Wow! 12 years of Anarkik3DDesign and 3D haptic modelling In a series of over 20 banners we have summed up 12 years of Anarkik3DDesign, starting in 2010 and going through to 2022. Warm thanks go to our generous fellow AnarkikCreators for their permission to use images of their work to both demonstrate the amazing range of forms and objects that are possible with our Anarkik3DDesign haptic 3D modelling programme and promote what they do. Enjoy the scroll down. At the end are notes about why applied artists and designer makers are opting to use Anarkik3DDesign and why haptics is so appropriate for 3D modelling! 12
Anarkik3D is collaborating with Applied Arts Scotland (AAS) to make loaning Anarkik3DDesign, with the haptic device, an affordable 3D modelling option for their Members. The haptic device is essential to this programme as it both enables you to touch and feel in 3D as you manipulate and form your model, and to move the cursor in all directions. The special offer on the monthly loan fee for the package includes the hardware with the haptic 3D modelling software.
International Jewellery Symposium A 3 day International Jewellery Symposium at the Fashion Institute of Technology in May in New York, in partnership with Politecnico di Milano, will discuss issues surrounding jewelry design and manufacturing, digital v handmade and the shift in recent years with the wider use of computer aided design and 3D printing. ‘….every tool, hand-held or digital—leaves its mark. This symposium will provide an arena for debate on how digital technology and making by hand duel for influence in the aesthetics, the use, and the cultural contexts of jewelry as both a manufactured product and as an applied art form.’ Paper and presentation One of the strands to be
At a 2 day Workshop/Masterclass on haptic 3D modelling at Wiener Schmucktage this November you have the chance to win the haptic 3D modelling package, Anarkik 3D Design, that will be use in this class. Also, mything will select the best 10 models to 3D print. Anarkik 3D Design is a product for artists/designers who struggle with conventional CAD.
This book showcases ground-breaking methods and techniques that have been adapted from industry and are now being applied by designer-makers. To the uninitiated, these technologies may seem complex, but this book explains simply and clearly how they have developed, how they work, and their application. Packed full with case studies of artists using these processes, this book demonstrates that outstanding work is possible with the right equipment and know-how, and argues that designer makers have the mindset, skills and knowledge to creatively engage with these industrial technologies.
Available to purchase online from “Bloomsbury” (http://www.bloomsbury.com/uk/digital-crafts-9781408127773/) and “Amazon” (http://www.amazon.co.uk/Digital-Crafts-Industrial-Technologies-Designer/dp/1408127776)
SlideShare presentation for #shemakes, a GirlGeekAcademy event in Melbourne, Austratia, 10th Sept 2016. Here is more information on each slide: Slide 1. My story: a career move from designer jeweller to running a software development company. The move seems a big leap but is really a very straight path helped along the way through collaborating with super techies and computer scientists and demonstrates the value that STEAM collaborations bring to innovation. Slide 2. My jewellery business specialised in using refractory metals such as titanium and niobium. Refractory metals are not easy to cut by hand but laser cuts them like butter and the technology made
We set up Anarkik Creations Ltd to create a place where we can bring together the jewellers using Anarkik3D’s haptic 3D modelling software, and 3D printing to produce amazingly delicious pieces, and the people who relish wearing such outstanding statement jewellery that makes them stand out from the crowd! A range of these pieces are currently available through our crowdfunding project. Go see if you dare: http://www.crowdfunder.co.uk/anarkikcreations. The project ends at 7 pm GMT on 18th April 2016.