Hello SOLIDWORKS Makers, We’re pleased to share with you our latest project. We’re celebrating our 30 Years of SOLIDWORKS. We’ve been working on a special video series - 30 individual videos, each featuring the best tips and tricks of all time. It would not have been possible without the support of all our engineers around the world, who brought each and every video to life, both from Dassault Systèmes and our very Valued Local Resellers. ✨We’re excited to share our result ✨ Please enjoy

I’m currently driving an old Škoda from the Stone Age — and as charming as it is, its speakers have long since given up. Since I love listening to music while driving, and a Bluetooth box isn’t a long-term solution, my partner and I decided it was finally time to fix the speakers. When choosing replacements, it quickly became clear that I didn’t just want new speakers — I wanted better sound quality. That meant the car needed some modifications, and custom speaker frames had to be created.

We have a lot of Pyrex and Anchor glass containers at home, and over time, the original lids tend to disintegrate. This project started as a design challenge—not a food safety solution—but a way to explore multi-material 3D printing and solve a problem. I reverse-engineered the lids for the containers that needed replacements. My first attempt was printing entirely in TPU. The fit was perfect, but the lid was too flexible—it couldn’t support any weight if you tried to stack another container on

Dear Makers, metallworking Friends, I haven't posted anything yet. Here's my little lathe. All designed with Solid works.

Dear Makers, It is my first time ever I use this community – in case you have not seen the Linkedin post that we recently published. We announced the 🎉 30th SOLIDWORKS Anniversary Competition To celebrate 30 years of innovation, we’re giving the chance to win : 🛫 3 trips to 3DEXPERIENCE World 2026 in Houston 🎓 30 exclusive certificates 🚀 How to enter 1️⃣ Publish a post on your own public LinkedIn profile featuring your best design made with SOLIDWORKS. - Include an image or video of

Project Overview I'm excited to share my ongoing project: a full-scale, fully animatronic Wall-E replica from Pixar's 2007 film. This build features complete articulation of the head, neck, arms, body, and track system, authentically recreating the character's movements and personality as seen in the film. I started this project in 2019 and have since refined the design through multiple iterations to achieve the level of mechanical sophistication and reliability required for a traveling

This post to share with you my little 3DPrinting project to make a Dartboard LED ring. I wanted a LED ring for my dartboard setup, but most commercial versions cost around €80. After a bit of searching on Thingiverse, I found a great project to 3D print Dartboard LED Ring. It is pretty easy: Print the parts following the guidelines Use some glue to create the circle Add magnets and a LED strip Now I’ve got a cool DIY dartboard LED ring at a fraction of the price 😀 🎯 Setup and Print Many

The Velizy Fablab is equiped with a lot of cool machines, part of it is a big 3Axis Mecanumeric (Mecafab 2513). Unfortunately the default vacuum is totaly unefficient, so machining wood is a hell of dust and chips all over the room. As we are also equiped with a very efficient vacuum offering a 12cm pipe, I designed and fabricated a new vacuum system adapted to the machine. Here is the setup in action, as you can see: no dust nor chips ! This system is of course removable to ease the tools

Welcome to our comprehensive 3DEXPERIENCE SOLIDWORKS for makers tutorial series designed specifically for makers and creative enthusiasts. This series consists of 9 informative episodes, each guiding you through the exciting world of making with 3DEXPERIENCE SOLIDWORKS for makers. Access YouTube playlist here. Episode 00: Getting StartedWe begin this exciting expedition with overview of what awaits you in the upcoming episodes. This series was designed to empower you with the knowledge and

Get Started with Your SOLIDWORKS for Makers Package Need to learn more about these offers or ready to purchase?

Join us for our project-focused tutorial series on SOLIDWORKS xDesign for Makers. Created with makers and creative enthusiasts in mind, this series has 8 informative episodes in all. Each one guides you through the exciting world of making with SOLIDWORKS xDesign for Makers. Access YouTube playlist here. Episode 00: IntroductionIn this introductory episode, Jason and Todd Trout introduce the SOLIDWORKS xDesign package, highlighting its next-generation, web-based tools perfect for makers and

This week, I created a 3D model for a wall-mounted case for a Netgear Nighthawk router. The design allows the router to be securely fixed to a wall while keeping the power cable and ventilation unobstructed. The original mount costs €50, which is way too expensive and isn't ventilated. So my first pitch with a 3D printer It’s a simple prototype, but the main goal is to test the full workflow with the DS Munich FabLab — from CAD design to print and final fitting. AND what should I say...

Some time ago, I wanted to build my own ultrasonic wind sensor, since professional units can cost a small fortune. However, during my research I came across a great ready-made and compact solution from Calypso Instruments - a wireless (Bluetooth) ultrasonic wind sensor powered by a built-in photovoltaic cell. Because I remove the sensor from my sailboat after every trip, I needed a protective case to keep it safe from mechanical damage and dirt during transport and storage. So I decided to

We recently carried out an improvement project on the mini-MIC, our workstation designed for demonstrations at trade shows and events. After observing how it was used, we identified several points to improve: lack of space for keyboard and mouse → added a drawer, limited space for certain components → added a shelf, need to keep instructions accessible → integrated a binder, issues with some technical parts → 3D-printed new components, cabinet that wouldn’t close and messy storage → added a lock

Another entry today in the theme of “the combat robot engineering you don't see”, this time from my teammate Peter Lombardo and his full-body spinning drum robot Bee Roll! Sometimes in robotics specifically, or any project with a lot of moving parts, you realize solid expectations and assumptions were actually wrong. Time and effort can be spent addressing these things and that time isn't wasted, even though it doesn't address the direct issue. At the end of the day, this hobby is about

End of July the 3DEXPERIENCE Edu team was invited to Eugen-Bolz-Gymnasium in Germany to organize two project days on the topic of “How Products are Designed in 3D”. More than 20 students aged 12-17 enthusiastically learned how to design with SOLIDWORKS xDesign. 🔹 From idea & sketch to 3D modeling with xDesign 🔹 Their first product: a 3D-printed smartphone holder with personal initials It was really fun and fascinating to see how quickly the students became creative and interested in designing

At the 3DEXPERIENCE Lab Munich – FabLab, I designed a custom guitar stand using a combination of 3D scanning, CNC cutting, and 3D printing. Here’s the workflow I followed: 🔹 3D Scanning – I scanned the guitar to capture its exact shape. Since the guitar is asymmetrical, accurate scanning was crucial to ensure a perfect fit. 🔹 Designing the Stand – Using the scanned data, I designed the holder in CATIA, including the connection part that would be 3D printed. 🔹 CNC Cutting & 3D Printing – Using

I’ve been meaning to post this for a while now. Wanted to share a little project I’ve been working on a metal spot welder (mainly for Li-ion cells). The case is recycled from an old car battery charger (a little zero-waste spirit ✌️ ) and all the custom parts: the front panel, PCB mount, covers, and brackets were 3D printed at 3DEXPERIENCE Lab Munich on a Bambu H2D with a smooth PEI plate. Really happy with how clean the prints came out!!!

this is a fairly simple object, which design intend to help solving two issues at once, printed for @AM : identify microphone on the fly avoid microphones to roll and fall when put on a table Printing in various colors helps identifying which mic is connected to each line. The ring shape secures the mic from falling when placed on an uneven place.

Join us for our project-focused tutorial series on SOLIDWORKS xDesign for Makers. Created with makers and creative enthusiasts in mind, this series has 8 informative episodes in all. Each one guides you through the exciting world of making with SOLIDWORKS xDesign for Makers. Check out the WIKI Post for the full Video Series: ⚒️ SOLIDWORKS xDesign for Makers (Getting Started Series)

From the digital model, I can create a master model in resin using the FormLabs Form4 SLA printer. Then I make a counter mold to create a silicone mold. Finally, I obtain a mold to make as many models as I want, in plaster or white cement, very inexpensive and of good quality. Thanks for reading!

Dear Makers, woodworking Friends, Time flies, and I haven't posted any creations here. Time to change this. Here are 2 Pieces I have in my Home Office, designed and built from Scratch: DeskDesignBuild Tabletop Glue Up: Breadboard Ends: Base: Adding Handcut Dovetailed Drawers (Never cut dovetails before). The inside is reclaimed Persimmon Wood: Final Result: BookshelvesDesign Build Glue Ups (skipping the Wood prep: Jointing, planing, cutting) Daddo's creation: Dry Fit: End Result:

For students, hobbyists, and makers passionate about CAM, there’s a simple way to access a SolidCAM Maker license that integrates with 3DEXPERIENCE SOLIDWORKS Maker. In this blog, I’ve detailed the full process - Download, setup, and getting started.

Model Mania Xtreme was born from a simple idea: let’s give designers a stage to go head-to-head in intense, fast-paced 3D modeling battles. These showdowns bring out the best in our community — friends and co-workers pushing each other in a fun, competitive environment. But make no mistake, this sport demands real skill. It takes grit, stamina, lightning-fast reflexes, and total command of the virtual world. It’s athleticism for the digital age — and we knew it deserved a spotlight. That’s why

xDesign 3d print Makers 3D xshape I’ve been working on a nebulizer model in xDesign, to create an assembly combining parametric and subdivision modeling. To nail the accuracy, I needed a way to measure those tricky little curves, so I 3D Printed my own fillet gauge. It’s simple but super handy for quickly checking radii on parts. The numbers are raised slightly to allow for a material change on single-extruder 3D Printers, making them much easier to read. Want to try it? Print your own and see

I recently printed this self-watering/wicking planter pot, and it’s working great for my little vine. The design uses a reservoir at the bottom and a wick system to keep the soil moist without overwatering. 🔗 Design Credits: andrewqyarber 🔗 Model here: Self Watering / Wicking Planter Pot 💡 Notes: Recommended to print in PETG to reduce the chance of leaks. Simple to assemble and easy to maintain. Perfect for small plants or propagation projects.

No matter how big your shop is, taking the time to organize your tools can be a huge win! @CAO and I recently designed this custom workbench storage wall for the 3DExperience Lab. We started with a live brainstorming session where viewers weighed in on what tools we should include, and then had a second live session where we reviewed all the different bespoke items we designed. Check out this replay if you missed it: Want to know the best part of the project? ...Assembling it in the lab

🚀 Don’t miss our grand finale on the Discord Stage! Join @CAO and @SAO for the third and final wrap‑up session as they bring the collaborative workbench storage design to life—shaped by your ideas and feedback from the first two sessions. 📅 When: Friday, September 12 at 12 PM ET 🎙 Where: Discord Stage (log-in to Discord required) → Jump in to the stage here: https://discord.gg/cDAeSMESjU?event=1379552191773413416 ✨ Be part of the big finish and see how the community’s vision comes

@JP and I are working on a project together, and soon we'll be posting a full video series where we walk through the whole process. Here's a little taste of the final product we'll be making. Thoughts? Questions? In particular I wanted to ask our friends @SAO and @CAO for their feedback and ideas on the design.

For the last few years, @CAO and I have been working closely with the Fab Foundation to help bring the Fab-in-a-Box project to life. This low cost, high impact, digital fabrication kit comes with a vinyl cutter, a laser cutter, a 3D printer, an awesome set of lessons, and SOLIDWORKS xDesign software. Here's a glimpse at some of my favorite 3D models from the lessons: Die Spinning Top Cardboard Invention Kits Balsa Glider Botanical Press Automata To learn more check out these links: Fab

Figure 1: F1 RC Car Formula One is the highest class of worldwide racing for open-wheel single-seater formula racing cars sanctioned by the Fédération Internationale de l'Automobile. Dassault Systems works with essentially every Formula 1 (F1) team and in F1, every fraction of a second matters. One of the sport's most exciting engineering innovations is the Drag Reduction System (DRS), a moving flap on the rear wing that opens to reduce aerodynamic drag and increases top speed by about 5% on

A few weeks ago, we were invited to visit The Hatchery at Boston College. We learned about their mission to empower anyone to be a maker. We also had a wonderful tour of the facilities. It was inspiring to see so much creativity in such a beautiful space. If you get a chance to tour a local maker space or if you are lucky enough to be part of a maker space, please share with us here in the Made in 3D community! We love to learn about how other spaces connect with their community of makers! Happy

Sometimes, we make things for ourselves, and sometimes we make things for others. We're rewarded with joy no matter what, and that's what's so awesome about making. Last year, @CAO and I helped bring to life a vision shared by our friends @JP and @GC ...the Model Mania Xtreme ring! Modeled in SOLIDWORKS xDesign, it's a demonstration of just how imaginative SOLIDWORKS users can be. The MMX ring debuted at 3DEXPERIENCE World 2025, and offered attendees a bit of over-the-top entertainment, plus a

I modeled a tubular spaceframe chassis for a single‐seater racing car using SOLIDWORKS Weldments and 3D Sketch. By defining critical load paths in a 3D sketch, I optimized tube placement and cross‐section profiles for stiffness without excess weight. Custom weldment profiles, gussets, and mounting plates were added at suspension and powertrain interfaces, with stress and fatigue considerations guiding joint reinforcement. The final model includes a complete cut list and BOM, streamlining the

Im looking for the symbol to closed my part? It is saved and I just want to close the design window?

@NR and I have been working on a Formula 1 RC car based on the Open Formula 1 build. 3DEXPERIENCE SOLIDWORKS has been instrumental in the assembly construction of this car. We have two different types of wings as well, one with DRS active and one with DRS inactive. Sensors onboard the car will record speeds and g-force/downforce data which will help us determine how the different rear wings are working. @MS, a fluids simulation expert, is helping us prove the function of DRS virtually.

Hey ya'll my name is Neel Rao and I am an Intern here at the 3DEXP Lab. Just wanted to showcase my project that I have been working on for the past few weeks. It is a 3D printed Robotic Arm that has 3 degrees of freedom and uses servomotors along with a custom control panel to function. Here is a photo and video of the robot. Stay tuned for more!

This is version 2 of the levitating compass design! I 3D printed the compass for a cleaner appearance.

Hello Makers! I'm David, currently interning at the 3DExperience Lab, I'm very excited to share a glimpse of a new project I’ve been developing as an industrial design engineer, working with a prototype-driven approach using all the Lab tools. Together with Sean, we started by experimenting with an electromagnetic base and a magnetic LED component that levitates—suspended between two fields while lighting up. But I didn’t want to just design a lamp that floats. I wanted to rethink how levitation

Hi Makers! My name is Ivy, and I'm an intern at the 3DEXPERIENCE Lab this summer! I've been working on a gumball machine for visitors who’d like to take home some Lab merch. I designed the machine in SOLIDWORKS and exported each individual wooden piece, with tabs and slots, as DXFs. I’ve completed a prototype using the laser cutter, which revealed several issues I need to address: What’s the best way to refill the capsules? Would a thicker wood material work better? How should the clear acrylic

At the 3DEXPERIENCE 2025 conference, the Fab-in-a-Box project was announced on main stage and showcased in the EDU zone. Fab-in-a-Box is an initiative spearheaded by the Fab Foundation to provide "a low-cost, high-impact, digital fabrication kit for education". Last week, we were at the MIT Media Lab to help support a beta test of the unit and lesson plans with a few high school students. The session introduced the students to xDesign and guided them in designing and fabricating custom gliders.

No one makes battery terminal covers that were nice for the small battery in my MK4 Supra so in a few hours was able to use Solidworks and a Bambu printer to whip up parts in just a few hours.

In addition to designing and testing parts for our sleds, USA Luge relies on SOLIDWORKS in designing the tooling around our parts and molds. This summer, our athletes will be working hard preparing for the games to be held in Italy in February 2026. Our Stratasys printer will be just as busy producing parts and tooling designed in SOLIDWORKS!

Why would I want to replace my published model in HomeByMe? It's very likely that you are reading this because you made some improvements to your model that you originally published and want to update it in HomeByMe. Once a model is published, it cannot be changed. The name and description can be edited, but the actual model will need to be removed entirely and replaced with the updated version. This is also a helpful workflow if you decide you no longer wish for other Makers to be able to add

What is HomeByMe and why should I publish my model there? HomeByMe is a free and easy to use home design service. It allows you to model room layouts for your home, apartment, or garage, as well as exterior spaces such as a gardens, patio, and driveways. You can place furnishings and other objects from hundreds of brands into the design to visualize how they would look and fit in the real world. As a Maker, you can design your own furniture in xDesign, xShape, or SOLIDWORKS Connected, and

Why would I want to edit my publication in HomeByMe? When editing your HomeByMe content, you are allowed to change the name, description, and category of your model. It is entirely possible that you may have used the incorrect name for your model when publishing and you wish to change it to something more suitable for the public. It's also entirely possible that you might want to add your email or personal online store link to the description, so other users can contact you directly for other

Why should I allow others to download and edit my model? The beauty of being in a community of Makers is exactly that: the community. Because we are all creative people, we are constantly being inspired by the things around us, including what we see online. By allowing other Makers to download your model, you are bestowing creative liberty onto the rest of the community and encouraging this environment to flourish! Download a 3DXML from Swym Workflow: Within the MAKERS | Made In 3D community,

Guidelines for Using this Community:This community enables you to connect with other makers, exchange information and/or post a wide variety of content directly. In addition to the Terms of Use that each user accepts when they join the community and the 3DS Code of Business Conduct, the following rules are the participation guidelines for this community. Please DO: Contribute to the community with a positive attitude Be ethical, honest, courteous, and professional Reference contributions of

This is YOUR community, for all things 'making' - connect with fellow makers, share your work, learn tips and tricks, and get inspired.Share your creative projects and ideas in this community, and connect with other passionate makers from across the globe. You may post: A cool thing you made (using a 3D printer in your basement/ your fab lab/ anywhere under the sky) A problem you solved using your 3D and digital fabrication skills (this could be an everyday/ personal, local or global problem)

Hi to all our Fabbers and Makers ! In order to improve sharing the experiences of every user of the FabLabs on our campuses, if you want to 3D print your project, you will simply need to: * Post a short project description in the blog post of this community. If you are not an author, ask to become one and we will accept asap. * Please specify your location: Vélizy, Waltham, Pune or Munich, and tag the person responsible for your local FabLab! * Insert your .STL file or your 3D file * The post

Here is a link to a YouTube video to go along with a project I posted to this community a while ago. It is a short, high-level discussion of my approach to this design. Hope you like it! VIDEO LINK COMMUNITY POST

For over five years, I've been looking for an alternative means of transportation that combines pleasure, safety, and comfort, without a combustion engine and conducive to physical activity. After much exploration, I discovered velomobiles and intermediate vehicles. The QBX Quadbike caught my interest with its design, robustness, and ease of movement without a bodywork. I found a used model that I dismantled, restored, and repainted, incorporating a 350W power assistance system. Its metal frame,

Hello All, Finally dove into a project sitting in the back of my shop - a 57 TBird rebuild from the ground up! Ripped it down to the last nut and bolt and shipped the body off for some work. Finished stripping the chassis this past week for a sand blast and epoxy undercoat. I just do engines/chassis work so leave that stuff to the experts. Now I am looking at refinish and reassembly. One issue I need expertise on is the tail light housings. They are rather tired after 68 years and my mom backing

The BattleBots TV show inspires kids to design and build their own robots, but it can be an inaccessible sport if there are not local events near your home. We're using Solidworks to design parts that make combat robotics accessible to everyone! Safety is a big concern in the sport, especially for kids that are just starting out. Enclosed arenas are typically made of expensive aluminum extrusion and polycarbonate panels that can be difficult to find and manufacture. Since our Camp Witch Doctor

Hi Guys My name is Neel Rao and I am a Intern this summer working at the Fab lab. I love working with SOLIDWORKS but I wanted to get some hands on experience with CATIA. I took a little part from model mania to get started! To all the CATIA experts on here please feel free to suggested tips and tricks for CATIA and maybe some good projects. I'll also be posting more with other projects that I am doing throughout the summer! 😄

Hi - back in late June, specifically: June 25, our favorite SOLIDWORKS couple, Sal and Chin-loo LAMA held the second of their three-part Collaborative Design / Build series through a live stream (AKA: "Stage") on the SOLIDWORKS Discord server. If you missed it, the replay can be watched via @CAO & @SAO' YouTube channel here: Check it out, as there was a lot of cool progress made from the first session, which was held in late April. The Lamas dived into how they took their ideas, combined them

Join us at 12pm ET on April 25th on the "Let's Talk Shop" Discord Stage as we broadcast from the Boston 3DEXPERIENCE Lab! This will be the 2nd of 3 live streams with @CAO & @SAO where we will connect with YOU to collaborate on the ideas, concept, design and eventual build of something that is not only cool but also easy to make. Open to all - newbies and veteran makers around the world. Click here to access and see you on the stage: solidworks.com/letstalkshop202506 Day of the event - here's

Hello, After 1 year of on and off evening work, I've finally completed the design of the Kamov KA-50 model (SolidWorks for Makers) Already started breaking it up for 3d printing and adding fastenings and mounts to build it in 1/10 scale as a fully functioning, flying RC helicopter model. It's my second project in SolidWorks (after moving from F360) and my most complex project up to date. In meantime, hope you enjoy the renders. Link to the video: https://www.youtube.com/watch?v=YtOjqwnYT-A

Shifting topic for this one to playing with other fun combat robot concepts at a 3lb scale (which I would highly recommend before trying things bigger) Of course for a combat robot the overarching goal is "win fights and events", I (Aren) largely just love how much freedom is allowed for figuring out how to do that, and just how motivated the entire community is to also keep that tough. "Boop Tech" For this particular robot approach I kept asking myself the question: "how do I put a

Ahoy! On our last episode of HyperShock How-Do's, we discussed the armor and chassis design, specifically focusing on the "Billettes" at the front end of the robot. These large CNC'd aluminum chunguses basically attach chassis to the weapon. They also provide a mounting point for front attachments like forks and wedges, and give us a spot to mount some bunny ears (also referred to here as horns) to keep the weapon from hitting the ground when inverted. Season 6 "Billettes" as-installed, front

Tazbot is the first combat Robot I built for Robot Wars way back in1996. The basic design used a Turret with a lifting Pick Axe as the weapon. The base of Tazbot had a 2 wheel drive that utilized very cambered wheels to allow the weapon to rotate close to the floor and help with a low center of gravity. The base of the robot acted as a full body spinner while the lifter on the turret was smashed into lifting position. Tazbot competed until around 2002 and at one point was ranked 4th in the

I've been avoiding designing with bevel gears due to the complexity of modeling them but my latest design for the weapon transmission on my 30-lb combat robot (MegatRON) called for a right-angle transmission so I said "why not, let's learn". The goal was to replace the direct-drive hubmotor solution with a right-angle gearset driven by slim inrunner brushless motor nestled between the arm and the blade. A 4:1 reduction of 1.5 Mod gears fit within the existing volume and allowed me to

The Problem One of our air registers is located next to the window. When I pull the drapes, the flow of air simply goes between the window and the curtains. The Idea Add a deflector that would hold the drape in place and ensure the air goes in the room. The Challenge The register is almost a foot long, much larger that what my P1P can print. The Solution Used the “Zipper Joint” to print the shield in two pieces and assemble them with no glue. The deflector was printed in PETG translucent,

I am practicing my rendering skills in Visualize. Please give your opinions and advice.

Today I had the idea to share a story under the theme of “the combat robot engineering you don't see”. Normally my team works on the Battlebot HUGE and similar small versions, but this post involves my 1lb fighting robot, “Drinky Bird”. Drinky Bird is a hammer-style robot, aiming to hit its opponent with a vertically swinging axe. In particular, it’s designed to have a fairly low-power hammer while being incredibly defensive, mostly to entertain people at a youth-focused combat robotics

Happy to share that I’ll be taking the CSWA certification this week! Currently practicing with some of the early 2000s SOLIDWORKS Model Mania challenges — such a fun way to sharpen modeling skills and speed.

A huge thank you to @CZ and @AG for printing this part for me. This was part of a give away for DELMIA Machining customers during a customer event in Ettlingen Germany. The complete parts look like this: The aluminium helmets were machined on a Hermle C52 five axis machining center using ISCAR tools. This video shows part of the roughing process using the "Multi-Axis Roughing" cycle provided by Delmia Machining. At last a video showing the whole process as presented during this years

In recent years, I've been left without huge engineering hobby projects. With BattleBots currently in limbo while Discovery Channel and Warner Brothers figure out what their programming plans are, our team has had some time to relax and indulge in some other hobbies. Those hobbies range from buying a hydroelectric dam, to restoring old cars, and hosting small combat robot events. However, we all seem to enjoy getting together to enjoy building and racing electric go-karts. I had never

We all know SOLIDWORKS is a fantastic design tool but it's also a powerful communication tool, especially for me. We recently got a 3D printer that had been converted to open source hardware and the electrical cabinet is quite a birds nest as you can see below! I have Cerebral Palsy so when it came time to troubleshoot and fix one of the drivers I found myself trying to walk my assistant through rewiring the RAMPS board and drivers. Needless to say, this was very frustrating for both

Adding a security camera to your existing floodlights without any screws, glue or wires required is very simple if you have a 3D Printer and a battery Wi-Fi camera. The camera I chose comes with a magnetic holder that allows easy swiveling for unlimited positioning and quick attach/detach actions when the battery needs recharging. The mount looks pretty universal, so you might find it in many other cameras. Since I already have the floodlights installed, I wanted to add the camera in the

Hello, Thanks to 3D Lab and Sebastien for 3D printing the fasteners to hang my Lego on the frame. Julien

test

Hello fellow makers! I am happy to showcase a rendering of the Bowhead ERA made in SolidWorks Visualize. This design of the removable seat is unique in the wheelchair world and facilitates single handed operation. Having a removable seat is very handy for users who lead an active lifestyle and helps to easily disassemble the wheelchair and carry it in the back of a small car. We managed to fit 3 of these wheelchairs in a Toyota Corolla! The removable seat also allows for a variety of seating

Love designing unique solutions to everyday problems? Want to help shape the designs we've come up with? Come hang out with us for an hour on Discord, and see the tool storage solutions we have in mind for the workshop! ==> Wednesday, June 25th, @noon Eastern <== We'll show you what we've designed, talk about our prototypes, and get your feedback on how to improve things. We've got a ton to cover, so grab your lunch (or a snack) and get ready to have some fun! Check out our teaser video now:

As part of a university project, I 3D printed a component for a home automation robot at the 3DS Fablab!

Sometimes, you see an object and your CAD brain just kicks in and you start visualizing how you'd model it. That's what happened when I saw a Linked In post from Adi Pandzic that featured this really cool 3D Printed vase with a helical decoration on it. I took one look at it and thought "I know how I'd model that", but then I thought... "there may be people who don't know how to model that". So, inspired by the shape and my desire to help others learn, I modeled and 3D Printed the vase, and

I had my TV on a fully articulated wall mount and wanted to add a large soundbar. To get the direction of the sound right, I thought it must be mounted on the same mount as the TV, so they could swivel together. Imagine my frustration when after buying the soundbar adapter I found out that the distance between the sound bar’s mounting holes is much larger than what the Kanto mount could accommodate. Fortunately, nothing is a problem for too long if you have SOLIDWORKS and a 3D printer. I

For this project I designed and modelled two train bases with moving wheel axels and a playdoh roller handle with detachable roller. This project came about how most of my inspiration happens these days, by my two boys. My older son loves trains and playdoh, so this is a match made in heaven for him. He constantly asks me to make him a train, only issue, he wants it to move... of course we know this just isn't possible. Now I have used Lego car bases to achieve this and also wooden train bases,

This was the challenge I set myself by taking an existing toy and making a custom version that references the Spiderman cartoon from the 90's ! I used the Revopoint scanner to take a reference of the parts and their interactions. I then imported the part into the sortware xShape which allowed me to model complex shapes quickly and then continue with the parametric in Solidworks. I printed everything on my Prusa Core One and I am very happy with the final result! If you are also interested

After months and months of work, we were able to bring this new character to life for Star Wars Celebration Japan. This event took place from April 18 to 20. From design/building to programming, painting, and a 7k-mile journey. Here is COO-K1. Here is a link to the article from stawars.com. I can't thank enough all the people who were part of this project. It was a massive team effort, and I'm proud we were able to pull it off.

Greetings, I want to make this type of designs with Solid. I saw YouTube and it is supposedly done with power surfacing. Is that correct? Are there other ways or how do I activate the function?

My grandson, Knox, asked me to make a shelf for his room. I asked him a few questions and turning to SOLIDWORKS, came up with a simple design, customized with his name, and printed on my 3D printer. It's a lot of fun to incorporate some basic old-school woodworking skills with a touch of modern technology. I have also learned, from creating designs for my kids, that they love to see their name on things! Check out the pics of this easy and functional design!

Hi Makers! I'm super excited to be starting my summer here at the 3DEXPERIENCE Lab at Boston Campus! ⭐ My first week has been filled with lots of learning opportunities as I onboard the 3DEXPERIENCE platform with amazing apps like xShape, xDesign, xStudio and xHighlight. Transitioning from a desktop SOLIDWORKS user onto the cloud takes some time, but once I got used to the platform, I realized how powerful and convenient the design and rendering tools are. Starting out with subdivision

Take a look at these infinity loop trophies we produced in the Boston FABLAB for the graduate development program. This is where craftsmanship meets innovation! Each trophy features: A carefully finished and engraved solid wooden base The signature 3DS infinity loop, 3D printed in matte black, representing endless creativity, resilience, and forward momentum... Here's a video that @CL put together to highlight the manufacturing of the trophies. The infinity loop and its base were