Schlagwort: CAD

  • VIVE X company, Mindesk, secures $900k to bring CAD designers into Virtual Reality

    VIVE X company, Mindesk, secures $900k to bring CAD designers into Virtual Reality

    Reading Time: 5 minutes

    Following the graduation from VIVE X, HTC VIVE’s global VR/AR accelerator, Mindesk has moved its HQ to San Francisco and will continue to develop VR software in Italy and the US. The company secured $900k seed round from HTC VIVE, Barcamper Ventures, A11 Venture and Invitalia Ventures.

    “We’re excited to see the success and progress Mindesk has made since graduating from the second batch of Vive X companies,” said Marc Metis, Vice President, HTC VIVE. “Vive sees virtual reality having a tremendous impact on the AEC industry and we will continue to invest in companies like Mindesk who are pushing the industry forward.”

    Mindesk, a startup founded in 2015 in Bari (Italy), created a platform for real-time CAD collaboration, enabling multiple users to review, create and edit 3D CAD models immersed in Virtual Reality. Mindesk has already published its solution for McNeel Rhinoceros and Grasshopper and soon will publish the one for Dassault SolidWorks.

    “We are proud of the Italian excellence exhibited by Mindesk. HTC’s investment is evidence of the quality team behind Mindesk and their ability to shape the future of the global VR industry” added Sergio Buonanno, CEO of Invitalia Ventures.

    We asked a few questions to Gabriele Sorrento, CEO and co-founder:

    What does Mindesk do?

    Mindesk’s product is a plug-in for CAD software like McNeel Rhinoceros and Grasshopper. Once installed, it allows users to quickly jump in VR to visualize, create and edit 3D CAD projects in their original format.

    We followed up on the desire of designers for a real-time VR design platform. Tired of spending hours exporting their CAD model to third parties’ game engines, we made it possible to jump right in VR in just a click with no model preparation or export involved. Our customers are active predominantly in the fields of architecture, ship design, industrial product design and creative arts, all who have tight deadlines and no time to waste in tech frictions.

    Why is virtual reality relevant to designers?

    Previously working as an architect, I would spend hours making physical prototypes of my designs to show clients or studio partners. However, right after these meetings, I would end up throwing the prototypes away as they were no longer needed or up to date. The costs associated with this wasteful and time-consuming workflow is the reason more designers are now turning to VR for reviews.

    In addition, virtual reality has the ability to make design reviews more productive and engaging for designers and their clients. Mindesk’s VR platform keeps a live link between VR and CAD, enabling users to experience and edit a project in the design phase by fully immersing themselves in the virtual environment. Designers can modify a model in real-time while their client is in VR and even enables clients to make their own edits in headset. Mindesk’s approach to this process facilitates a more collaborative partnership between designer and client.

    This level of engagement and communication benefits the design process itself by making it less prone to errors. With Mindesk, we’ve observed that clients are more likely to leave a review session with the feeling that their message has been received while designers know their work has been fully understood and accepted.

    So, is Mindesk a design review platform?

    With Mindesk, customers can do much more than just design reviews.

    An Australian sculptor used Mindesk’s VR modeling tools to shape a steel sculpture while an architecture firm in the Bay Area is combining Mindesk with Grasshopper (a computational plugin for Rhino) to monitor real-time information and simulation analysis results every time their 3D model changes. Another company is using VR to display a point cloud that is then traced directly in the space. When compared to tracing a model using a traditional mouse on a 2D monitor, Mindesk has made reverse engineering an easier and more intuitive process for this customer.

    There are several workflows that users can implement by combining Mindesk with different CAD software and related plugins. We keep our products as flexible as possible in order to meet our customer’s diverse use cases.

    How did it all start? What’s the road ahead?

    It all started in 2014 – I had been using CAD software for many years and was frustrated with the way I was forced to design 3D objects on 2D surfaces such as a monitor and keyboard/mouse. With modern VR headsets just blossoming, I thought it was the right time to start developing a solution to improve the lives of CAD professionals. From then onward it’s been quite a ride. Mindesk now has a couple of products on the market: one for Rhinoceros and one for Grasshopper, with another for SolidWorks set to launch soon.

    Last November we participated in Autodesk University, where we unveiled our forthcoming integration with Unreal Editor in partnership with Epic Games. This integration will add photorealism to 3D CAD modeling, creating the ultimate design environment for AEC.

    Future product offerings will scale on other CAD software including SolidWorks, a parametric CAD used extensively in mechanical engineering. Attendees who tried it at SolidWorksWorld 2019 in Dallas found the solution intuitive and attractive for the beneficial impact it could have on their businesses. We collected the application of interested designers and launched a closed beta at the end of February.

    How does the market for such products look like?

    The VR/AR market is burgeoning, going from $4.5Bn in 2017 to more than $200Bn by 2026, at a staggering CAGR above 50%. Last year VR hardware and software had the lion’s share compared to AR, 92% vs 8%. More than half of this market was represented by enterprise applications.

    We’re excited to be active in the VR B2B software market. VR can be a game-changing productivity solution for many companies while the enterprise is proving to be some of the earliest adopters of new technologies.

    How has HTC VIVE helped you along the way?

    We were lucky enough to be chosen for the second batch of the Vive X acceleration program in San Francisco in 2017. Needless to say, it has been an incredible experience. I’ve met some terrific startups and built a network that is proving to be useful even a few years in. I can say without a doubt that participating in Vive X has greatly increased our chance of success. The recent convertible note by HTC has also been particularly helpful as cash and trust are the most appreciated forms of support for an early stage startup.

    [youtube https://www.youtube.com/watch?v=ak9bwFB8Uxs]

    Website: LINK

  • How 3D Scanning Can Optimize Food Packaging

    How 3D Scanning Can Optimize Food Packaging

    Reading Time: 3 minutes

    Swiss specialists Bachmann Forming use Artec 3D scanners to digitize handcrafted chocolate bunnies, so they can create custom food packaging.

    Easter is long gone, and your teeth may feel a little tender after scarfing down all that delicious chocolate. But spare a thought for the elaborate packaging of that confectionery, and the modern technology that went into creating it.

    One packaging company, Bachmann Forming in Hochdorf, Switzerland, uses 3D scanners to optimize the packaging molds for their client’s chocolate bunnies. An ill fitting cardboard box just isn’t good enough; every curve of these delectable bunnies are showcased in form-fitting blue plastic.

    To design them, technicians capture the shape of an object using 3D scanners from Artec 3D, and then use the data to create a master form, which has an identical shape to the source object.

    Previously, master forms would be either handcrafted, manually ground, cast with epoxy resin or milled from wood. This is a painstaking process that could take several working days, depending on the complexity of the product.

    But the procedure has changed dramatically in recent years thanks to digitization. Master forms are now designed using computer-aided design (CAD) and manufactured from blocks of polyurethane on CNC-controlled milling machines.

    food packaging
    food packaging

    Optimizing Chocolate and Food Packaging with 3D Scanning

    Bachmann Forming chose Artec scanners for the task because of their ability to capture data without the need for extra orientation points.

    Compared to other 3D scanners, they do not need adhesive markers to be stuck over the object for the scanner to maintain tracking and to align scans. This is because algorithms in the software can analyze both the geometry and the color data of the object.

    “Especially in the case of chocolate or pralines, it would be pretty hard to stick something on them,” says Jörg Nussbaum, a design engineer at Bachmann.

    By using Artec’s technology to create a CAD model of the original chocolate bunny, Bachmann Forming can take advantage of the expedited process of CNC machining the master form. There’s also the added benefit of reducing manual error through hand measurements and machining.

    Overall, it takes Bachmann just one hour to complete the entire process.

    “We were impressed by the easy usability, and the geometry and texture-based tracking of the Artec Scanner,” Nussbaum enthuses. “Capturing color also makes it easy to create photorealistic visualizations in the design phase.”

    food packaging
    food packaging

    Source: New Equipment Digest

    License: The text of „How 3D Scanning Can Optimize Food Packaging“ by All3DP is licensed under a Creative Commons Attribution 4.0 International License.

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  • Canadian Software Company Caboma Promises Mass Customisation of Consumer Products

    Canadian Software Company Caboma Promises Mass Customisation of Consumer Products

    Reading Time: 3 minutes

    “The future is custom” according to award-winning software company Caboma. Their software SpecifX allows companies to instantly personalize their products and create bespoke solutions through 3D printing.

    Founded in Montreal, Canada in 2015 by co-founders Jean-Philippe Carmona, Jonathan Borduas, and Julien Arnaud, Caboma has been honing its software to bring personalized products to the masses.

    caboma
    caboma

    “It used to take a CAD specialist up to 6 hours to customise a knee brace,” said CEO Jean-Phillipe Carmona. “Imagine doing that 60 times per week. With SpecifX, customization takes 10 minutes.”

    This automation is very scalable, allowing Caboma to make tens of thousands of customized products for a fraction of the current time and price.

    “The biggest gap in additive manufacturing is between 3D scan data and the 3D product, and our software solution bridges this gap,” said Mr. Carmona. “As far as we know, SpecifX is the only mass customization software in the world.”

    How does it work?

    You design a product in any modeling software and import it into SpecifX. You also scan your user’s individual anatomy, for example the knee. The software then digitally molds the product to the scan data to create a custom fit, based on your specified parameters.

    In the medical device industry, Caboma worked with the company OssKin to customize and 3D print the orthotic Evoke, claimed to be the world’s lightest bespoke knee brace.

    Caboma works with the client company to understand the product parameters that need to be custom. They then develop a bespoke set of tools to mass customize the product.

    The software price varies due to its modular nature. Companies can specify the amount of customization they require, and a solution will be developed for them within a few days or weeks.

    The team partners with 3D scanning and 3D printing providers to offer a complete end-to-end manufacturing process to their industrial clients.

    According to research, customers are willing to pay up to 30% more for personalized products. Imagine walking into a store and getting a scan of your foot to identify your custom size and fit. A shoe that fits the scan perfectly is then generated and manufactured on-demand using 3D printing.

    caboma
    caboma

    Caboma started as an additive manufacturing consulting company, but were often approached by medical companies to create personalized solutions that leveraged 3D scanning and 3D printing. Realising that making personalized devices manually was expensive and a barrier for some companies, Caboma made the switch to automation software.

    The team of 12 people, the majority engineers, is currently in talks with the fashion footwear and sportswear industries to establish strategic partnerships and bring custom items to more consumers.

    “Our vision is to be the interface between 3D scanners and 3D printers. We’re passionate about what we do, and we envision a bright future for this technology. We are not looking for any shortcuts.”

    Caboma
    Caboma

    License: The text of „Canadian Software Company Caboma Promises Mass Customisation of Consumer Products“ by All3DP is licensed under a Creative Commons Attribution 4.0 International License.

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  • Facebook Supports New Format for Interactive 3D Model Uploads

    Facebook Supports New Format for Interactive 3D Model Uploads

    Reading Time: 2 minutes

    You can now digitally sculpt a 3D model and upload it straight to Facebook to share with your friends. In addition, Facebook is now offering support for higher-quality glTF 2.0 files.

    Facebook introduced 3D posts in October last year, enabling users to upload interactive models for their network to enjoy.

    For next steps, the social media giant is adopting the 3D industry-standard glTF 2.0 file format, enabling the sharing of higher-quality content. The new file format means it’s possible to show textures, improved lighting, and more realistic renderings.

    Better yet, the company is also offering tools to make implementing 3D sharing from any website, 3D software or app possible.

    “People build communities by sharing things they care about — through photos, videos and, increasingly, more immersive media types,” explains Aykud Gönen on the Facebook for Developers blog.

    With the new 3D posts, users are able to interact with a digital model by moving their mouse. The models are instantly responsive and it’s possible to swivel the post around to view it from all angles.

    The demonstration below shows the process of uploading a 3D model to Facebook.

    Sharing High-Quality 3D Models with Friends

    To upload a 3D model, you need to use an app which supports the company’s new API. You can also share a link from a website that supports 3D sharing to the social media website. It’s also now possible to take the 3D posts to the company’s VR hangout rooms, Facebook Spaces.

    If you’ve designed a model you’d like to share, simply drag and drop the file from your desktop into Facebook. Or, if you create models in VR, you can share a model from the Oculus Medium web gallery.

    Have a 3D model which isn’t a gITF 2.0? You can use Facebook’s open source converters on GitHub. With glTF 2.0, 3D content retains its desired texture and it’s possible to choose a background color for the model too.

    The company explain in their blog post that the aim is to create a 3D ecosystem across platforms. This is proven with how Facebook’s new Graph API endpoints enable developers to create 3D apps or cameras which share to the company’s News Feed directly.

    Another goal is to make sharing AR and VR easier for people with mobile devices rather than limit it to those with an expensive headset.

    Source: Facebook for Developers


    facebook developer


    License: The text of „Facebook Supports New Format for Interactive 3D Model Uploads“ by All3DP is licensed under a Creative Commons Attribution 4.0 International License.

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  • Haptic 3D Modeling Software Anarkik3D Design Version 3.1 is Now Available

    Haptic 3D Modeling Software Anarkik3D Design Version 3.1 is Now Available

    Reading Time: 2 minutes

    Anarkik3D’s latest software for 3D printing, Anarkik3D Design 3.1, enables you to touch and feel 3D qualities of your design using the Falcon mouse system.

    If you’re a jewelry designer or work in the fashion industry, Anarkik3D has released a new version of 3D design software which is aimed at you. The software creates haptic 3D designs which allows you to go deeper into the 3D model.

    Anarkik3D Design 3.1 now added support for the 3D mouse system, which provides the user with physical feedback on the designs. The idea is that this enables you to create free-flowing 3D objects such as artistic pieces. It’s very different from most 3D CAD systems.

    When working on a new idea, when else do you bump into your design or feel your model as you move your cursor around in the 3D space?


    Anarkik3D Design

    Features of Anarkik3D Design 3.1

    For the new software, Anarkik3D explain that many interface operations have been simplified significantly. For example, by making it more straightforward to use and providing the ability to create geometric shapes which you can then manipulate.

    As well as this, you can increase or decrease mesh complexity. Now, this process is a lot easier and chopping up the 3D mesh occurs far more rapidly. You can also change the hardness and softness of objects and the colors easily.

    Anarkik3D’s Design software is great for artists, jewelry designers and those working in the fashion industry. In fact, the website describes the software as a “3D modelling system for applied artists and designer-makers.”

    After creating a design, the software supports .stl, .3DS, .OBJ and .wrl files. You can then 3D print these designs to create functional pieces or prototypes.

    The Anarkik3D Design 3.1 will cost you $550. However, the company points out that this will raise at the end of this month. As well as the software, you’ll also have to buy the Falcon haptic device for $249. Visit the Anarkik3D website to find out more.

    Source: Fabbaloo 


    Anarkik3D Design

    Website: LINK