M-1iA | Fanuc 4 or 6 axes mini robot
Overview
FANUC Robotics M-1iA
Fanuc 4 Or 6 Axes Mini Robot
The M-1iA Robot series is ideal for industries producing compact electronic and mechanical devices. For fast and compact production cells. The M-1iA Robot series offers the motion flexibility of a human wrist, fast cycle times, ultra compact arm, precision and more. The fanuc R-30iA Mate and FANUC R-30iA Mate open air controller require minimum space whilst supporting intelligent functions like FANUC iRVision.
NOVEL LIGHTWEIGHT ROBOT FOR ELECTRONICS, MEASURING DEVICE AND OTHER PRECISION INDUSTRIES
- Up to 0.5 kg payload for handling and picking bolts, printed circuit boards etc.
- 280 mm diameter by 100 mm motion range with no dead zones ideal automate tasks, which need the full flexibility of a human hand
- For ultra compact production cells thanks to the compact and lightweight arm of FANUC Robot M-1iA and its compact and powerful FANUC R-30iA Mate Open Air Controller
TOP THROUGHPUT AND NIMBLE 6-AXES MOTION
- Highest productivity for assembly and picking applications
- Lightweight mechanism with best cycle times
- Unique 6-axes parallel link arm mechanism allows to automate difficult tasks such as complex insertion, gluing, soldering and more
FLEXIBLE MOUNTING SAVES PRECIOUS SPACE
- Low mass arm <=23 kg (6-axes version with integrated stand) for compact and lightweight robot cell
- Top access to the work piece and integrated stand allows for plug and play installation
- Robot arm can be floor, ceiling and angle mounted to save space and optimize access to work piece and cycle times
COMPACT AND INTELLIGENT CONTROLLER
- FANUC R-30iA Mate Open Air Controller is ultra compact and can be mounted inside standard control cabinets.
- FANUC integrated iRVision can locate and check work pieces for flexible parts feeding applications and other intelligent tasks (Camera must be mounted remotely from robot)
- FANUC integrated Force Sensor can control force guided assembly and other intelligent applications (Force Sensor must be mounted remotely from robot)
Technical Documents
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