Assembly

Automate repetitive assembly tasks with precise gripping, force sensing, and intelligent screwdriving. Improve consistency, reduce manual handling, and adapt quickly when products or production requirements change.

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Improve assembly consistency

Keep control of gripping force, insertion force, and fastening torque to make repetitive assembly steps more consistent from one cycle to the next.

Reduce repetitive manual work

Move repetitive fastening, positioning, and insertion tasks away from operators while keeping employees focused on inspection, troubleshooting, and other higher-value work.

One tool, many surfaces

Automatically finish flat, curved, and spherical parts across wood, metal, plastic, composites, and stone with adjustable speed and programmable process control.

Recommended tools

Built for automated assembly

Combine intelligent screwdriving, gripping, and force sensing to automate repetitive assembly steps without building a completely custom tooling system around every part.

OnRobot Screwdriver

Multifunctional robotic screwdriver

This smart screwdriver easily automates multiple screwdriving processes with no downtime for manual changeovers. It gets the job done right – consistently and faster – with precise torque control and intelligent error detection

Easy out-of-the-box setup, programming, and deployment on any leading robot
Highly versatile and flexible, with fast changeovers for a wide range of screw sizes and lengths
Precise torque control and intelligent error detection ensure quality and consistency
Embedded axis motion control simplifies programming, speeds setup, and improves quality

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HEX 6-Axis

Giving the sense of touch to your robot

Accurate force and torque measurements with 6 axis force torque sensor for various applications. Designed to fit most of the industrial robot arms.

Flexible sensor extends automation possibilities to processes that weren't previously possible
High-accuracy sensor technology provides 95% better quality in insertion and assembly tasks.
Easy programming gets even complex polishing tasks up and running in less than a day

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How to Build a Screwdriving Application

Learn how to build a screwdriving application with this detailed video guide. You will be presented with the best practices, considerations and main technical details needed to deploy the application.

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In the field

Intelligent fastening with controlled torque

The OnRobot Screwdriver combines torque control, error detection, and an embedded axis to simplify repetitive fastening. Operators set the required screw length and torque, while the tool handles the tightening movement automatically.

M1.6–M6 Supported screw-size range

0.15–5 Nm Adjustable torque range

340 RPM Output speed

55 mm Shank stroke

Case studies

Real deployments, real numbers

This is where Assembly is thinner than some of the other application categories. The live case-study library does not currently show a clean Screwdriver-led assembly case study.

Streamlining Processes with Automation

Could a collaborative gripper and collaborative application automate an HMLV setting?

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Not sure which tool fits your finishing process?

Our application specialists can help you evaluate your surface, material, geometry, finish requirements, and robot setup. Tell us what you are working on, and we'll recommend the right tooling and deployment partner in your region.