The 3DEXPERIENCE platform isn’t just about CAD in the cloud. It’s your all-in-one workspace where design, data management, and collaboration come together. Whether you’re sketching with xShape, modeling in xDesign, or connecting to SOLIDWORKS, the platform helps keep everything, and everyone, in sync.
But let’s be honest: every engineering project generates mountains of data. 3D models, drawings, BOMs, simulations, even invoices and Word docs. It all piles up. The good news? The platform makes it easy to organize and navigate this information with a powerful tool called 6W Tags.
What Are 6W Tags?
Think of 6W Tags as smart labels that make it easy to filter, sort, and find your files in 3DSpace or 3DDrive.
And it’s not just CAD data. Office documents, simulation results, and more can all benefit from tagging.
Here’s how the 6Ws break down:
What: Type of content (CAD models, documents, simulations, tasks, etc.)
Who: The person who uploaded, edited, revised, or owns the data
When: Date or time range
Where: Geolocation or data source
How: Manufacturing method (made in-house or purchased)
Why: Links to project or task management
Out of the box, the system automatically fills in basics like owner, location, and save date. But the real power comes when your team adds custom tags. For example, you can include project numbers, material types, or vendor names so searches are tailored to your company’s workflow.
How to Use 6W Tags
Let’s say you search for “bolt” in 3DEXPERIENCE. Without filters, you might get hundreds (if not thousands) of results. That’s where 6W Tags shine.
Click the tag icon next to the search bar, then start narrowing your results. For example:
Under What, choose Physical Product (to exclude tasks or documents).
Add a Material filter for Stainless Steel.
By stacking filters, your results go from overwhelming to precise in just a few clicks.
Real-World Examples
In one test, a simple search brought back over 1,000 results. But after filtering with 6W Tags for “Physical Product” and “Plain Carbon Steel,” the number of results dropped down to two digits. That’s the power of smart filtering.
Beyond search, 6W Tags can be used visually inside apps. For example, parts can be color-coded by material in the graphics area, giving you an instant overview of your design.
From Data Overload to Data Control
Data shouldn’t slow you down and with 6W Tags, it won’t. Whether you’re hunting down a single file or organizing entire projects, the 3DEXPERIENCE platform helps you stay in control.
Want to learn more tips like this? Our experts at Solidxperts can help you get the most out of your 3DEXPERIENCE environment. Reach out anytime or join one of our training sessions!
One of the biggest strengths of the 3DEXPERIENCE platform is how it brings your team together. With SOLIDWORKS Cloud Services, you get built-in data management, making it simple to collaborate with colleagues, keep projects organized, and even access your designs on the go.
Whether you’re working in SOLIDWORKS Connected or traditional SOLIDWORKS combined with Collaborative Designer for SOLIDWORKS, you have a direct link to the 3DEXPERIENCE platform, so opening, saving, and managing your model data feels seamless.
But here’s the thing: design work goes beyond just parts and assemblies. You also rely on libraries, weldment profiles, sheet metal gauge tables, templates, routing components, and more. Keeping those libraries in sync across your team is just as important as managing your models. And with 3DEXPERIENCE, you can centralize those libraries too.
Step 1: Create Your Library Structure
Start in the Bookmark Editor app (in your web browser). Create a clean folder structure for your templates and libraries, with subfolders for each type. Then, simply drag and drop your files into place.
This way, your team has one organized hub for all shared resources.
Step 2: Set Up Weldment Profiles
For weldments, it’s best to stick with a consistent naming convention: Standard → Type → Size.
We also recommend customizing your standard names to keep them separate from the defaults SOLIDWORKS provides. For example, you might create a standard called “Xperts – ANSI Inch”.
Once you’ve named things properly, drag your weldment profile files (or entire folders) from Windows File Explorer directly into your 3DEXPERIENCE bookmark. Quick, easy, and ready to use.
Step 3: Connect Libraries to SOLIDWORKS
Inside SOLIDWORKS, go to System Options → File Locations. When you add a new location, choose “Select from 3DEXPERIENCE”.
This links SOLIDWORKS to your bookmarks, syncing the content down to your local cache (usually found at C:\Users\Public\Documents\SOLIDWORKS). You’ll notice the linked locations show up in brackets, confirming they’re tied to the platform.
To make sure you’re always up to date, just click Update. SOLIDWORKS will pull the latest versions from 3DEXPERIENCE, keeping your whole team in sync.
Step 4: Keep Your Libraries Updated
Need to update a file? Head back into the Bookmark Editor in your browser, right-click the file, and select Update. Browse for the new version locally, and the platform will take care of the rest.
Once it’s updated in 3DEXPERIENCE, users just need to hit Update in their SOLIDWORKS options to refresh their local cache. Simple, controlled, and consistent.
Why This Matters
Storing your libraries and templates alongside your design data gives you the same benefits: revision control, lifecycle management, and a single source of truth for your team.
We focused on weldment profiles here, but the same approach works for routing components, sheet metal gauge tables, and more. With SOLIDWORKS Cloud Services + 3DEXPERIENCE, you’re not just managing files. You’re creating a smarter, more connected workflow for your entire team.
At Solidxperts, we love helping teams get the most out of their tools. Setting up your libraries in 3DEXPERIENCE is a small step that makes a big impact on collaboration, efficiency, and design quality.
Backing up your data is always a smart move. The good news is that the 3DEXPERIENCE platform already includes secure cloud storage, but sometimes you may want to create a local, on-site backup as well.
To help you do that, this guide walks you through two options:
1. Exporting one project at a time (top-level assembly in its own .zip file)
2. Exporting everything together (all data in a single .zip file)
Option 1: Export a Single Project
This method is perfect if you only need to back up a specific assembly or project.
1.Use the search field at the top of your session (or the Bookmark Editor, if you’ve bookmarked the file) to locate your top-level assembly.
2. Select the assembly (it will highlight in blue when chosen).
3. Click the chevron (arrow) to the right of the file.
4. Choose Export As.
5. Continue with the export steps outlined in the final section of this guide.
Option 2: Export Everything at Once
Heads up: If you have a large dataset, this method can produce a very large zip file. For performance reasons, we often recommend Option 1, exporting project by project.
But if you do want the full export, here’s how:
1.Open the Bookmark Editor app.
Create a new bookmark called something intuitive, like Export All Data.
Leave Bookmark Editor open with your new bookmark selected.
2. In the search bar, type “prd” (default naming convention).
If your company uses a different convention, use the keyword that applies to your setup (e.g. SX- for Solidxperts).
Double-check the counter to ensure all items are selected. (If numbers don’t match, scroll to the bottom and re-select.)
5. Drag the selected files into your export bookmark.
This applies the bookmark to all selected items.
If you have a lot of files, give the system time to process.
6. Back in Bookmark Editor, group-select the files you want to export (Ctrl+A for all).
7. Click the 3 dots (⋮) in the upper right → choose Export As.
8. In the Export As dialog:
Give your .zip file a clear title.
Optionally, check Include Drawing.
Confirm the item count. If it looks low, scroll to the bottom of Bookmark Editor to refresh, then try again.
Review any exclusions in red . These could be xApp-created files (like xDesign) that aren’t currently exportable.
9. The system creates an export job.
You can monitor large jobs in the CAD Data Processor Monitoring app.
Smaller jobs often finish before they appear there.
10. Once complete, you’ll see a notification in the 3DNotification Center.
11. Click the notification, then hit Download to retrieve your .zip file.
Pro tip: Test the process with a small dataset first so you’re comfortable before running a full export.
Wrapping Up
Ultimately, with just a few steps, you can create local backups of your 3DEXPERIENCE projects, whether it’s one assembly at a time or your entire dataset.
Beyond the backup process, at Solidxperts, we help teams like yours work more confidently with 3DEXPERIENCE every day. If you’d like hands-on training or tailored backup strategies, our experts are here to guide you.
At Dassault Systèmes, keeping your account secure is a top priority. That’s why two-factor authentication (2FA) is now required when you access the DSx Client system.
What does this mean for you? In short: an extra layer of protection for sensitive data like user information and serial numbers. It also means a quick setup process the first time you log in and after that, peace of mind knowing your account is more secure.
This guide will walk you through:
How to set up 2FA on your phone (most common method).
How to set up 2FA on your computer using KeePassXC if you prefer not to use a mobile device.
Option 1: Setting Up 2FA on Your Phone
1. Download an Authenticator App
If you don’t already have one, install an authenticator app such as Google Authenticator, Microsoft Authenticator, or Okta.
From your account, click My Profile > 2-Factor Authentication.
4. Activate 2FA
Select Activate to begin setup.
5. Set Recovery Options
Answer the required security questions. These will be used if you ever lose access to your 2FA device.
6. Connect Your Authenticator
In your authenticator app, choose Scan a QR Code (or Enter a setup key if your phone has no camera). Scan the code provided by Dassault Systèmes.
7. Test and Confirm
Your authenticator will display a 6-digit code. Enter it into DSx Client to confirm setup. Once successful, you’ll see a confirmation window — 2FA is now enabled! 🎉
Going forward: Every time you log into DSx Client, you’ll be asked for a code from your authenticator app.
Option 2: Setting Up 2FA on Your Computer (KeePassXC)
Prefer not to use your phone? No problem. You can configure 2FA directly on your computer with KeePassXC, a secure, open-source password manager.
1. Download and Install KeePassXC
Available for Windows, macOS, and Linux at KeePassXC’s website. Default installation options work fine.
2.Create a Database
This is where your passwords and tokens are stored. Set a strong master password and keep it in a safe place.
3.Add a DSx Client Entry
Create a new entry with:
Title: DSx Client
Username, Password
URL: https://dsxclient.3ds.com
4. Set Up the 2FA Key
Right-click your new entry > Setup TOTP. Enter the secret key provided in DSx Client (same as in the phone setup).
5. Test and Confirm
Click the clock icon next to your entry to generate a 6-digit code. Enter it in DSx Client. Once confirmed, your 2FA is ready to go.
Wrapping Up
That’s it! You’ve now secured your DSx Client account with two-factor authentication. Whether you chose to set it up on your phone or on your computer, you’re adding an important layer of protection to your Dassault Systèmes tools.
And remember, if you hit a bump along the way, the Solidxperts team is always here to help. Reach out to us, and we’ll make sure your account stays safe and your workflow stays smooth.
SOLIDWORKS PDM is a powerful tool for managing product data, but like any system, it is only as good as its implementation. Missteps in setup, usage, or governance can result in lost time, confused teams, or even corrupted data. Let’s break down the top five mistakes users and administrators make with SOLIDWORKS PDM and provide expert-backed solutions to fix them.
1. Don’t Let Permissions Kill Productivity
SOLIDWORKS PDM folder permissions tab, detailing access rights within the vault. The interface displays a folder tree and a checklist of enabled actions.
The Pitfall: Confusing or Dangerous Access Rights One of the most frequent and damaging mistakes in any PDM setup is mismanaging user permissions. When permissions are too strict, users waste time trying to access files or wait for someone with higher access to help. On the flip side, overly broad access can result in accidental overwrites, deletions, or unauthorized changes. For example, an engineer could accidentally releases a work-in-progress drawing because they were mistakenly given access to the “Released” state transition. This leads to procurement ordering incorrect parts based on an outdated design.
The Fix: Implement Role-Based Access Control (RBAC) Instead of managing individual user permissions, create user groups such as:
Designers
Engineers
Quality Control
Project Managers
Manufacturing
Assigning permissions at the group level simplifies administration but also ensures consistency. If someone’s role changes, you just move them between groups.
Best Practices:
Use the Permissions tool in PDM Admin to verify access levels
Restrict access to critical lifecycle transitions (e.g., “Approve,” “Release”)
Re-audit access rights quarterly, especially after organizational changes
Keep a changelog of all admin updates to permission groups
Why it matters:
Tight control over permissions protects data integrity, reduces user frustration, and limits the risk of human error.
2. Are Your Workflows Helping or Hindering?
A highly detailed and customized SOLIDWORKS PDM workflow, illustrating the lifecycle of engineering files, workflows like this can introduce challenges in usability, maintenance, and onboarding, highlighting the importance of balancing control with simplicity in PDM design.
The Pitfall: Workflows That Don’t Reflect Real-Life Processes
Another common issue is poorly designed workflows. Often, workflows are either overly simplistic and fail to enforce proper checks or overly complicated, leading to user confusion and delays. For example, a workflow without a design review stage results in errors reaching production. Alternatively, a workflow with too many approval loops creates a bottleneck that delays time-to-market.
The Fix: Design Smart, Flexible Workflows
Good workflows reflect how your team actually works. Start by mapping out real-world processes on paper. Then replicate those with SolidWorks PDM using tools like:
Conditional Transitions
Automatic Status Changes
Notifications (via Dispatch or Task Add-ins)
Pro Tips:
Include mandatory review steps before “Release”
Create a sandbox or test vault to trial new workflows without disrupting production
Practice using screen recordings or internal guides to walk through common workflows. Even the best workflow cannot help if users don’t understand it.
3. Stop the Chaos: Fix Your Revision Control
The Pitfall: Manual File Naming and Confused Versioning
Few things frustrate engineers more than working on the wrong version of a file. Common issues include:
Duplicate files with suffixes like _final, _v2, _approved
Broken references from renamed assemblies
No clear revision history when questions arise
For example, a supplier receives an outdated drawing marked “FINAL_v3,” but the design team had already created “FINAL_v4” in a separate folder. Which results in countless dollars wasted and scrap material.
The Fix: Use PDM’s Automated Version and Revision Tools
SOLIDWORKS PDM is built to manage versions and revisions intelligently when used properly. By integrating revision control into your workflow transitions, you can track every change and automatically increment revisions when files pass certain gates such as “Approve.”
Steps to Implement:
Set up lifecycle states (e.g., Under Review → Approved → Released)
Configure transitions to increment revisions automatically
Use the built-in History tab to track who made what changes and when
Apply revision tables linked to metadata to eliminate manual edits on drawings
Important Tips:
Disable file renaming at the user level
Avoid copying files outside PDM to test changes; instead, use sandbox folders within the vault
Regularly purge obsolete versions to avoid clutter
Result:
Accurate, tamper-proof versioning builds trust across design, QA, and manufacturing teams.
4. Organize or Agonize: Clean Up That Vault
SOLIDWORKS PDM Vault interface, featuring a typical folder structure on the left and project metadata displayed in a custom data card below.
The Pitfall: Messy Folders, Inconsistent File Names, and Confusing Structures
Without naming conventions or a logical file system, even experienced users can spend hours hunting for the right file or, worse, use the wrong one.
For example, a project folder contains new_final, revA_drawing, Drawing1, and final_FINAL. No one knows which to use, and a new engineer duplicates the wrong one for a new design.
The Fix: Standardize File Naming and Folder Structures
Consistency is key to finding and managing data efficiently. Develop a file naming convention that reflects your project hierarchy and revision status.
Sample Naming Structure:
PRJ2025_ClampBracket_REV_B.SLDPRT
DWN1001_ClampBracket_REV_B.SLDDRW
Tips to Maintain Order:
Enforce naming rules with Data Cards
Use “Copy Tree” for project duplication to auto-rename and preserve links
Document your structure in an internal wiki or onboarding guide
Bonus:
Create folder templates tied to project types (e.g., Customer Jobs, R&D, Internal Use) to speed up setup and reduce human error.
5. One Crash Away: The Backup Plan You Wish You Had
The Pitfall: No Backup or Worse, Unusable Backups
It is easy to assume your IT team has your back until a vault crash or server failure proves otherwise. Even if backups exist, they may be incomplete, outdated, or impossible to restore. For example, your server crashes on a Friday night. IT discovers that the last backup was from three weeks ago and only covers the SQL database, not the archive files.
The Fix: Build a Complete, Tested Backup and Recovery Plan
A proper backup strategy must cover all components of SOLIDWORKS PDM:
SQL Database
Archive Server
Vault Settings (via the Admin tool)
Checklist for Backup Success:
Back up daily using Windows Task Scheduler or enterprise tools
Store backups off-site or in the cloud for disaster recovery
Simulate a full restore every quarter and document the steps
Disaster Recovery Plan Should Include:
Contact info for key stakeholders
Timeline for each recovery step
Inventory of hardware and software requirements
A change log for vault structure
Crucial Question:
If a critical client asks, “How quickly can you restore if the vault crashes?” do you have an answer you trust?
Bonus Mistake: Skipping Training and Internal Communication
Even the best-configured PDM system will not deliver value if users do not understand how to use it. Inconsistent user behavior leads to data quality issues, broken workflows, and user frustration.
Fix it with:
Scheduled team-wide PDM refresher sessions
A living document library of video walkthroughs and SOPs
Feedback loops such as a Slack or Teams channel for PDM issues
Pro Tip:
Use anonymous surveys to surface pain points or confusion that might not come up in meetings.
Stop Mistakes Before They Start
SOLIDWORKS PDM is not just a file storage system. It is the foundation of your product development lifecycle. Like any foundation, it requires care, structure, and proactive management. By recognizing and correcting the most common PDM mistakes, whether it is permissions, workflows, revisions, organization, or backup planning, you set your team up for success.
Takeaway Checklist:
Role-based permissions
Streamlined, mapped workflows
Automated revision control
Standardized file and folder naming
Complete, tested backup plan
Ongoing user training
Each of these practices improves traceability, compliance, and efficiency. Saving you time, money, and stress in the long run.
A few weeks ago, my SOLIDWORKS Elite Applications Engineer award fell, and the top part of it broke. I was both sad and frustrated. Sad because it meant something to me, and frustrated because I had placed it on a shelf that later tilted unexpectedly, sending everything crashing to the floor. Finding it broken on the ground that day was tough.
Accidents like this happen all the time. The products we design are also at risk of being dropped, so why not make them as resistant as possible?
That’s exactly where SOLIDWORKS Simulation drop tests come in.
In this guide, you’ll learn:
what a drop test is,
why drop test analysis is essential for product reliability,
and how to run a drop test in SOLIDWORKS Simulation step by step.
Why Drop Tests Matter for Product Design?
Any time a product is handled, shipped, carried, or installed, there’s a chance it could be dropped. A single impact can compromise safety, durability, performance, and sometimes even a company’s reputation.
Drop tests help engineers predict how their products will behave in real-world accident scenarios. Below are examples of industries where drop testing is essential to ensure reliability before manufacturing:
Consumer products & electronics
Industrial & heavy equipment
Medical devices
Sports equipment
Aerospace & aviation
Automotive & transportation
Military & defense
Packaging & logistics
Robotics & automation
Construction & civil engineering
Drop Test Prerequisites: What You Need Before Running a Simulation
Before running a drop test analysis, certain elements must be prepared. A 3D design is required to simulate the event digitally. Here are the steps:
Create the 3D model in SOLIDWORKS or import an existing geometry.
Apply materials (this step can also be performed directly in the study).
Simplify the model to reduce solving time (this may include suppressing non-critical parts or features).
How to Run a Drop Test Analysis in SOLIDWORKS Simulation
Once your model is ready, you can set up the drop test using the following steps:
Enable the SOLIDWORKS Simulation add-in.
Create a new Drop Test study.
Apply any missing material properties.
Define interactions if needed.
Set up the drop test conditions (drop height or impact velocity, orientation, ground parameters, etc.).
Adjust result options (duration after impact, saving options, etc.).
Mesh the model and run the analysis.
Interpreting Your Drop Test Results
After running the analysis, several result types become available, such as stress and deformation plots. These help you determine whether the product will remain elastic, undergo plastic deformation, or potentially fail, and where such failures are likely to occur.
The example below shows the kind of output SOLIDWORKS Simulation provides once the calculations are complete:
Improving the Design Through Simulation
Thanks to the results, you can identify weak points where the product is likely to fail. You can then reinforce the design. For example, by adding fillets, increasing wall thickness, or selecting a stronger material.
Sometimes, results show that a part is overdesigned. In these cases, you may reduce thickness or remove unnecessary material to lower weight and cost. This is a key step in optimizing your product.
Simply make the changes and re-run the drop test to validate the improvements.
Bringing It All Together: Stronger Designs Through Simulation
With SOLIDWORKS Simulation, you can test your product digitally long before manufacturing it. A drop test is just one of many analysis types available to help you validate performance and reliability.
I initially blamed myself for the broken award, but maybe if the shelf had been designed to be stronger, the accident could have been avoided. Who knows?
From linear static to nonlinear dynamic analyses, SOLIDWORKS Simulation provides a complete suite of tools to help engineers validate their designs efficiently. At Solidxperts, we are committed to helping our customers achieve excellence in their engineering projects.
Looking to sharpen your skills? Browse our upcoming trainings, available at our offices or online. Whether you’re new to simulation or ready to deepen your expertise, our certified specialists are here to support you every step of the way.
DraftSight 2026 pushes 2D CAD innovation even further, with powerful new features designed to streamline workflows, enhance collaboration, and bring more automation into your drafting environment. Whether you’re working in architecture, manufacturing, or engineering, these updates help bridge 2D and 3D workflows, boost productivity, and simplify project management.
Here are the Top 10 Enhancements you need to know in DraftSight 2026:
1. BIM Module
DraftSight now connects the worlds of 2D drafting and Building Information Modeling (BIM). Import RVT and IFC files to automatically generate plans, sections, elevations, and schedules.
Benefit: Bridge 3D and 2D collaboration, improving accuracy and communication across project teams.
2. Sheet Set Manager on the Platform
Project documentation just got easier. The new Sheet Set Manager standardizes how drawing sheets are created, grouped, templated, and published, all from the 3DEXPERIENCE platform.
Benefit: Simplify documentation, ensure consistency, and speed up publishing workflows.
3. Batch Print Files in Collaborative Space
Save time with batch printing directly from the Collaborative Space. Process multiple DWG files at once, ensuring all team members are always working with and printing the latest version.
Benefit: Accelerate printing workflows and guarantee output consistency.
4. Float Document Windows
Multi-monitor users rejoice: DraftSight 2026 allows you to detach drawing tabs into separate windows for true multitasking. Compare and edit drawings side by side across monitors.
Benefit: Boost productivity by working seamlessly across multiple drawings at once.
5. Centralized Start Hub
A new Start Hub streamlines how you begin every project. From one centralized location, access projects, recent files, workspace settings, and learning resources.
Benefit: Start faster and stay organized from the moment you launch DraftSight.
6. Resizable View Tiles in Model Space
Navigate complex models with ease by resizing and aligning multiple view tiles within model space. This makes simultaneous navigation and editing of different model areas more efficient.
Benefit: Work smarter with customizable, side-by-side model views.
7. Field Command: Diesel Expression Support
The Field command now supports Diesel expressions, allowing dynamic text automation and inline calculations inside your drawings.
Benefit: Automate calculations and add conditional formatting directly to drawing text.
8. Improved Ribbon Tabs Content
The Ribbon interface has been cleaned up and reorganized for better usability. Enjoy faster access to commands, more intuitive layouts, and customizable workspace options.
Benefit: Streamline your drafting workflows with a more modern, intuitive UI.
9. DATAEXTRACTION Command Improvements
Data extraction is faster and more powerful. New features include CSV headers and formula columns, reducing manual work and making it easier to integrate extracted data with external applications.
Benefit: Cut down on errors and speed up data reporting workflows.
10. Files Attachable From the 3DEXPERIENCE Platform
Collaboration in the cloud takes a big step forward: DWG files stored on the 3DEXPERIENCE platform can now be attached as external references directly in DraftSight.
Benefit: Simplify data management and keep everyone working on the latest version of project files.
The Future of 2D CAD Starts Here
DraftSight 2026 isn’t just about drafting faster, it’s about working smarter, collaborating seamlessly, and bridging 2D with 3D workflows. From BIM integration to cloud-based collaboration and new automation tools, these enhancements set a new standard for productivity in CAD.
Want to unlock the full power of DraftSight 2026? Our experts are ready to support your team with tailored guidance, training, and workflow optimization.
Now that we’ve seen what Eiger Simulation is, what do we do with our part once it’s simulated?
In this article, we’ll walk step by step through how to use simulation to optimize a design before even performing the first physical tests. Just like in Part 1, we’ll rely on a concrete example.
Here, we’ve modeled a hook that must withstand a 40 N load with a safety factor of 2.5.
1. Initial Analysis
Once the part is imported into Eiger, we set the load case and run the simulation.
Result: our part is expected to fail with a safety factor of 0.43. It clearly needs reinforcement.
2. Orientation
Is my part oriented in the most effective way for my application?
Keep in mind that a 3D printed part is generally weaker in the Z direction. Printed layers are more prone to delaminating than tearing.
In our case, the hook is subjected to bending in the Y direction around the X axis. The maximum stress is therefore normal to the XY plane, along the Z axis, the weakest direction. Let’s try reorienting the part.
After running a new simulation:
The safety factor jumps from 0.43 to 1.49. Reorienting the part made it more than three times stronger.
However, we’re still below our target of 2.5, so we need deeper refinement.
3. Design Improvements
Can the design be improved?
In general, a design can always be optimized depending on time and resources. To strengthen a part, one of the most effective approaches is to reduce stress concentrations and increase load-bearing surfaces.
For instance, adding fillets is a simple and efficient solution.
After exploring several configurations, we found an optimized version that preserves similar costs while increasing strength.
By adding basic fillets, we increased the safety factor by 46% (from 1.49 to 2.18) with no extra material cost, print time, or weight.
Still below our target of 2.5, time to push further with Eiger’s automatic optimization.
4. Optimization in Eiger
To launch optimization, simply select the corresponding option after running the simulation.
Eiger will test several configurations in the background, without using your local resources. Perfect moment for a coffee break while your part optimizes.
After some time, Eiger provides multiple configuration suggestions.
In our example, adding concentric carbon fiber increased the safety factor to 2.76, surpassing our 2.5 target, with about 30% higher cost.
There’s also the existence of an Onyx-only configuration reaches a safety factor of 2.55 for just 5% more cost.
Here’s the solution offered by Eiger:
The fiber-reinforced version shows fibers placed strategically around the highest-stress zones.
Optimized, Verified, and Ready to Print.
Without printing a single part, we already have a reliable understanding of how the hook will behave under load. We can now print it and test it under real conditions.
Thanks to Eiger’s simulation and optimization features, we save both time and material resources.
Want to know more about the Advanced Digital Forge plan, request a personalized demo, or have us optimize your parts? Contact our team, we’d be happy to help!
DraftSight 2026 pushes 2D CAD innovation even further, with powerful new features designed to streamline workflows, enhance collaboration, and bring more automation into your drafting environment. Whether you’re working in architecture, manufacturing, or engineering, these updates help bridge 2D and 3D workflows, boost productivity, and simplify project management.
Here are the Top 10 Enhancements you need to know in DraftSight 2026:
1. BIM Module
DraftSight now connects the worlds of 2D drafting and Building Information Modeling (BIM). Import RVT and IFC files to automatically generate plans, sections, elevations, and schedules.
Benefit: Bridge 3D and 2D collaboration, improving accuracy and communication across project teams.
2. Sheet Set Manager on the Platform
Project documentation just got easier. The new Sheet Set Manager standardizes how drawing sheets are created, grouped, templated, and published, all from the 3DEXPERIENCE platform.
Benefit: Simplify documentation, ensure consistency, and speed up publishing workflows.
3. Batch Print Files in Collaborative Space
Save time with batch printing directly from the Collaborative Space. Process multiple DWG files at once, ensuring all team members are always working with and printing the latest version.
Benefit: Accelerate printing workflows and guarantee output consistency.
4. Float Document Windows
Multi-monitor users rejoice: DraftSight 2026 allows you to detach drawing tabs into separate windows for true multitasking. Compare and edit drawings side by side across monitors.
Benefit: Boost productivity by working seamlessly across multiple drawings at once.
5. Centralized Start Hub
A new Start Hub streamlines how you begin every project. From one centralized location, access projects, recent files, workspace settings, and learning resources.
Benefit: Start faster and stay organized from the moment you launch DraftSight.
6. Resizable View Tiles in Model Space
Navigate complex models with ease by resizing and aligning multiple view tiles within model space. This makes simultaneous navigation and editing of different model areas more efficient.
Benefit: Work smarter with customizable, side-by-side model views.
7. Field Command: Diesel Expression Support
The Field command now supports Diesel expressions, allowing dynamic text automation and inline calculations inside your drawings.
Benefit: Automate calculations and add conditional formatting directly to drawing text.
8. Improved Ribbon Tabs Content
The Ribbon interface has been cleaned up and reorganized for better usability. Enjoy faster access to commands, more intuitive layouts, and customizable workspace options.
Benefit: Streamline your drafting workflows with a more modern, intuitive UI.
9. DATAEXTRACTION Command Improvements
Data extraction is faster and more powerful. New features include CSV headers and formula columns, reducing manual work and making it easier to integrate extracted data with external applications.
Benefit: Cut down on errors and speed up data reporting workflows.
10. Files Attachable From the 3DEXPERIENCE Platform
Collaboration in the cloud takes a big step forward: DWG files stored on the 3DEXPERIENCE platform can now be attached as external references directly in DraftSight.
Benefit: Simplify data management and keep everyone working on the latest version of project files.
The Future of 2D CAD Starts Here
DraftSight 2026 isn’t just about drafting faster, it’s about working smarter, collaborating seamlessly, and bridging 2D with 3D workflows. From BIM integration to cloud-based collaboration and new automation tools, these enhancements set a new standard for productivity in CAD.
Want to unlock the full power of DraftSight 2026? Our experts are ready to support your team with tailored guidance, training, and workflow optimization.
SOLIDWORKS Electrical 2026 introduces powerful improvements across schematic design, routing, collaboration, and documentation. With enhanced library management and stronger ECAD-MCAD connectivity, teams can work faster, reduce errors, and maintain consistency throughout the design process. Below are the ten most impactful enhancements and the benefits they deliver.
1. Accessory Parts Assigned Directly to Terminals or Circuits
Accessory components such as fuses, pins, sockets, seals, and plugs can now be linked directly to terminals or circuits in 2D. This simplifies bills of materials, sharpens assembly instructions, and prevents miscommunication during manufacturing.
Benefit: Create more complete, accurate electrical documentation without needing to model every accessory.
2. More Flexible PDF Export
New PDF export options let you organize output by project, book, or page while automatically adjusting page orientation.
Benefit: Produce clear, well-structured PDFs with minimal manual formatting.
3. Faster Manufacturer Part and Cable Reference Import
Direct Excel import for manufacturer parts and cable references streamlines library creation, and multi-item entry for circuits, terminals, and cable cores accelerates setup.
Benefit: Build and maintain precise libraries with significantly less effort.
4. Load and Reload From 3DEXPERIENCE Libraries
Teams can now load and reload electrical libraries directly from the 3DEXPERIENCE platform, simplifying updates and ensuring shared content remains aligned.
Benefit: Strengthen collaboration and reduce inconsistencies with centralized library management.
5. Save Local Libraries to 3DEXPERIENCE
Users can contribute local libraries back to the platform to keep content unified across the organization.
Benefit: Eliminate redundant work and maintain standardized electrical content across teams.
6. New Role: SOLIDWORKS Electrical 3D Augmented
This new role deepens the connection between 3D CAD and Electrical Schematic on the 3DEXPERIENCE platform. Users can place components in 3D, route wires and cables automatically, and generate production-ready outputs such as wire lengths and harness drawings.
Benefit: Align schematic and 3D workflows for highly accurate routing and documentation.
7. Route Wires Property Manager Enhancement
Harness design gains precision with the ability to route individual wires or groups of wires directly through the Route Wires property manager.
Benefit: Improve control and flexibility during complex harness routing.
8. Dynamic Connector Insertion
Connector insertion is faster and more intuitive with direct symbol access, detailed circuit selection, and improved sorting and filtering options.
Benefit: Insert and manage connectors with greater accuracy and efficiency.
9. Collaborative Server Enhancements
All server communication is now initiated from the client side, simplifying firewall requirements and supporting modern IT security standards.
Benefit: Enhance network security and streamline IT integration.
10. Improved ECAD-MCAD Collaboration With IDX 3.0
CircuitWorks now supports IDX 3.0, enabling richer data exchange including parent-child relationships for keep-in, keep-out, PTH, and NPTH attributes. Users can also review and reverse MCAD changes before applying updates.
Benefit: Reduce errors, minimize rework, and accelerate design cycles through smarter cross-discipline collaboration.
Key Takeaways for Electrical Design Teams
With stronger tools for libraries, routing, connector management, and ECAD-MCAD collaboration, SOLIDWORKS Electrical 2026 helps teams deliver higher-quality electrical designs more efficiently. These enhancements are built to reduce duplicate work, streamline communication, and keep projects aligned from concept to final documentation.
Ready to take your electrical design workflows further? Our team is here to help you explore every new capability.
Option 1: For licenses <1 year expired( Pay 2 Years Forward Upfront )
Get back on track with SOLIDWORKS CAD w/Cloud Services. By paying upfront for the next two years, you not only regain access to the powerful features of SOLIDWORKS but also enjoy cloud services to boost collaboration and efficiency.
Promotion Perks:
No need to worry about backdating and penalties. We’ll waive them for you!
Regain access to your design projects and continue where you left off, without any interruptions.
Option 2: For licenses >1 year expired ( Pay 3 Years Forward Upfront )
If your license has been expired for over a year, we understand the urgency to get back in the game. With this option, you can secure SOLIDWORKS CAD ALC w/Cloud Services.
Promotion Perks:
Our team is here to support your reintegration process, and we’ll waive backdating and penalties for a smooth transition.
Take advantage of the comprehensive SOLIDWORKS suite and unleash your creativity with the latest tools and features.
Option 1: Upgrade to 3DEXPERIENCE SOLIDWORKS
Seamlessly transition from SOLIDWORKS Desktop to 3DEXPERIENCE SOLIDWORKS, and experience a new dimension of design and collaboration. With secure cloud data management, increased collaboration capabilities, and reduced IT administration, 3DEXPERIENCE SOLIDWORKS empowers your team to work smarter and faster.
Option 2: Upgrade to SOLIDWORKS TERM w/Cloud Services
Opt for SOLIDWORKS TERM with Cloud Services, a flexible and convenient option that combines the power of SOLIDWORKS with the benefits of cloud-based solutions. Say goodbye to traditional licensing hassles and welcome easy deployment and automatic updates for a seamless design experience.
Promotion Perks:
This promotion covers both Standalone and Network licenses (SNL), making it suitable for businesses of all sizes.
Take advantage of the promotion price and add as many new licenses (3DEXPERIENCE SOLIDWORKS or SOLIDWORKS TERM w/Cloud Services) as you need on the same Purchase Order, with no limit on extra seats.
Enjoy the promotion discount for 3 years, whether purchased annually or upfront.
Even after the promotion period, you’ll continue to benefit with a 25% discount on successive years.
