Applications design - Import export

Applications The design and characteristics of the LED tri-proof make it ideal for assemblies in a wide variety of facilities such as factories, warehouses, parking, tunnels, terraces ... as well as places with humidity.

It is a non adhesive plasticised PVC tape, without DOP plasticiser. It is available in black. APPLICATIONS Wrapping of automotive electrical wiring harnesses.It is designed for wrapping applications by hand Products designed for applications which require a temperature resistance, class T1 or A (85°C) PRODUCT BENEFITS Harnesses wrapped with it have superior flexibility Good adhesion to itself Unwind force moderate for hand application Good chemical resistance Self-extinguishing on harness Without DOP plasticisers Conform to European Directive 2000/53/EC for End of Vehicle Life (ELV) recycling (does not contain heavy metals) Operating temperature between –40°C to +85°C

RB-KAIROS+ is a mobile manipulator designed for the plug&play integration of Universal Robots e-Series arms. Its software and hardware are fully prepared to mount the arm OEM DC e-series and thus turn the robotic arm into an autonomous mobile manipulator. This allows unlimited expansion of the cobot workspace and an excellent way to improve the productivity of any factory. It is extremely useful for industrial applications such as pick and place, part feeding, metrology, quality control, operations on large parts or packaging, cleaning, polishing, screwing, drilling, etc.In addition, RB-KAIROS+ has been designed to be a collaborative mobile manipulator able to work in industrial environments. Thanks to its safety laser scanners (optional), the robot can safely share the workspace with the operators. RB-KAIROS+ has a robust steel design and can carry up to 250 Kg. The mobile platform has omnidirectional kinematics based on 4 high-power drive wheels. RB-KAIROS+ is a UR+ certified.

The RB-1 BASE mobile robot is a robotic platform designed for indoor applications. It can transport different loads or materials up to 50 kg of payload and can integrate other components or platforms, such as a robotic arm or a torso. The robot is able to detect obstacles in two different ways, by the installed RGBD sensor and by the laser sensor used for navigation and positioning. In both cases, the robot can stop or find an alternative route to avoid the obstacle and reach the next waypoint. The software includes a control system, a laser-based tracking system, a navigation system and a (basic) HMI user interface. The tracking and navigation components are standard packages that are configured to suit the application. The low-level control system software is supplied with the platform. As all Robotnik robots, the RB-1 BASE is fully customisable and based on native ROS.

SUMMIT-XL STEEL is a robotic platform for application development (logistics, indoor transport, etc.). It has a robust design and can carry up to 250 kg payload. The mobile platform has omnidirectional kinematics based on 4 high-power mechanum drive wheels. Each wheel integrates a brushless motor with a high precision odometer sensor. The robot base can navigate autonomously or teleoperated by means of a PTZ camera that transmits video in real time. SUMMIT-XL STEEL can be configured with a wide range of sensors. It also has internal (USB, RS232 and GPIO) and external connectivity (USB, RJ45, power supplies 5, 12 VDC and battery) to add custom components easily. SUMMIT-XL STEEL uses the ROS open architecture.

The RB-ROBOUT mobile robot is the solution for transporting heavy loads up to 1 tonne in weight, in indoor industrial environments such as factories or warehouses. Its ergonomic, low height and compact mouse-like design makes the RB-ROBOUT the ideal mobile robot for transporting both material trolleys and loads directly on the platform. It has a robust steel design and the dolly has omnidirectional kinematics based on 4 high power drive wheels. Thanks to the safety lasers, the RB-ROBOUT is an autonomous and collaborative robot able to share the working space with the operators in an intelligent way by detecting obstacles, searching for alternative routes and optimising trajectories. The robot is capable of operating with different types of localization: SLAM (map-based navigation) or philoguided (for very high precision requirements), and is able to use different modes in the same installation. All Robotnik robots are modular and their architecture is based on ROS.