R-30iB Plus
FANUC’s R‑30iB Plus controller delivers fast processing and improved performance, enabling quick setup, easy programming, and high precision.
This series of high-speed delta robots offers infinite flexibility thanks to ultra-variable mounting positions and human hand-like versatility. Ideal for pick and place applications, the very high operating speeds provided by this 4-axis lightweight model reduce cycle times for tasks involving low payloads.
Equipped with a single-axis wrist and capable of working at speeds of up to 3,000 degrees/second, this model is ideal for high speed picking applications.
With no dead zone in the work envelope, straight line motion from point to point and maximized speed, this innovative 6-axis parallel-link configuration is ideal for intricate high speed assembly work.
Increase flexibility on precision picking jobs by integrating iRVision into the mechanical unit. A PC is not required with all monitoring done via iPendant.
Cover an additional range of applications easily by simply adding another 500 grams payload.
FANUC’s R‑30iB Plus controller delivers fast processing and improved performance, enabling quick setup, easy programming, and high precision.
Powerful and self-contained, this is the ideal choice for smaller robots and has been designed specifically for M series and LR-Mate robots. It is stackable for multi-robot cells.
Open-Air Cabinet Ideal for M1, M2, M3 and LR Mate robots, this unit is powerful and self-contained. It is built for office or it can be mounted into cabinets for very dirty or humid environments. It is also stackable for multi-robot cells.
The FANUC M-1iA Series is a compact, high-speed delta robot for precise small part handling in tight, space-constrained applications.
A fully automated cartoner uses FANUC robots to lane, collate, erect cartons, load pouches, and rack finished packages.
Video courtesy of ESS Technologies Inc.
This system feeds, labels, inspects, and cartons small pharma bottles using a FANUC M‑1iA delta robot for consistent packaging.
Video courtesy of Transautomation Technologies