R-30iB Plus
FANUC’s R‑30iB Plus controller delivers fast processing and improved performance, enabling quick setup, easy programming, and high precision.
With its slim design and small footprint, this model saves precious floor space and is ideally suited to compact cells. And thanks to its speed and 5th axis, it makes a great choice on robotic palletizing applications requiring high rates of throughput and maximum reliability.
M-10iD/12 is the first model of the new M-10iD series, succeeding the well-known and highly rated predecessor M-10iA/12.
The M-10iD/12 food grade robot is designed for users in the food industry that need high-speed and high-payload robots.
Fully integrated hosepack and cable management design where the cables are lead through the robot’s hollow arm, wrist and body.
Diminished cycle time – higher productivity owing to the M-10's very rigid hollow arm and advanced servo technology for increased acceleration performance.
This robot model is integrated into the FANUC's own offline programming software ROBOGUIDE. ROBOGUIDE is a powerful tool that enables integrators, planners and users to design cells, systems and motions offline.
Explore key features and benefits
Explore key features and benefits
Explore key features and benefits
FANUC’s R‑30iB Plus controller delivers fast processing and improved performance, enabling quick setup, easy programming, and high precision.
With a small footprint, the M-10 Series is the fastest-handling robot in its class, capable of handling small to medium-sized parts.
FANUC collaborative and industrial robots handle loading, barcode verification, storage, and retrieval of custom orthodontic aligners within an automated ASRS.
Video courtesy of
APT
The Osaro robotic bagging solution recognizes hundreds of thousands of products and can pack and ship over 350 parts per hour.
Video courtesy of
OSARO
A dual-arm robotic system uses two FANUC M-10 robots to singulate and induct packages of varying sizes into a conveyor-based handling process.
An M-2000 robot lifts an electric vehicle while an AMR-mounted robot inspects the underbody using integrated iRVision.