The general 3D configurator on the PROTIQ Marketplace enables you to have your personal 3D file produced additively in just a few clicks. You can choose from a wide range of manufacturing service providers, materials and manufacturing processes.
If you do not yet have a 3D file for your application, save time and money with our integrated configurator services. Our unique software tools for configuring and optimizing 3D models provide you with effective time and cost savings. In just a few steps you can design copper inductors, gears, ICS housing covers or orthopedic shoe lasts according to your needs and without the need for a CAD program or design experience. Using our online topology optimization tools, you can create organically shaped lightweight components that are optimally designed for the stresses they will be exposed to. In response to the Corona pandemic, 3D-printed door openers are now also part of the PROTIQ product portfolio.
Inductor-Configurator
Inductive heating is used to effectively heat electrically conductive materials. Inductors made of highly conductive copper in specific shapes are required for various applications. With the PROTIQ Marketplace inductor configurator, you can design induction coils in four simple steps according to a modular principle - suitable for many industrial applications in high quality.
Gears come in a wide variety of sizes, shapes and materials and are used wherever forces are transmitted. Where specific design or reprocurement is difficult, PROTIQ's custom gears from 3D printing perform well. Simply configure your customized gear wheel online in just a few minutes and have it produced from plastic, tooling steel or brass - thanks to rapid manufacturing, profitable from batch size 1.
With freely selectable shapes, functions and colors, the modular cover system ICS (Industrial Case System) from Phoenix Contact offers a wide range of options to ensure more space savings, flexibility and clarity in the control cabinet. Design your individual ICS cover quickly and easily using the PROTIQ online configurator. You can then directly order 3D printed samples of your housing cover from us.
Until now, wooden lasts have been widely used in the production of orthopedic shoes. With the additive manufacturing of 3D printed lasts made of stable TPU, PROTIQ offers an innovative alternative. Use the powerful last configurator to design the exact last you need for your shoe - with subsequent additive manufacturing and delivery within a few days.
Additive manufacturing offers a wide range of possibilities for optimizing the geometry of components. With PROTIQ's unique online tool, you can optimize your component for your specific application without expensive licensing costs or experience with simulation software. As a result, within a short time you get a model that combines maximum functionality with minimum weight and material requirements.
Right in the early days of the Corona pandemic, we at PROTIQ didn't hesitate to do what we do best: contribute via 3D printing to address specific challenges. Specifically, we developed and added 3D printed door openers to our portfolio that can be used to open various types of doors contactlessly and hygienically. This proves particularly useful where many different people use the same doors. We will also be happy to develop individual designs for you.