Fanuc M-900iA/350Print this page
Fanuc M-900iA/350
For mould manipulation
The FANUC Robotics' M-900iA/350 robot is designed for precision, high speed/high payload handlings with user friendly design and maximum reliability. Our extensive service and spare parts network supports maximum availability.
The M-900iA is a modular electric servo-driven robot with six axes, designed for a broad series of production processes and systems.
Maximum weight: 350 kg
Maximum range: 2,650 mm
Repetition accuracy: +/- 0.3
Axes: 6
Speed of motion:
J1 : 100°/s
J2 : 95°/s
J3 : 95°/s
J4 : 105°/s
J5 : 105°/s
J6 : 170°/s
Area of motion:
J1 : 360°
J2 : 150°
J3 : 223°
J4 : 720°
J5 : 250°
J6 : 720°
Application: Others
Features (Mechanic)
- Various controller types and suspension facilities
- 6 motion axes
- Slim profile design
- RV reducers for all axes
- Process/application cables situated in the arm
- No motor on the wrist
- No spring stabiliser and no counterweight on the mechanic unit
Control:
- Fast changing of servo-amplifier < 5 min
- Fast start-up time < 30 s
- Standard Ethernet port
- PCMCIA software distribution
- Easy connection with an assortment of I/O, contains a number of used I/O networks
Software:
- Specific control software
- Vision system for product inspection, and pick and place
- Packages for various web-based software tools for remote connection, diagnosis and production monitoring
Advantages
- Solid wrist design for reliability even in heavy-duty production environments
- Small base and reduced controller size to save floor space
- Slim arm and wrist mounting to reduce obstruction with peripheral equipment, and to enable processing in tight environments
- "The best of its kind" for moments and inertia. It complies with various heavy-duty process applications
- Various fastening points for easier integration
- Stationary outside arm simplifies hose and cable packages and enhances the operating life.
- Proven, reliable FANUC servo control for the highest uptime and productivity
- If required, the robot can be installed upside down
- Longer maintenance intervals and hence lower production costs
- Robust mechanical design reduces downtime, increases the average time between breakdowns
- High MTBF reduces the need for spare parts
- High processing performances resulting in less cycle time and high processing capacity
Options
- Solid sealing for protection against dust and liquid in a rough environment
- Standard basic plate for fast robot installation
- External axis structure for integration in servo-driven peripheral equipment
- Adjustable mechanic stops for J1 and J2
- Various lengths of robot connecting cables for flexible installation of the controller and optional track cables
- Teach Pendant with colour screen, suitable for internet access, for easier programming in a user defined interface