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 1.7t payload capacity and 6.2 m stroke, it provides maximum flexibility on operations involving large and heavy objects. Capable of effortlessly lifting and positioning an entire car body within its generous work envelope, this robot has been designed to improve workflow, increase efficiency and to reduce your costs.
The M-2000iA/1700L boasts almost 4.7 m of reach. When combined with its strong IP67 protected wrist, this generous work envelope makes the 1700L the ideal choice for operations that require maximum operating freedom.
This model’s enhanced lifting capacity makes it great way of adding flexibility to your heavy material handling operations. Automating these areas enables you to reduce your running costs, improve cycle times and dramatically lower the risk of damage to production material.
Combining an extensive work envelope with the flexibility of six axes, the M-2000iA/1700L can move and place objects within a large defined work area to an extremely high degree of precision.
With its huge payload capacity and reach, the M-2000iA/1700L can do the work of conventional cranes, lifters and shuttles to increase production and eliminate the need for dangerous manual work.
FANUC’s R‑30iB Plus controller delivers fast processing and improved performance, enabling quick setup, easy programming, and high precision.
FANUC’s standard controller, the A‑Cabinet is FANUC’s compact and stackable solution. Perfectly suited to industrial environments, it is designed for limited/2 aux. axes.
This model contains the same technology as the A‑Cabinet, but with ample space for additional amplifiers or I/O modules. It is perfectly suited to industrial environments.
The FANUC M-2000 Series handles up to 2.3 tons with unmatched reach and strength, ideal for heavy-duty lifting and large part handling.
An M‑2000 robot lifts an electric vehicle while an AMR‑mounted robot inspects the underbody using integrated iRVision.