skim through

Benefits

Operator acceptance and trust in the robot: End-of-Arm-Safeguard ensures that robot motion is stopped before crushing occurs

Higher robot speeds can be realized in many collaborative applications

Significantly reduced effort for force and pressure measurements according to ISO/TS 15066

Optimized space utilization for more efficient operations

Increased robot speed in non-collaborative areas thanks to muting mode

Intuitive and easy configuration

Plug-and-play installation

Features

Reduced residual risk of crush hazards

Non-contact collision avoidance around robot fixtures

Protective area movement by robot arm

Muting mode for non-collaborative robot work areas

Configuration via UR Teach Pendant

Mounted on robot flange

Compatible with Universal Robots' e-Series

Advantages

It's all about teamwork now
Small, lightweight robots are increasingly taking on simple, tedious tasks.This is where cooperation should be visualized as much as possible.That's where End-of-Arm-Safeguard comes in: it supports ergonomic, efficient and safe operations in collaborative robotics applications.End-of-Arm-Safeguard is designed specifically for collaborative robots from Universal Robots.

Squeeze-Free Cooperation
End-of-Arm-Safeguard safely stops the robot before it is crushed by a tool or workpiece.This improves operator acceptance.

Tight Human-Robot Collaboration
By protecting work hazards around fixtures and workpieces, operators can safely collaborate directly in the vicinity of the robot.

Appropriate safety solutions
To prevent residual risk from fixturing and workpiece extrusion, End-of-Arm-Safeguard, performance level c, provides an adequate level of safety for many collaborative robot applications.

End-of-Arm-Safeguard inspires acceptance and trust!

Safety meets productivity
The innovative End-of-Arm-Safeguard instantly protects potential pinch points around robotic tools.This not only ensures higher speed and collaboration in robotic applications, but also significantly reduces safety verification costs.It also provides tailored protection that works where it's needed.With SICK's End-of-Arm-Safeguard, organizations benefit from increased safety and productivity - a harmonious symbiosis of modern production environments.

Efficient safety verification
End-of-Arm-Safeguard prevents the operator's hand from being trapped between the robot tool and the table surface.This significantly reduces the number of squeeze points that need to be verified for force and pressure measurements according to ISO/TS 15066.

Faster collaborative robots
In many cases, non-contact protection of the tool and workpiece area can increase robot speed in collaborative use.

Targeted muting
End-of-Arm-Safeguard provides protection where it is needed.Safety engineering teams can target bypass End-of-Arm-Safeguard in areas where other protection measures are in place or where no hazard exists.

End-of-Arm-Safeguard: Improving safety and efficiency in production

Quick to install and easy to configure
End-of-Arm-Safeguard mounts directly to the robot flange and is fully integrated into the Universal Robots Robot Safety System via the EOAS-URCap.Configuration is intuitive and fast thanks to the UR Teach Pendant, which means that the entire installation process typically takes only 15 minutes.No specialized knowledge is required for day-to-day operation.

Easy Installation
The safety system hardware is mounted directly to the robot flange, which can be done instantly, and connected to the robot controller via two connecting cables.

Installation of URCap
End-of-Arm-Safeguard's URCap is designed as a Safety plug-in.It can be installed and enabled directly from the UR Teach Pendant on the robot controller.

Intuitive configuration
The safety configuration can be done in just three steps: setting the IP address, defining the length of the protection zone, and teaching the verification points.After that, you can start using the robot program.

Ready in minutes

More available work zones
End-of-Arm-Safeguard's protection zones move with the robot arm and are always where they are needed.This optimizes the use of the shop floor area, avoids unnecessary stopping of the robot during operation, and provides the operator with efficient work and ergonomic freedom of movement.

People can move freely
Large protective areas and fences around the application limit the radius of movement and (machine) access for the operator.With End-of-Arm-Safeguard, the working environment can be made freer and more attractive.

Efficient use of space
If the End-of-Arm tool is protected, no additional guarding measures may be required to protect the hazardous area or to implement hazardous point protection.This opens up completely new possibilities for compact but fence-free machine solutions.

Smooth human-machine collaboration processes for an attractive workplace