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Model Based Definition

Drawingless operations & Model Based Definition

Is it possible to leave the traditional 2D drawings behind? What does Model Based  Definition mean?

Certainly it is, let me tell you why it’s a good idea to start thinking about adopting a Model Based Definition (MBD) approach. Product information is often spread across multiple systems (PDM, PLM, ERP, MES…) within an enterprise and it’s hard for them supposed to use that information in their daily work to find what’s relevant and up to date. It’s a fact that 2D drawings are easy to misinterpret which leads to unnecessary scrap and rework.

ONE open format

Now there is the possibility to gather the complete product definition in ONE open format (3D PDF, 3D HTML) document that can easily be distributed both internally and externally.

A document that contains all relevant product information such as:

  • 3D-Model + 3D Product Manufacturing Information (PMI)
  • Data from PDM, PLM, ERP, MES and CRM systems
  • Manufacturing data (CNC Code etc.)
  • Neutral format 3D-CAD files (e.g. STEP, IGES)

Example of 3D PDF TDP (Technical Data Package)

 

Example of 3D PDF Work Instruction

 

Transition plan to Model Based Definition

In PLM Group we have the tools and knowledge to help you on the way to become a Model Based Enterprise (MBE), we’ll help you capture your current processes and co-develop a transition plan to Model Based Definition for an effective design to manufacturing collaboration.

The three steps below are the first on the road to become a Model Based Enterprise.

1. Establishing 3D Model Based Definition best practices
2. Migration PMI plus GD&T from 2D drawings to 3D models
3. Deploying 3D Model Based Definition Best practices

Have a look at our webinar series covering MBD and MBE.

  1. Learn how 3D MBD documents can replace traditional 2D drawings and paper-based manufacturing processes with lightweight digital 3D documents.
  2. Get the insights on the rapidly growing Model Based Enterprise movement.
  3. Learn how to add PMI (product manufacturing information) on you 3D CAD model

Get in touch for more information

We have knowledge to help you capture your current processes and co-develop a transition plan to Model Based Definition.

JRosenqvist

Johan Rosenqvist
PLM Group Solution Manager
Sweden

Posted in SOLIDWORKS 3D CAD
Tagged Drawingless operations, MBD, Model Based Definition

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How long can your product withstand mechanical con How long can your product withstand mechanical contact? ⏲️

Surface wear is inevitable where contact occurs. Luckily, it can be simulated. 

In SIMULIA Abaqus, you can simulate wear accumulation and understand your product's lifespan. In this example, Mikko, applied Archard’s wear model to examine surface erosion over time.

This simulation visualizes how contact conditions lead to material loss, helping engineers optimize the product further.

#Simulation #Abaqus #Engineering
Corrupt SOLIDWORKS file that won't save? 😫 No need Corrupt SOLIDWORKS file that won't save? 😫 No need to stress.
Lennart has a tip to rescue your CAD design (and your sanity). 🙌
Be sure to save this tip. Your future self will thank you. 😉

#CADviceoftheweek #SOLIDWORKS #engineeringlife #engineeringstudent
On paper, almost everything works. 🖊️ But the trut On paper, almost everything works. 🖊️
But the truth is that a lot of ideas never make it into reality.

Early on, @the_loopfactory saw that many companies lack the ability to take sustainable ideas all the way to production.

“Our role became to create a platform where innovation can happen faster without losing the connection to real-world implementation”, says Maria Ström, CEO.

Most projects begin with a customer concept that needs to be adapted to both material and production. The team reworks the design and develops the tools needed to actually produce it.

"SOLIDWORKS enables us to work more systematically with 3D modeling and design, allowing us to visualize and iterate solutions early in the development process."

In addition, they can 3D print customized tools, designed in SOLIDWORKS, that's needed in the production stage. All to ensure that sustainable ideas can be turned into reality and then scaled.

Just have a look at this lamp made from recycled textile fibers, developed, tested and designed for scale. 💡
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.​
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Innovation powered by: SOLIDWORKS Design, Start-up Program​

Full case in bio. 🌳

#SOLIDWORKS #3DEXPERIENCE #Startup #Scaleup #3DCAD #CAD
#Engineering #Sustainability #Circularity #Innovation
#Productdevelopment #CADdesign
Fast track through a virtual drop test 💥 We ran a Fast track through a virtual drop test 💥

We ran a virtual IK10 impact test (EN 62262) — the highest impact resistance rating in the standard. IK10 corresponds to a 20 J impact, created by dropping a 5 kg mass from 400 mm.

Using SIMULIA Abaqus, we simulated this drop onto a plastic test piece fixed to a test bed. The material model includes damage initiation and evolution, allowing us to capture not just deformation but how and where the part actually fails.

In the results, the orange region shows the plastic beginning to rip and degrade around the impact point — the exact failure mode IK10 is designed to expose.

This is the kind of insight you rarely get from a single physical test — but simulation makes it visible, measurable, and repeatable.

#Engineering #Simulation #3DEXPERIENCE
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