ファナック LRMate 100iB

This robot comes with a RJ3iB control system. The LRMate 100i is a five-axis electric servo-driven robot designed for precision machine loading and unloading, welding, and material handling. Extremely rigid, five-axis, electric servo-driven robot. Is tabletop sized with a small footprint 380mm (14.9") width x 470mm (1 8.5) height x 320mm (1 2.6") depth for placement for tight installation. The LR Mate series is FANUC Robotics’ latest-generation, electric servo-driven family of mini robots designed for precision machine load/unload, material handling, material removal, assembly, and lab testing applications. The robot’s small size, dexterity and high speed make it the perfect solution for a wide variety of industrial and commercial applications..

RJ3iB Controller features

- R-J3iB Mate Controller features low voltage I/O: 20 inputs (8 dedicated), 16 outputs (4 dedicated) and 4 inputs at end-of-arm connector.
- R-J3iB Mate Controller supports FANUC Robotics KAREL application software and standard FANUC Robotics I/O modules.
- FANUC Sensor Interface serial communications software allows robot to exchange data with third party devices such as bar code readers, vision systems and PCs.
- Data Transfer Function serial communications software allows robot two-way data exchange with a PC; users can control robot actions through VB graphical interface.

Robot Info

  • Maximum Load of Robot: 3Kg
  • Maximum Reach: 620 mm
  • Repeatability: 0,04 mm
  • Controller: RJ3iB

Robot Motion Speed

  • Axis 1: 240º/s
  • Axis 2: 270º/s
  • Axis 3: 270º/s
  • Axis 4: 330º/s
  • Axis 5: 480º/s

Robot Applications

  • Machine load/unload
  • Material handling
  • Testing and sampling
  • Electronics/Cleanroom
  • Parts cleaning/washing
  • Assembly
  • Material removal
  • Packing
  • Education

Awaiting more stock


Industrial Machinery Export Bilbao, S.L.
Polígono Ugaldeguren III, nó 32, Pabellón 1
48170-Zamudio (Vizcaya) Spain
Tel. 0039 3387620171
0039 3395310971
daniela@eurobots.com
matteotenti@eurobots.com
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Last updated: 1 Dec, 2024