Scott Equipment Company supports OnRobot robotic grippers, vacuum tooling, force/torque sensing, vision, screwdriving, sanding and palletizing technologies for manufacturers and machine builders throughout North and South Carolina.
OnRobot Grippers, EOAT & Robotic Application Tools
OnRobot develops intelligent end-of-arm tooling and application technologies for industrial and collaborative robots. Its portfolio includes electric grippers, vacuum grippers, specialty gripping technologies, force/torque sensors, robot vision, screwdriving, sanding, quick-change tooling, palletizing equipment and software designed to simplify deployment across a broad range of robot platforms.
Flexible Tooling for Industrial & Collaborative Robots
Founded in 2018 and headquartered in Odense, Denmark, OnRobot develops hardware and software intended to make robotic automation easier to deploy and adapt. Its products support applications ranging from machine tending and material handling to assembly, palletizing, finishing and quality inspection.
One Tooling Ecosystem
Grippers, vacuum tools, sensors, vision systems, tool changers and application tools share a common OnRobot ecosystem designed to simplify mechanical, electrical and software integration.
Flexible Robotic Applications
Programmable gripping force, stroke, vacuum, sensing and application parameters allow one robotic workcell to adapt to changing part sizes, products and production requirements.
Industrial & Collaborative Robots
OnRobot supports integrations with many major robot platforms, allowing its tooling to be applied to both collaborative applications and traditional industrial robot systems.
Explore OnRobot End-of-Arm Tooling & Robot Technologies
Use these product areas as a starting point for robotic gripping, material handling, machine tending, palletizing, assembly, inspection and surface-finishing applications.
Electric Robot Grippers
OnRobot electric gripping options include RG2 and RG6 flexible two-finger grippers, compact 2FG7 and higher-payload 2FG14 parallel grippers, 3FG15 and 3FG25 three-finger grippers, and the sensing-enabled RG2-FT for applications requiring feedback at the point of contact.
Explore OnRobot Grippers →Vacuum Grippers
VG10 and VGC10 provide configurable electric vacuum gripping without requiring an external compressed-air supply. VGP20 adds high-flow electric vacuum for palletizing and porous materials, while VGP30 provides a higher-payload pneumatic vacuum option for demanding material-handling applications.
Explore Vacuum Grippers →Specialty Gripping Technologies
The MG10 magnetic gripper handles ferromagnetic parts with adjustable magnetic force, Gecko technology grips compatible flat surfaces using a passive adhesive principle, and the Soft Gripper provides compliant handling for delicate and irregular products.
Explore Specialty Grippers →Vision & Force/Torque Sensing
OnRobot Eyes provides 2.5D robot vision for detection, sorting and inspection, while HEX six-axis force/torque sensors enable force-controlled assembly, insertion, finishing, quality and other contact-based robotic tasks.
Explore Sensing & Vision →Robotic Screwdriving
The OnRobot Screwdriver combines torque-controlled fastening, an integrated electric axis and process monitoring for automated assembly. Current tooling supports a broad range of metric and U.S. screw sizes through configurable bit and feeding systems.
Explore Robotic Assembly →Sanding & Material Removal
The OnRobot Sander provides an electric random-orbital finishing tool with adjustable speed and software support for automated sanding and other surface-finishing processes. Accessories can support automated grit changes and application-specific finishing setups.
Explore Material Removal Applications →Quick Changers & Tool Mounting
OnRobot quick-change and mounting products simplify tool installation and allow robotic systems to switch between compatible end-of-arm tools while maintaining a common mechanical and electrical interface.
Explore OnRobot Accessories →Palletizing & D:PLOY
OnRobot palletizing technologies include 2FGP20 gripping solutions, the Lift100 seventh-axis robot elevator, VGP vacuum technologies and D:PLOY software for building and redeploying supported robotic applications. Newer tools include the VGP30 and 2FGP20 Fork for demanding palletizing and packaging applications.
Explore OnRobot Solutions →Flexible EOAT for Common Automation Tasks
OnRobot technologies can be configured around the process rather than a single robot model, allowing tooling to support a wide range of industrial and collaborative automation applications.
Machine Tending
Electric and three-finger grippers can load and unload CNC machines, lathes and other production equipment while programmable gripping parameters support fast changeovers between parts.
Material Handling
Finger, vacuum, magnetic, adhesive and soft gripping technologies provide options for transferring parts, sorting products, packaging and repetitive pick-and-place operations.
Palletizing
Vacuum and finger grippers, Lift100 and D:PLOY-supported applications can automate repetitive box and container handling at the end of production lines.
Assembly & Screwdriving
Grippers, HEX sensing and the OnRobot Screwdriver support positioning, insertion, fastening and other repetitive assembly tasks.
Sanding & Surface Finishing
Robotic sanding and force sensing can automate repetitive material-removal processes while helping maintain more consistent contact force and finishing quality.
Inspection & Quality
OnRobot Eyes and force/torque sensing can support part detection, sorting, measurement, inspection and contact-based quality processes.
From Robot Tool Selection to Application-Ready EOAT
Our Sales and Technical Teams can help review part geometry, payload, gripping method, robot model, cycle time, reach and process requirements when selecting OnRobot products. Through our WBIYII — We Build It, You Install It program, OnRobot tooling can also be incorporated into preassembled end-of-arm tooling, robot mounting plates and application-specific installation kits.
EOAT Selection
Compare finger, vacuum, magnetic, adhesive and compliant gripping technologies based on the part geometry, surface, weight, orientation and required cycle time.
Robot Compatibility Review
Verify the robot model, controller, payload, flange interface, software integration and required OnRobot mounting or communication components before deployment.
Application Development
Coordinate gripping, vision, force sensing, fastening or finishing tools with the broader robotic process, part presentation and machine interface.
WBIYII EOAT Assemblies
Combine OnRobot grippers or sensors with custom mounting plates, fingertips, brackets, robot interfaces and supporting components into tested WBIYII tooling assemblies or installation-ready kits.
Application note: Final EOAT selection should consider robot payload and moment limits, tool weight, part weight, center of gravity, gripping force, vacuum requirements, acceleration, cycle time, part geometry, surface condition, environment and required robot compatibility. A collaborative robot or collaborative tool does not by itself make an application safe; the complete robotic system should be evaluated through an appropriate machine and robot risk assessment.
Product Information, Training & Robotic Application Resources
Use these resources to explore current OnRobot tools, review robot integrations, access product documentation and learn how specific robotic applications are configured.
Build the Complete Robotic Application
OnRobot end-of-arm tooling commonly works alongside industrial and collaborative robots, vacuum technologies, sensors, machine controls, cable management and application-specific mounting hardware.
Need Help Selecting the Right Robot Tool for Your Application?
Share the robot model, part geometry, payload, cycle time, gripping requirements and process you want to automate. Scott Equipment Company can help review OnRobot tooling options and coordinate the robot, EOAT, mounting hardware and supporting automation components needed for the application.