PLM Group

PLM Group Software solutions for manufacturing companies - 3DEXPERIENCE, PLM, PDM, CAD, CAM, SIMULATION. We are proudly part of the family-owned Liljedahl Group.

Our mission is to empower people and manufacturing companies to innovate. We do that by digitally transforming your entire value chain, integrating every stage of the product lifecycle from design to aftermarket. As an innovation partner we support companies across many industries. We have been collaborating with Dassault Systèmes SOLIDWORKS for over 25 years as a value-adding partner. Addinor, wh

ich is an expansion of our 3D Printing business, co-operates with world-leading additive manufacturing companies, allowing us to provide our customers with the latest and greatest technologies. PLM Group is part of Pronect—a network of independent companies serving 7,000+ industry customers across the Nordics and Baltics. Headquartered in Värnamo, Sweden, Pronect drives the industry forward by connecting technology and competence.

19/06/2026

Locked in 😅☕
And not stopping until it is done.
Which project is currently taking up space in your brain?

18/06/2026

How challenging it can be to start a fire with a piece of wood?

Let's skip the sweat, and engineer it out with simulation! 😎

In this video, we simulated the heat generated by the frictional interaction of surfaces with SIMULIA Abaqus. Here's a breakdown of the simulation:

🔥 A downward force of 200 N was applied to the stick
🔥 A ±50 mm movement is maintained at 3 Hz
🔥 Ambient temperature is set to 30°C
🔥 The friction coefficient between the wood pieces is 0.4
🔥 The film coefficient for heat dissipation is 12.0 W/m²/K

This fully coupled thermal stress simulation reveals just how much heat is generated. Even if sharpening the stick helps a little bit, a lighter and some newspaper might be your choice this time.

See from the video how the heat adds up!

18/06/2026

We are one rebuild away from beach mode 🌴🍦🌊
How about you?

What if you could go from design to finished part - without ever leaving SOLIDWORKS? 💭 That’s exactly what Rasi Maskinfa...
17/06/2026

What if you could go from design to finished part - without ever leaving SOLIDWORKS? 💭

That’s exactly what Rasi Maskinfabrik A/S does. As a high-complexity machine shop, they needed more than just any CAM system. They chose SolidCAM for a reason: It works with SOLIDWORKS, not around it. 🔗

For their team, the advantages of an integrated CAD-CAM solution are clear:
✅ Seamless CAD-to-CAM workflow right inside SOLIDWORKS
✅ Direct use of 3D-modeled tools from their tool suppliers
✅ Rapid design changes and easy part customization

No export/import hassles, no loss of data, full associativity.

In their words:
💬 “You can engineer and redesign. And you can send it back to the customer and say: Is this ok?”

That kind of speed and flexibility has transformed their shop floor (and their bottom line).

Hear their full story👇💡
https://ow.ly/uk6n50XZyNc

Innovation powered by: SolidCAM & SOLIDWORKS

15/06/2026

Is there even a question? Of course we're watching. ⚽👏 But more importantly, which team are you rooting for?

15/06/2026

Did you know that it was this easy to create a reference plane in SOLIDWORKS? 😎 Press control, and drag the reference plane where you'd like it to be, and voila. You're good to go. 🙌 When would a reference plane come in handy in your design?

11/06/2026

Oops... it seems that this gasket will leak 💧

In this simulation, we see how the seal of this pressurized connection leaks due to a reduction of compression force. The colours in the video represent the applied fluid pressure distribution.

Here’s how to simulate it using fluid pressure pe*******on loading in Abaqus:

✍️ Select surfaces to identify where the fluid pressure can possibly spread; the O-ring’s outer surfaces, fl**ge surfaces, and inner pipe surfaces.
✍️ Pinpoint starting points for fluid pressure propagation; points on the inside surfaces of the seal and both pipes.
✍️ Simulate: Applied pressure spreads from these points until it meets a contact pressure higher than a set threshold.
✍️ See how contact pressure in the seal restricts pressurized areas, initially keeping the fluid pressure inside the pipe.
✍️ External compressive force in the pipe is reduced, contact pressure decreases, allowing the pressurised area to extend between the fl**ge and the seal, eventually resulting in a leak.

🤓 Fluid pressure pe*******on loading is a good tool to simulate fluid leaks without actually modelling the fluid.

10/06/2026

It might not quite be vacation time just yet, but that doesn't mean our minds aren't drifting to beaches, sun, and a little relaxation. ⛱️ What's your favorite summer spot?

09/06/2026

By default, 3DEXPERIENCE search shows all revisions of a product, not just the latest, which isn’t always ideal. It’s correct data, but it creates unnecessary noise in daily CAD work. But you can easily change that.

👉 In his next video, Lars shows how to:
• Configure search to display only the latest revision on the 3DEXPERIENCE platform
• Still access older revisions when needed
• Reduce errors in design, delivery, and production workflows

🎥 Watch it on YouTube and simplify your search results: https://youtu.be/fPRJN0jj1BE

Adress

Axel Danielssons Väg 267
Malmö
21582

Öppettider

Måndag 08:00 - 17:00
Tisdag 08:00 - 17:00
Onsdag 08:00 - 17:00
Torsdag 08:00 - 17:00
Fredag 08:00 - 17:00

Telefon

+46370690950

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