Top 10 M-410iC/315 Alternatives

  • ABB IRB 2600
  • FANUC M-20iB/25
  • FANUC M-410iC/185
  • FANUC M-410iC/500
  • FANUC M-410iC/110
  • YASKAWA MPL800II
  • FANUC R-1000 iA /80H
  • FANUC M-710iC/50H
  • FANUC R-1000iA/80F
  • FANUC M-900iB/330L
  • FANUC M-410iB/700
1
ABB IRB 2600
4.9/5 (2)
Payload 12-20 kg | Reach 1650-1850 mm

The IRB 2600 is the second model in the sharp generation range with enhanced and new capabilities. It is a compact robot with a high payload capacity. The design has been optimized for targeted applications like arc welding, material handling and machine tending. The IRB 2600 is available in three variants, with options for floor, wall, shelf, tilted or inverted mounting onfigurations.

2
FANUC M-20iB/25
4.9/5 (1)
Payload 25kg | Reach 1853mm
The M-20iB/25 is the first in a new generation of FANUC M-20iB robots. Combining a lightweight hollow upper arm and wrist with advanced servo technology, the M-20iB series has been designed to achieve faster cycles and increased throughput on a range of applications. Models come fully encapsulated to IP67 standard, making them ideally suited to wet, dirty and harsh processes such as auto deburring.
3
FANUC M-410iC/185
No reviews yet.
Payload 185kg | Reach 3143mm
Designed specifically for the job by the company that built the world's first dedicated palletising robot, the M-410 series increases throughput on palletising and handling applications. This compact 4-axis model is your choice for high speed pallatising, assembly, machining and parts transfer applications.
4
FANUC M-410iC/500
No reviews yet.
Payload 500kg | Reach 3143mm
The M-410iC/500 palletising robot replaces the M-410iC/450. Stronger and faster than the 450, the M-410iC/500 improves throughput and will lift 500 kg. Designed specifically for the job by the company that built the world's first dedicated palletising robot, the M-410 series is the solution for palletising and handling applications.
5
FANUC M-410iC/110
No reviews yet.
Payload 110kg | Reach 2403mm
Built on the basis of the FANUC M-410 model series, this 4-axes robot stands out based on its slim design and optimised kinematics. These features allow it to perform palletising tasks at a high speed (throughput of 2200 cycles per hour) while making the most efficient use of the available workspace. Compared to the larger models of this series, the M-410iC/110 is considered the fastest palletising robot in its class with a working range of 2,400 mm.
6
YASKAWA MPL800II
No reviews yet.
Payload 800kg | Reach 3.159mm
The MOTOMAN MPL800 II 4-axis robot has a payload of 800 kg and a reach of 3,159 mm. This model is the largest palletising robot available in the world.
7
FANUC R-1000 iA /80H
No reviews yet.
Payload 80kg | Reach 2230mm
With its slim design and small footprint, this model saves precious floor space and is ideally suited to compact cells. And thanks to its speed and 5th axis, it makes a great choice on palletising applications requiring high rates of throughput and maximum reliability.
8
FANUC M-710iC/50H
No reviews yet.
Payload 50kg | Reach 2003mm
This innovative series of lightweight robots features a slim wrist, rigid arm and small footprint. High axis speeds make it extremely fast, while the 5-axis design makes it ideal for packing and palletising applications.
9
FANUC R-1000iA/80F
No reviews yet.
Payload 80kg | Reach 2230mm
This robot is a versatile high-speed performer, capable of fast acceleration and improved cycle times on a range of operations including welding, handling and palletising. Its 6 axes provide huge flexibility across a range of applications with standard wrist protection making it capable of working in wet and dusty environments.
10
FANUC M-900iB/330L
No reviews yet.
Payload 330kg | Reach 3203mm
This long arm model comes with a compact mechanical construction ensuring an optimal weight-payload ratio. The large work envelope with a horizontal reach of 3203 mm and a vertical reach of 3539 mm makes it an ideal solution for heavy spot welding and material handling application like palletising. Its inherent stiffness and the high payload qualify it for operations that demand higher levels of rigidity from the robot.