OnRobot

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OnRobot We provide the industry’s broadest range of easy-to-install robotic tools for collaborative applications.

OnRobot is the One Stop Shop for collaborative applications - a born global company with headquarters situated in the robotic cluster capital Odense, Denmark. We provide innovative Plug & Produce grippers that help manufacturers take full advantage of the benefits of collaborative robots: ease of use, cost-effectiveness and safe use alongside human workers. Our grippers mount directly on the robot arm, are highly flexible and are simple enough to be programmed and operating without the need for engineers, helping speed development and affordably automating processes.

25/09/2026

A virtual gripper is only useful if developers can trust how it behaves.

OnRobot’s new developer resources include simulation-ready assets for selected grippers, helping teams work with geometry, movement, kinematics, and physical behavior before moving to the real device.

Start in simulation. Continue with physical interaction.
https://ow.ly/uIVz50ZQQ9i

📦 Open boxes. Loose lids. Packaging that needs support from below.Last week, we launched the OnRobot 2FGP20 Fork for pac...
24/09/2026

📦 Open boxes. Loose lids. Packaging that needs support from below.

Last week, we launched the OnRobot 2FGP20 Fork for packaging that can be difficult to handle with vacuum gripping or side clamping. These close-ups show how it works.

The forks carry the box from underneath, while an adjustable top clamp keeps it securely in place during the move. This makes automated palletizing possible for more packaging formats, including open boxes, display boxes, loose-lid boxes and low-rigidity packaging.

For applications that also use slip sheets, the integrated vacuum option handles them without a gripper change.

Have a box that’s proving difficult to automate? Get in touch to discuss your packaging and find out whether the 2FGP20 Fork fits your application.
https://ow.ly/KgIP50ZQQU4

17/09/2026

NEW RELEASE! 2FGP20 Fork

📦 Challenging packaging? Not every box is made for vacuum gripping or side clamping.

Open boxes, display boxes, loose-lid boxes and low-rigidity packaging often need a different approach. The new 2FGP20 Fork supports the box from underneath while an adjustable top clamp keeps it securely in place, bringing more challenging packaging formats into automated palletizing.

✅ Handle more packaging types with flexible bottom support
✅ Reduce deployment time with an out-of-the-box solution with no custom engineering needed.
✅ Lower operating costs with a fully electric design that eliminates the need for compressed air
✅ Handle slip sheets without changing the gripper thanks to the integrated vacuum option

The 2FGP20 Fork is designed to reduce custom engineering and get palletizing applications up and running faster.

See it in action and discover how it can help automate your next challenging palletizing application: https://ow.ly/h7P850ZNFFT

Physical AI is opening the door to robots that can handle changing tasks and environments.But even the most capable mode...
13/08/2026

Physical AI is opening the door to robots that can handle changing tasks and environments.

But even the most capable model still interacts with the world through grippers, sensors, and tools. This is where simulation meets friction, slip, resistance, deformation, and real-world variation.

Reliable physical AI requires an interaction layer that can:

1. Execute model decisions reliably in the physical world
2. Capture contact-rich data beyond simulation and vision
3. Support different tools and interaction methods for different tasks
4. Adapt to the variation found in real-world environments

Our latest article explores what Physical AI requires beyond the model, and how proven tooling can support training, validation, and deployment in real-world robotics.

Read it here: https://ow.ly/rsuC50ZypA6

Physical AI may be new. Electric, feedback-rich grippers are not. OnRobot has spent years building flexible electric gri...
05/08/2026

Physical AI may be new. Electric, feedback-rich grippers are not.

OnRobot has spent years building flexible electric grippers, sensors, and end-of-arm tools for real-world automation. More than 22,000 OnRobot products have been deployed globally in industrial environments, research labs, universities, and schools.

For Physical AI teams, that means training and validation can happen with hardware built for real-world use.

Read more about our strengths going into Physical AI: https://ow.ly/25fl50Zwsbv

18/06/2026

Extending production beyond working hours without adding complexity.

At Donk Industries, a collaborative machine tending setup enables continuous operation on a CNC machine, including overnight.

With a flexible gripper solution in place, they now:

✔ Double output on the automated machine
✔ Reduce failure rates by 50%
✔ Maintain consistent quality across small batch sizes

“With collaborative automation, we can run production continuously while maintaining flexibility across a wide range of parts.”

Instead of adding shifts, the company improved utilization of existing equipment.

This is where flexible automation makes a measurable difference, especially in high-mix, low-volume production environments.

28/05/2026

Increasing CNC output through smarter handling.

Osvald Jensen upgraded an existing machine tending setup by introducing a dual gripper configuration.

The impact was immediate:

✔ Cycle time reduced from 27 to 15 seconds (44% improvement)
✔ Output increased without changing the CNC machine
✔ Return on investment achieved in under 3 months

“We increased productivity simply by handling two objects at the same time.”

The setup also enables lights-out operation, extending production hours without additional staffing.

For manufacturers operating in high-cost environments, improvements like these are key to staying competitive.

Rethinking Sanding Automation 🪵⚙️ For a long time, sanding, buffing, and polishing have been regarded as too variable an...
21/05/2026

Rethinking Sanding Automation 🪵⚙️
For a long time, sanding, buffing, and polishing have been regarded as too variable and too dependent on human ‘feel’ to automate reliably. As a result, many manufacturers accept inconsistency, rework, and slow throughput as unavoidable.

But that assumption is starting to break down.

What’s changing isn’t just robots. It’s the tooling. Modern sanding automation is built around force control, repeatability, and electric actuation, allowing robots to adapt to surface variation instead of fighting it.

When you shift the question from “Can sanding be automated?” to “What does reliable sanding actually require?”, a few advantages stand out:

🎯 Consistent Force Control: Stable pressure across flat, curved, and complex surfaces, without scrapped parts
⚙️ Reduced Variability: Repeatable results that remove human inconsistency from finishing
🔌 Lower Energy Use: Electric sanding eliminates compressed air inefficiencies and infrastructure
🧩 Simpler Deployment: Integrated hardware and software reduce setup time and engineering overhead

One recent woodworking application shows what’s possible—but the principles apply far beyond a single case.

Ready to learn more about automated sanding?
👉 Read the full blog post here: https://ow.ly/tg7S50Z2wJc

07/05/2026

Improving working conditions while maintaining production efficiency.

At Plus Pack, a manual packaging process involved repetitive lifting and significant physical strain on operators.

By introducing a collaborative gripping solution, the company:

✔ Removed repetitive and physically demanding tasks
✔ Maintained flexibility across multiple product types
✔ Implemented the solution in a matter of days

“We replaced a manual process that caused significant strain. That burden is now removed from the employees.”

Instead of building dedicated tooling for each product, the same system can be adjusted in minutes to handle different variations.

Automation here supports both productivity and a better working environment.

16/04/2026

From high-mix complexity to stable, scalable production.

FT-Produktion handles more than 650 aluminium profiles across thousands of annual orders, with batch sizes ranging from just a few units to large-volume runs. Maintaining efficiency in that environment requires flexibility.

By implementing a robotic cell with dual grippers, they achieved:

✔ Nearly 50% reduction in cycle time
✔ ~500 working hours saved on large production runs
✔ 16 hours of daily operation without increasing workload

“The demand for productivity continues to grow, but relevant manpower is hard to come by. Thanks to automation, one operator can now run three or four machines without stress.”

Automation in this case is not just about speed. It’s about creating a stable, repeatable process that can scale with demand.

Adresse

Teglværksvej 47H
Odense
5220

Åbningstider

Mandag 08:00 - 17:00
Tirsdag 08:00 - 17:00
Onsdag 08:00 - 17:00
Torsdag 08:00 - 17:00
Fredag 08:00 - 17:00

Telefon

+45 53 53 57 37

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