Fanuc M-16iB
Medium payload 6 axis industrial robot. Typically used for handling, extraction of parts from injection machines, machining, etc...
The powerful and user friendly R-j3iB control system makes this robot one of the most popular ones in its range.
The FANUC M-16iB is a six-axis, modular construction, electric servo-driven robot designed for a variety of industrial applications. Based on its simple and reliable construction, the FANUC M16iBRJ3iB provides sophisticated motion control and consistent performance with high productivity.
The FANUC M-16iB features:
• Small footprint supports placement in confined areas
• Dust and water resistant design maximizes durability
• Work envelope and position flexibility are eliminated by absolute serial encoders
• Absolute serial encoders dismiss the need for calibration at power-up
• No modification of robot for upright, inverted, angle and wall mounting
• Best axes speeds in its class
Rj3iB control features
- B size cabinet
- Quick change amplifier
- Fast boot time < 30 s
- PCMCIA Software distribution
- Easy connections to a variety of I/O
- Color teach pendant for even easier programming and custom cell user interface design.
General specifications
- Number of axis: 6
- Maximum Load of Robot: 16 kg
- Maximum horizontal arm reach: 1667 mm
- Repeatability: ±0.08 mm
- Controller: R-J3iB
Robot motion speed
- Axis 1: 165°/s
- Axis 2: 165°/s
- Axis 3: 165°/s
- Axis 4: 165°/s
- Axis 5: 165°/s
- Axis 6: 165°/s
Robot motion range
- Axis 1: ±170°
- Axis 2: +160° -90°
- Axis 3: +290° -170°
- Axis 4: ±200°
- Axis 5: ±140°
- Axis 6: ±450°
Robot applications
- General handling
- Machining
- Dispensing
- Machine loading
- Arc welding
Awaiting more stock
Industrial Machinery Export Bilbao, S.L.
Polígono Ugaldeguren III, nó 32, Pabellón 1
48170-Zamudio (Vizcaya) Spain
Tel. 0039 3387620171
0039 3395310971
daniela@eurobots.com
matteotenti@eurobots.com
Polígono Ugaldeguren III, nó 32, Pabellón 1
48170-Zamudio (Vizcaya) Spain
Tel. 0039 3387620171
0039 3395310971
daniela@eurobots.com
matteotenti@eurobots.com
Last updated: 19 Dec, 2024