Fanuc M-20iA With R-30iB
The fastest handling robot in its class, the Fanuc M-20iA Series delivers improved throughput and optimized cycle times across a wide range of pick, place and machine tending operations. Weighing just 250 kg, the M-20iA boasts up to 20 kg in payload, very high axis speeds and acceleration resulting in high wrist movements. Slim cable-integrated arm and hollow wrist assembly support make for easy operation even in confined work areas.
- Fanuc M-20iA Robot
- R30iB Control
- Power cables
For robotic assembly, automatic packing, and material handling applications, the FANUC M-20ia industrial robot is designed. In several automatic arc welding cases, this robot is often used as it is the FANUC Arcmate 120ic mechanically The M-20IA is a servo-driven 6-axis robot. The robot FANUC M20ia was developed in conjunction with the controllers FANUC R-30ia and FANUC R-30ib. Although similar to its FANUC M-16ib predecessor, the M 20ia has a hollow wrist which makes internal cables possible, which provides greater stability, longevity, and movement. Inverted, fixed, or placed on a road to complete more complicated applications may be used by this handling robot.
A05B-1222-B202 is the component number for the robot mechanical arm. If this joint robot is not required for the maximum payload and scope, the FANUC M-10ia provides a cost-efficient substitute. If the greater payload is required, instead, use an M-710ic/50. In robotic water jets and automated system tending systems, this second-hand robot can also be used. Moreover, the FANUC M 20ia is similar to the FANUC M-16ib/10L robot in operation. The wrist and J3 of this FANUC robot have a regular waterproof UP67 rating.
For this robot, A05B-1222-B201 is the mechanical unit number. In the used robot market, this FANUC robot is becoming more popular, and the FANUC price of M20ia is still decreasing. This robot is identical to the ABB IRB 2600, Motoman HP20, and KUKA KR 16 in scope and payload.
FANUC M-20iA | Machine Tending Robot
|Mounting:||Floor, Inverted, Angle|