The Wrist Camera is a Plug 'n Play adapter for Universal Robots. It enables part-detection, localisation and part teaching on UR teach pendant. It allows for color validation and is integrated on the robot's wrist.
The Robotiq Wrist Camera is made for collaborative robot applications in highly flexible industrial environments. It allows quick part teaching and design changes for a fast time to production.
Easy to integrate and easy to use, features include:
Fits on all UR wrists and connects directly to the robot controller
No need of external PC or hardware to teach, edit or run
Compact & slim aluminum body, sealed hardware for industrial needs
FT 300 Force Torque Sensor | Robotiq
The FT 300 enables force sensitive applications with Universal Robots. Applications include machine tending,finishing, insertion, quality testing, assembly and pick & place.
The FT 300 is built for compatability with Universal Robots, it's simple to install and takes precise, repeatable and high-resolution measurements. The stiff metal compostition ensures high accuracy.
EyeT+Pick | IT Robotics
EyeT+Pick is the outstanding 3D device for random bin picking. EyeT+Pick allows a robot manipulator to collect objects randomly arranged within a container.
The use of vision systems brings many benefits with respect to conventional automation systems. One of the most important factors is the extreme flexibility with which various types of products can be handled using the same automation. Since the system collects the products directly from the containers in which they are placed, there is no need for mechanical systems dedicated to each single type of product. New product models can be defined directly by the operator using Smart Pick 3D Solid, the programming software supplied along with the system itself.
EyeT+Inspect | IT Robotics
EyeT+Inspect is the outstanding 3D device for robotic visual inspection combining robust 3D vision to inspect product shape with fast 2D vision to inspect product surface.
EyeT+Inspect optimizes production thanks to automatic and objective removal of defective products from the production line.
EyeT+Inspect is designed to be integrated with a robot to manipulate the product in front of the device or else to manipulate the device on the product. To ease robot programming, EyeT+Inspect exploits Real-Time Visual Feedback.
Real-Time Visual Feedback allows to define inspection robot path easily with real-time 3D acquisition feedback thanks to device direct connection to robot controller. New product models can be defined directly by the operator using Smart Inspect 3D, the software solution to configure the system and collect detailed statistics about the quality of the production.
EyeT+Inspect can be perfectly integrated with the well-established software solution Smart Inspect 3D to configure the system and collect detailed statistics about production.
Smart Inspect 3D is powered easily to use software tools for 2D and 3D visual inspection. The most flexible and easy to use software tool works by comparison: the defect is detected comparing the shape in 3D or the surface in 2D of the current product with a reference product acquired during a learning cycle.
MiR500 Pallet Lift | MiR
MiR500™ Pallet Lift enables the MiR500™ to autonomously pick up and drop off pallets and ensures stable handling and transport of your pallets. It enables the MiR500™ to lift pallets autonomously from the MiR500™ Pallet Rack and lowers the pallet for stable transportation of payloads up to 500 kg.
MiR500™ Pallet Lift
With the MiR500™ Pallet Lift, the MiR500™ picks up, transports and unloads pallets autonomously, freeing up employees for more valuable tasks. MiR500™ has a speed of 2 m/sec (7,2 km/hour) for extremely efficient transportation time. There is no need to change the facility layout when operating the MiR500™ as the function of wires, magnets or QR codes is replaced by sophisticated navigation software. Simply download CAD files of the facility to the robot or use its laser scanners to create a map - that's all it takes to ensure a fast and cost-efficient implementation.
Height when lowered
Total height when lifted
Pallet Lift Payload
MiR500 Pallet Rack | MiR
The MiR500™ Pallet Rack is the delivery station for your EUR-pallets. The MIR500™ drives autonomously into the MiR500™ Pallet Rack and delivers or pick up pallets safely. MiR500™ Pallet Rack is the delivery station for your EUR-pallets. It enables the MiR500™ to autonomously collect and deliver pallets with the MiR500™ Pallet lift, for stable transportation of payloads up to 500 kg.
MiR500™ Pallet Rack
When equipped with MiR500™ Pallet Lift, the MiR500 can drive into the delivery station MiR500™ Pallet Rack to pickup or deliver EUR-pallets safely, efficiently and in a completely autonomous way, freeing up employees for more valuable tasks. MiR500™ has a speed of 2 m/sec (7,2 km/hour) for extremely efficient transportation time. There is no need to change the facility layout when operating the MiR500™ as the function of wires, magnets or QR codes is replaced by sophisticated navigation software. Simply download CAD files of the facility to the robot or use its laser scanners to create a map - that’s all it takes to ensure a fast and cost-efficient implementation.
Height when lowered
Pallet Rack Payload
Pallet Production Specs
MiR Charge | MiR
Fully automatic charging station keeps your mobile robots powered and on the job. MiRCharge™ is a fully automatic charging station that lets MiR robots autonomously reload their batteries as needed. This small, non-intrusive charging station uses standard power and can be easily integrated into almost any environment.
Your MiR100™ or MiRHook™ robot will never run out of power in the middle of a job. MiRCharge™ is a fully automatic charging station that offers flexible deployment options to meet your needs.
The robot autonomously returns to the charging station and connects when its battery falls under established limits. It can also be programmed to regularly recharge between deliveries, such as when it returns to a stockroom or depot, which can allow the robot to run nearly continuously. MiRCharge™ fully charges a MiR robot in about two hours. When multiple robots are deployed using MiRFleet™, the system evaluates battery levels and job loads, optimizing utilization and recharging to keep the fleet on the job around the clock.
MiRCharge™ is easy and unobtrusive to install in your facility. It uses standard power outlets and its low profile and small footprint give you additional flexibility in how you power and deploy your mobile robot.
To be mounted flush with floor
Mounting height above floor
4.5cm from floor to bottom edge
Hex 6-axis Force/Torque Sensor | OnRobot
Optoforce technology that is currently available in HEX-E/High-precision and HEX-H/Low-deformation models.
Hex 6-axis Force/Torque Sensor
OnRobot 6-axis force torque sensors provide 6 degrees of freedom force and torque measurement. Our sensors are designed to fit most of the currently used industrial robot arms. Integration with various available interfaces is simple. Common applications are force control devices, teach-in activities and crash detection, but the sensors can be used next to end-effectors in case of grinding, polishing or deburring tools.
Comprehensive software package
20% shorter integration time
Easy-to-use graphical user interface
It takes only 15 minutes to automate complex precision tasks
Pre-programmed force sensing applications
No programming skill is needed | Applications: enter pointing, insertion, hand guiding, path recording
New automation possibilities
Automate tasks that would otherwise require the dexterity of the human hand
Keeps constant force while moving
Automate precise tasks and set new quality standards in your production
Adds the sense of touch to your robot
OMD 3-Axis | OnRobot
Optoforce technology that is currently available in the OMD-10-SE-10N, OMD-20-SE-40N, OMD-20-FE-200N and OMD-30-SE-100N models
OnRobot OMD sensors measure the magnitude and the direction of Fx, Fy and Fz forces based purely on optical principles. We advise these sensors for low budget research programs and for measurements where torque sensing is unnecessary. Semi-spherical sensors are ideal as sensitive fingertips for humanoid robot hands, industrial grippers, harvesting robots, and due to its high durability there are various applications in the field of medical robotics (rehabilitation) and advanced robotics (e.g. exoskeletons) as well.
Some of the smallest sensors in the world
Robust and durable build
Dust- and waterproof (IP65)
Quick and easy to install
Data acquisition unit included
Informative data visualisation via mini-usb
High speed - up to 1kHz
qbMove | qbRobotics
The qbMove is a modular VSA (Variable Stiffness Actuator), an innovative muscle-like building block for the realization of soft robots.
The VSA technology enables to regulate the stiffness of the motor endowing robots with Natural Motion.
qbMove Advanced | qbRobotics
qbActuators are based on variable stiffness actuation and present a wealth of potential uses due to their naturalness of motion, energy efficiency, speed, robustness and task adaptability. The qbMove is a single actuator, proposed in Robotic Kit comprised of multiple qbMoves and connector pieces for assembly and configuration in different robots, e.g. a snake, a hexapod, or a humanoid.
Our VSA, whose operation is similar to a pair of muscles, have the shape of cubes to facilitate modular assembly based on the needs of the end user. The qbmove is a single actuator, proposed in its Advanced version and sold in Robotic Kit that allow different assembly configurations (4 and 6 DOFs robotic arms, snake, hexapod, delta and humanoid).
The qbmove Advanced represents the best of the state of the art of the VSA actuators and is proposed for the educational sector to research institutes and universities.
USB & RS485 communication
Injection moulding nylon case
Nominal torque 5.5 Nm
Nominal speed 5.5 rad/s
Nominal Voltage 24V
Variable stiffness range [0.5 – 83.5] Nm/rad
Active Rotation Angle +/- 180°
Flat Flange Addon | qbRobotics
This add on will help you to fix your qbmoves to the frame.
Flat Flange | qbRobotics
Use this flange to connect two qbmoves or to connect you first qbmove to the frame.
C Flange | qbRobotics
With this flange you can connect two qbmoves to obtain a revolute joint.
Industrial Robot Covers | Robo-Gear
The Roboworld line of industrial robot covers fit the biggest names in the robotics industry such as ABB, Fanuc, Kuka, Motoman, Universal Robots and others. No matter whether you’re in search of a full coverage, a sleeve or simple robot cover or jacket–we’ve got you covered. We go beyond just robot covers too–offering gripper protection, end of arm tooling covers and much more. Our products are custom matched to your application in order to meet your requirements. We work directly with the manufacturer to bring you the best coverage available.
Disposable/Paint Robot Covers | Robo-Gear
Robo-Gear is your BWI representative for the state of Ohio. BWI is the leader in robotic paint covers for over 30 years now. BWI paint covers fit the biggest names in the robotics industry such as ABB, Fanuc, Motoman, DURR and others. We go beyond just robot covers too—offering laundry services for both robot covers as well as PPE, multi-mask products for paint booth walls/windows/rails and clean room wear. Our products are custom matched to your application, your paint process, and your individual needs…all in order to meet your requirements.
Custom Cable/Conduit Covers | Robo-Gear
Robo-Gear offers a wide variety of fire-resistant aluminized cloth (preventing spark damage to cable and hoses), CAT track covers, lift table skirts and bellows custom designed to your exact specification. Insure your robot's longevity by investing in one of these premium covers.
Robot Dress-out | Robo-Gear
Robo-Gear offers the full line of Reiku Cable Management Solutions.
Robo-Gear works to offer you the best in robot dress pack options from Reiku. Conduit, clamps, trumpets, springs… all accessories needed to properly dress and protect sensitive equipment.
ER5 Mobile Cobot Platform | EasyRobotics
ER5 Mobile Cobot Platform is a compact mobile workstation for safe collaboration with robot arms.
Secure robot arms and maximal mobility is a key part of the ER5. The ER5 is equipped with integrated rolls and handholds, facilitating easier movement and deployment. It is fully automated upon delivery with trays, a robot arm and control panel.
ER5 Mobile Cobot Platform
ER5 was specifically designed for the UR3 and UR5 by Universal Robots
Developed to maximize the mobility and flexibility of robots and cobots
Facilitates the start up to automation within your production
Enhances flexibility and effectiveness in production
Can be moved without the assistance of an individual, forklift or a pallet truck
Profeeder Light | EasyRobotics
ProFeeder Light forms part of Stage 1 automation as it increases efficiency and flexibility in production and making it possible to run a small series production unmanned. The ProFeeder Light is ideal for urgent orders or additional orders.
ROI: 6-8 months
Operation of parts tray: Manual change of parts
Mobility: Easily Removable
Series size: Small series
Number of part trays: 1
Production: An “extra-hand”
Profeeder | EasyRobotics
ProFeeder forms part of Stage 2 expansion. The ProFeeder enables you to increase efficiency in order to run small and medium series production in an automated two-shift operation on CNC or milling machine. This solution is mobile, compact and easy to move around between machines with a pallet CNC.
ROI: < 1 year
Operation of parts tray: Changing the mover
Mobility: Easily removable
Series size: Small series
Number of part trays: 2
Production: 2-shift operation
Profeeder Multi | EasyRobotics
ProFeeder Multi forms part of Stage 3 automation. ProFeeder Multi is the stationary solution applied to fully automated 4-shift operations and in the production of a large series.
ROI: 1-5 years
Operation of parts tray: Fully automated
Number of part trays: 2 x 4
Production: Fully automated 4-shift operation
Contact us to start your collaborative automation journey today!