Robotics in Manufacturing
Kawasaki6-axis industrial

Kawasaki RS080N

Mid-heavy arm for material handling and palletizing support

The RS080N handles mid-to-heavy loads for material transfer, machine tending, and light palletizing. Its rigid arm structure keeps accuracy consistent at full reach.

J1J2J3J4J5MAX REACH2100 mmPAYLOAD80 kgREPEATABILITY±0.06 mm
KINEMATIC SCHEMATIC6 DOF · SERIAL LINKAGE
Payload
80 kg
Reach
2,100 mm
Repeatability
±0.06 mm
Axes
6

Specifications

Manufacturer-class reference figures

Brand
Kawasaki
Class
6-axis industrial
Payload
80 kg
Reach
2100 mm
Repeatability
±0.06 mm
Axes
6
Robot mass
555 kg
Protection
IP67 wrist / IP65 base axes
Controller
F02
Introduced
Not confirmed
Mounting
Floor · Ceiling

Strengths & trade-offs

Strengths

  • +Strong payload-to-footprint ratio
  • +Rigid arm holds accuracy at full reach
  • +Reliable in continuous multi-shift use
  • +Compatible with Kawasaki's palletizing software

Consider

  • Large swept volume needs generous cell clearance
  • Higher power draw than lighter arms

In the field

How this arm shows up on real lines

The Kawasaki RS080N puts 80 kg at the end of a 2,100 mm reach, so one arm can cover a wide material handling footprint. It's a mid-heavy arm aimed at material transfer, machine tending, and palletizing support. Six axes give the wrist enough freedom to reorient parts anywhere across that work envelope.

Repeatability lands at 0.06 mm, and the rigid arm structure keeps that accuracy consistent out at full extension. That steadiness matters when the arm sets parts into machine fixtures or stacks layers on a pallet, where small placement drifts compound over a shift. It's also built for continuous multi-shift running.

Floor and ceiling mounting give integrators two ways to seat the arm, whether it works up from the base or reaches down over a machine. At 555 kg it's a fixed installation that anchors to a solid foundation. Its large swept volume needs generous clearance, so cell layout has to account for the full arc it covers.

The trade-offs are practical: that same span demands room, and power draw runs higher than on lighter arms. Utility planning and cell clearance both scale with the reach. Those are the costs of putting 80 kg this far out on a single arm.

The RS080N runs on Kawasaki's F02 controller and carries an IP67 wrist / IP65 base axes rating. It pairs with Kawasaki's palletizing software, which lines up with its palletizing role.

The standout stays the numbers themselves: 0.06 mm repeatability held steady out at the full 2,100 mm reach. That precision sustained across the whole envelope is the RS080N's calling card.

Where it lands

This model against its closest alternatives

Reach (mm)
Kawasaki RS080N
2,100 mm
FANUC M-710iC/70
2,050 mm
ABB IRB 4600
2,050 mm
FANUC R-1000iA/80F
2,230 mm
Payload (kg)
Kawasaki RS080N
80 kg
FANUC M-710iC/70
70 kg
ABB IRB 4600
60 kg
FANUC R-1000iA/80F
80 kg

Alternatives to consider

Common questions

What is the payload of the Kawasaki RS080N?
The Kawasaki RS080N has a rated payload of 80 kg.
What is the reach of the Kawasaki RS080N?
The Kawasaki RS080N has a maximum reach of 2100 mm.
How precise is the Kawasaki RS080N?
Its rated repeatability is ±0.06 mm across 6 axes.
What is the Kawasaki RS080N used for?
Typical applications include material handling, machine tending, palletizing. It is a 6-axis industrial robot from Kawasaki.
What controller does the Kawasaki RS080N use?
The Kawasaki RS080N runs on the F02 controller.