • Material aluminium, trailing chains with space for additional cables and flexible tubes


Technical Data

Parameters example   X Y Z
Max. travel [mm] 780 325 100
Reproducibility [µm] ± 100 ± 100 ± 10
Load [kg]
10
Max. velocity [m/s] 0,5 0,5 0,1
Max. acceleration [m/s2] 1 1 1


 

8-axis Handling System

 

General

  • Complete, fitted handling system with axes x1, y1, α1, x2, y2, z2, β2, α2

  • x-y-z spindle axes

  • α1, α2, β2 rotational axes


Technical Data

Parameters example   Value
Travel (X1, Y1) [mm] 650 x 800
Travel (X2, Y2, Z2) [mm] 700 x 850 x 510
Rotational axes α1, α2   n x 360°
Rotational axis β2   ± 60°
Load rotational axis α2 [kg] 30
Reproducibility of the spindle axes [µm] 20
Reproducibility of the rotational axis α2 [arcmin] ± 1,0
Reproducibility of the rotational axes α1, β2 [arcmin] ± 10


 

X/Y Table with Rotational Axes

 

Allgemein

  • Complete, fitted X-Y table with 2 synchronous rotational axes

  • X-Y spindle drive

  • Servo amplifier ECOMiniDual


Technical Data

Parameters example   Value
Travel (X, Y) [mm] 150 x 150
Max. velocity of the spindle axes [m/s] 0,2
Max. velocity of the rotational axes [U/min] 20
Reproducibility of the spindle axes [µm] 20
Reproducibility of the rotational axes [arcmin] 5
Max.permissible radial forces at the rotational axes [N] 200


 

Mechatronical Systems

  • Mechanically and electrically ready for connection
  • Adjusted and programmed
  • Compact design
  • High precision (single-digit micrometer range)
  • High velocities
  • Low-noise running
  • Travel according to customer requirements

Carbon Fibre Composite - a new material in mechanical engineering

Characteristics and advantages of carbon fibre composite (CFK):

  • Fast response and highest structural stability
  • Up to 75% less weight compared to a steel design
  • Sophisticated forms are possible, therefore a high degree of integration
  • Fibres are arranged according to the lines of force
  • Very low thermal expansion
  • High flexural stiffness and high torsional stiffness
  • Insensitive to corrosion

Your Inquiry

Here you find a form you can use to describe us your application. Based on this data we can compile an offer for you which is exactly tailored to your needs. ... more