KUKA LBR grippers

KUKA LBR grippers are intelligent and sensitive robot end effectors for the LBR iiwa. In our gripper range you will find the right end effector for any gripping task – whether pneumatic or electric.

LBR grippers: overview of the KUKA portfolio

The KUKA gripper portfolio offers you the right gripper as an end effector for any gripping task:

KUKA sensitive LBR gripper for three different media flanges
KUKA pneumatic long-stroke gripper for two different media flanges

Advantages of the LBR grippers

With our LBR gripper portfolio, you can get to grips with anything. Their special design makes our grippers extremely flexible, precise and safe.

Functions enabling human-robot collaboration
There is no hazard whatever to the human operator due to the edge-free and rounded design. It is also possible to limit the gripping force to 140 newtons during collaboration instead of the maximum available force of 1000 newtons. Limitation for the pneumatic gripper is carried out using a sealed overpressure valve. For the sensitive gripper, fail-safe jaws are used. These are released in the case of a higher force, disabling the motion.
Efficient and light
All grippers are characterized by a compact design and low weight – making for excellent performance in terms of energy efficiency as well.
Settable gripping force
In the case of the pneumatic gripper, the gripping force can be infinitely adjusted up to the limit of 140 newtons on the ready-to-connect controller supplied. For the sensitive LBR gripper, the gripping force is specified via the controller.
Fast integration
Using the connecting cables supplied, the grippers can be integrated into the flexFELLOW or your system quickly and easily.
Easy start-up
Start working with the grippers right away - using the KUKA Sunrise.Gripper Toolbox: this assists you with the software setup and provides you with a simple programming interface for your applications.

The sensitive LBR gripper

The sensitive LBR gripper from KUKA is the first gripper to facilitate use in HRC applications on account of its form and special jaw covers. Both the operator and the workpiece are optimally protected: injuries caused by the housing are precluded on account of the edge-free and rounded design.

You can additionally control the gripping force sensitively and limit it mechanically by means of safety jaws to values that will not cause injury. This causes the gripper fingers to be automatically uncoupled when a defined force is exceeded. In addition, the drive train of the gripper is blocked. The function is reversible: once you have activated the safety function and manually recoupled the gripper fingers, you can use the gripper again immediately.

The fully integrated controller provides absolute flexibility in the operating mode – the position, speed and gripping force can be freely selected. Various electric media flanges are supported (see scope of supply).

Scope of supply for the sensitive LBR gripper

The following components are included in the scope of supply:

Compatible media flanges: electric or touch electric or inside electric
Gripper mechanism with integrated controller
Connecting cables for bus and energy (gripper to robot, robot to controller)
Simple integration and control with KUKA sunrise.Gripper Toolbox
Optional: safety jaws, flexible adaptive gripper fingers, KUKA flexFELLOW, KUKA LBR iiwa, Sunrise Cabinet including control cables for the robot

You will find additional components in the supplementary portfolio.?Also find out about our flexFELLOW series?and the possibilities that arise through the combination of a mobile unit and the LBR iiwa.?

The pneumatic long-stroke gripper

The pneumatic long-stroke gripper from KUKA turns the LBR iiwa into the extended arm of the human operator. At the same time, the human is protected at the shared workplace. Two variants with a variable stroke and different gripping force and function are available:

Gripping force is limited to 140 newtons by pressure reduction
Stroke per jaw: 40 millimeters
Gripper function: internal and external
Closing time for total stroke: 163 milliseconds
Product weight: approx. 820 grams
Flange distance: 41.8 millimeters

Gripping force of both jaws combined: max. 1,400 newtons
Gripper function: internal and external
Stroke per jaw: 4 millimeters
Closing time for total stroke: 18 milliseconds
Gripping force safeguard: opening and closing
Weight: 160 grams

Scope of supply for the pneumatic LBR grippers

The following components are included in the scope of supply for all three variants of the pneumatic LBR grippers from KUKA:

Compatible media flanges:
For long stroke: pneumatic IO, pneumatic touch
For short stroke and centric gripper: pneumatic IO
Gripper mechanism
Proximity switches for detecting the states: gripper open, gripper closed, component gripped
Mechanical, pneumatic and electrical interface
Optional: KUKA flexFELLOW, KUKA LBR iiwa and Sunrise Cabinet

Additional options are available in our supplementary portfolio.

Download the brochure about our KUKA LBR gripper:

KUKA LBR iiwa

The LBR iiwa is the first lightweight robot suitable for use in industrial applications. Combined with our grippers, it forms your individual solution.

The pneumatic long-stroke gripper is also available as a Touch variant.

Product weight: approx. 1000 grams
Flange distance (flange mounting surface – gripper finger mounting surface): 69.8 millimeters

Scope of supply of the pneumatic LBR gripper

The following components are included in the scope of supply for both variants of the pneumatic LBR gripper from KUKA:

? Gripper mechanism

? Compatible media flanges: IO pneumatic, touch pneumatic

? Proximity switches for detecting the states: gripper open, gripper closed, component gripped

? Mechanical, pneumatic and electrical interface

? All required pneumatic components preinstalled on a mounting plate, suitable for KUKA flexFELLOW with pneumatic drawer

? Easy start-up using sunrise.Gripper Toolbox

? Optional: adaptive flexible gripper fingers, KUKA flexFELLOW, KUKA LBR iiwa and Sunrise Cabinet

Additional options are available in our supplementary portfolio. Please do not hesitate to contact us for further information.