Top 10 ZX165U Alternatives

  • FANUC R-2000iC/165F
  • KAWASAKI BX100L
  • FANUC M-20iD/35
  • KAWASAKI ZX200S
  • KAWASAKI ZX130S
  • KAWASAKI ZX300S
  • KAWASAKI ZX130L
  • KAWASAKI BX250L
  • KAWASAKI BX300L
  • YASKAWA GP165R
  • KAWASAKI BX165N
1
FANUC R-2000iC/165F
5/5 (2)
Payload 165kg | Reach 2655mm
The R-2000 range's all-round model, the flexibility offered by this 6 axis high-payload model sets new standards in almost every industry. Equipped with a thin wrist and capable of delivering excellent cycle times, it makes a nimble spot welding robot on automotive and similar applications. It has also been designed to maximise use of space and enable it to work in close proximity to other robots.
2
KAWASAKI BX100L
4.7/5 (1)
Payload 100kg | Reach 2597mm

The KAWASAKI BX100L is a robust industrial robot designed for high-speed spot welding applications. With a payload capacity of 100 kg and a maximum reach of 2597 mm, it falls under the category of large robots capable of handling significant loads. One of its standout features is its hollow wrist, which houses cables and hoses, thereby reducing wear and tear and improving the robot's longevity. This design makes it particularly suited for managing small to medium-sized weld guns efficiently.

In terms of capabilities, the BX100L excels in spot welding, but it is also versatile enough to be used in assembly and material handling applications. Its precision and speed make it a valuable asset in production lines where efficiency and accuracy are paramount. The BX100L can easily replace older, less efficient robots, offering an upgrade in performance and reliability.

Applications for the KAWASAKI BX100L include car body assembly and auto body spot welding, as demonstrated in industry events like iREX2015. Its ability to integrate seamlessly into existing production setups, combined with its optimized performance for spot welding tasks, makes it a preferred choice in automotive manufacturing and other industries requiring precise, high-speed welding solutions.

3
FANUC M-20iD/35
4.7/5 (1)
Payload 35kg | Reach 1831mm
With a payload of 35 kg this robot is designed for material handling of large parts. Equipped with outstanding axis speeds and ultimate precision within its class this robot is suitable for a wide range of applications
4
KAWASAKI ZX200S
No reviews yet.
Payload 200kg | Reach 2651mm
The ZX200S robot features a wide motion range and is suitable for a variety of applications, from spot welding to material handling.
5
KAWASAKI ZX130S
No reviews yet.
Payload 130kg | Reach 2651mm
The ZX130S robot features a wide motion range and is suitable for a variety of applications, from spot welding to material handling.
6
KAWASAKI ZX300S
No reviews yet.
Payload 300kg | Reach 2501mm
The ZX300S robot features a wide motion range and is suitable for a variety of applications, from spot welding to material handling.
7
KAWASAKI ZX130L
No reviews yet.
Payload 130kg | Reach 2951mm
The ZX130L robot features a wide working range and long reach. It is suitable for a variety of applications, from spot welding to material handling.
8
KAWASAKI BX250L
No reviews yet.
Payload 250kg | Reach 2812mm
The BX250L high-speed spot welding robot features a hollow wrist for housing cables and hoses, a longer reach with wide motion range, and a higher payload capacity.
9
KAWASAKI BX300L
No reviews yet.
Payload 300kg | Reach 2812mm
The BX300L high-speed spot welding robot features a hollow wrist for housing cables and hoses, a longer reach with wide motion range, and the highest payload capacity of the B series robots.
10
YASKAWA GP165R
No reviews yet.
Payload 165kg | Reach 3.143mm
The flexible, shelf-mounted MOTOMAN GP165R robot provides extended reach of 3.134 mm, a payload of 165 kg and an outstanding repeatability of better than +/- 0.05 mm. A streamlined upper arm provides easy access to parts in confined spaces. As being a shelf-type robot, the motion range is extended for working below the robot base level, allowing to the robot to be installed on a raised steel structure to save floor space. Latest Sigma7 Servo Motor technology and high inertia wrist allows fast axis speed and acceleration to decrease cycle time and optimize production output.