Fanuc Robotics, a leading manufacturer of robotic systems, has been in business for over 40 years. The company has developed a number of different robotics systems including automated guided vehicles (AGVs), robot arms and welding systems to accommodate the needs of customers in various industries.
The company was founded by Dr. Shigeo Shima and Mr. Yasuo Hamanaka in 1956 with an initial capital of ¥1 million (US$6,000). It has grown to be one of the largest robotics companies worldwide, with more than 27 subsidiaries around the world that manufacture robot systems for use across many industries including automotive, electronics assembly, welding & cutting process
Industrial Robots made for higher productivity
Discover our wide range of industrial robots and find the perfect answer to your automation needs
With 9 articulated robot series, Delta robots and special series for Arc-Welding and Painting FANUC offers the widest range of industrial robots in the world. Covering a diverse applications and industries, FANUC machines are easy to operate and provide complete flexibility.
Just click on one of the robots below to access the robot series page directly.
Collaborative Robot CR-4iACollaborative robot Axes: 6Payload: 4 kgReach: 550 mm
Collaborative Robot CR-7iA and CR-7iA/LCollaborative robot Axes: 6Payload: 7 kgReach: 717 mm (CR-7iA)Reach: 911 mm (CR-7iA/L)
CRX-10iACollaborative robot Axes: 6Payload: 10 kgReach: 1249 mm
CRX-10iA/LCollaborative robot Axes: 6Payload: 10 kgReach: 1418 mm
Collaborative Robot CR-15iACollaborative robot Axes: 6Payload: 15 kgReach: 1441 mm
Collaborative robot CR-35iACollaborative robot Axes: 6Payload: 35 kgReach: 1813 mm
CR-14iA/L6-axis robot, long arm versionAxes: 6Payload: 14 kgReach: 911 mm
LR Mate SeriesUp to 7 kg load capacity
Max. reach: 911 mm
M-10 SeriesUp to 12 kg load capacity
Max. reach: 2028 mm
M-20 SeriesUp to 35 kg load capacity
Max. reach: 2009 mm
M-410 SeriesUp to 700 kg load capacity
Max. reach: 3143 mm
M-710 SeriesUp to 70 kg load capacity
Max. reach: 3123 mm
M-900 SeriesUp to 700 kg load capacity
Max. reach: 3704 mm
M-2000 SeriesUp to 2300 kg load capacity
Max. reach: 4683 mm
R-1000 SeriesUp to 130 kg load capacity
Max. reach: 2230 mm
R-2000 SeriesUp to 270 kg load capacity
Max. reach: 3500 mm
Delta Robots
- M-1 SeriesUp to 1 kg load capacity
Max. reach: 420 mm - M-2 SeriesUp to 6 kg load capacity
Max. reach: 1130 mm - M-3 SeriesUp to 12 kg load capacity
Max. reach: 1350 mm - DR-3iB seriesUp to 8 kg load capacity
Max. reach: 1600 mm
Palletising Robots
M-410 SeriesUp to 700 kg load capacity
Max. reach: 3143 mm
M-710iC/50H5 axis robot, packing/palletizing versionAxes: 5Payload: 50 kgReach: 2003 mm
R-1000 iA /80H5 axis robot, packaging/palletising versionAxes: 5Payload: 80 kgReach: 2230 mm
Arc Welding Robots
ARC Welding RobotsUp to 20 kg load capacity
Max. reach: 3123 mm
Top Mount Robots
M-710iC/50T6 axis robot, top mount versionAxes: 6Payload: 50 kgReach: 1900 mm
M-710iC/70T6 axis robot, top mount versionAxes: 6Payload: 70 kgReach: 1900 mm
Paint Robots
FANUC Paint SeriesUp to 45 kg load capacity
Max. reach: 2800 mm
Paint Mate 200iA/5L6 axes robot, long arm versionAxes: 6Payload: 5 kgReach: 892 mm
P-50iB/10L6 axes robot, long arm versionAxes: 6Payload: 10 kgReach: 1800 mm
Paint Robot P-250iB/156 axes robot, standard versionAxes: 6Payload: 15 kgReach: 2800 mm
P-350iA/45 Paint Robot6 axes robot, standard versionAxes: 6Payload: 45 kgReach: 2606 mm
P-40iA Paint Robot6 axis robot, standard versionAxes: 6Payload: 5 kgReach: 1300 mm
SCARA series
SCARA Robot SR-3iASCARA RobotPayload: 3 kgReach: 400 mm
SCARA Robot SR-6iASCARA RobotPayload: 6 kgReach: 650 mm
SCARA Robot SR-12iASCARA RobotPayload: 12 kgReach: 900 mm
SCARA Robot SR-20iASCARA RobotPayload: 20 kgReach: 1100 mm
Fanuc programing language
Karel is a programming language for robots. It was created by Czech programmer Jindrich Karasek in the 1970s and has been used extensively in robotics education.
Karel was designed to be an educational tool for teaching programming to children and novice programmers.
Karel programs are simple, consisting of a sequence of commands that tell the robot how to move, what to do when it detects something, and how to respond when the user presses one of the buttons on its interface.
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