Fanuk LR Mate 200iB

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.

R-30iB control system

Latest ge neration of efficient, compact and stackable FANUC advanced technology, improved productivity, with modern integrated hardware and more than 250 software functions. Designed to be more intuitive, it optimizes power to reduce power consumption, high performance in cycle times with greater speed and accuracy.
It has a high-performance integrated programmable PMC control system that can access the complete robot I / O system, which allows easy separation or asynchronous control of peripheral devices without this having negative effects on robot performance. The different mounting positions allow you to save space, easy integration into production cells, installation of various robots. The R-30iB control systems use FANUC's patented secure software, which means you do not need to worry about viruses, hackers or stability issues. With intuitive iPendant Touch, more intelligent and easy to use.

Robot Info:

  • Maximum Load of Robot: 5Kg.
  • Maximum Reach: 700 mm.
  • Repeatability: 0,04 mm.
  • Controller:R-30iB

Robot Motion Speed:

  • Axis 1: 140º/seg
  • Axis 2: 150º/seg
  • Axis 3: 160º/seg
  • Axis 4: 400º/seg
  • Axis 5: 330º/seg
  • Axis 6: 480º/seg

Robot Applications:

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

Awaiting more stock

चित्र
वीडियो
रेखाचित्र

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: 19 Nov, 2024