One design. Two ways to own it: 3MF files for your own build, or a physical case made by us.
DESIGNED & MANUFACTURED IN AUSTRIA
Buy 3MF digital files on MakerWorld.
Buy a physical case on Kickstarter.
Both crowdfunding campaigns are coming soon. Follow the project for launch timing, model details and campaign announcements.
Compare the two ways to get oneGet the launch announcement, campaign details and project updates. One design, two ways to own it: 3MF files for your workshop, or a physical ExtruFrame case.
Launch: November 3, 2026 at 6:00 PM · Vienna time
Choose the motherboard format and silhouette that suit your build. Keep the same freedom to configure, personalize and make it yours.
01Room to exploreThe largest ExtruFrame brings the family’s modular approach to full-size builds. Start with an ATX motherboard, or use Micro-ATX and Mini-ITX hardware to shape your own layout.
02A focused foundationAn ITX-only platform for a build with a clear identity. Choose the modules that suit your hardware, then decide how much of the structure you want to reveal.
03Another way to buildA second ITX-only design with its own silhouette. Explore a different expression of the same modular system, with the freedom to choose your cooling, panels and finishing details.
Two-column views of the assembled case, optional modules and open structure. Select an image for a closer look.
Overhead comparison of TITAN, VECTOR and SHIFT, highlighting the different footprints and shared modular design language.
Front view of all three designs: TITAN, VECTOR and SHIFT. Compare their proportions, grille shapes and optional armor.
No renders in this category.
Explore the complete design archiveExtruFrame puts the architecture of your PC on display. Three distinct cases combine an open structure with configurable modules, so your build can reflect the hardware you choose and the way you like to make.
Let the motherboard, graphics card and cooling become part of the composition. The open structure gives every component a visible place in the build.
Add armor for a more sculpted silhouette, install a SKÅDIS pegboard for accessories, or leave the frame exposed. The finishing choices belong to you.
Choose the parts. Change the look. Add your own ideas. Modularity is the starting point for every ExtruFrame build.
01 /Build around what you need. The pegboard is optional, water-cooling hardware can be selected to suit the build, and armor panels let you decide how open or enclosed the final look should feel.
02 /All three cases support 240 mm or 360 mm liquid-cooling radiator configurations. Choose your cooling setup alongside the other modules, so the layout and the visual character develop together.
03 /The optional SKÅDIS pegboard adds another layer of customization. Use the mounting surface for compatible accessories and your own custom accessories, or leave it off to keep the frame visually open.
04 /Selected components, including front panels and power-supply covers, are planned to be available as editable STP files. Bring them into your CAD workflow and create your own patterns, cutouts and visual details.
The front panel can carry your signature.
Imagine a geometric grille, a personal emblem or a pattern that ties the whole build together. Editable STP geometry for selected components gives you a starting point for those ideas, without having to redraw the part from scratch.
Front panels and power-supply covers are among the components planned for customization. Keep the interfaces your build depends on, and bring your own approach to the visible surfaces.
File availability and customization guidance will be detailed in the campaign.ExtruFrame combines modular engineering with a new way to buy. Choose our physical case or the 3MF files to make the same design on your own equipment. PETG-CF is the default material; engineering alternatives are available by request.
Carbon-fiber-filled PETG gives the components their technical character. Rigidity comes from the complete design: material, geometry, wall structure, print orientation and the way the parts connect.
A rigid structure, rust-free composite surfaces and individually replaceable modules: our approach combines material choice with the practical benefits of a case that can be maintained and adapted.
Instead of machining these components from solid billet, we build them layer by layer. For complex, configurable parts and small production runs, that approach can reduce machining and setup work, helping make a distinctive case more accessible.
Choose different panels, make a custom detail or produce a replacement manufactured module. The manufacturing approach supports the same flexibility that shapes the frame itself.
A material-level illustration using a PETG-CF reference grade and industrial EN AW-6060 aluminum. Compare equal solid volumes, then explore how the manufacturing routes differ.
Calculated mass = density × solid material volume. The 54% figure is rounded from 53.7%. This is not a complete-case weight saving or an equal-strength comparison.
3D printing makes it practical to create shaped surfaces, ribs and customized modules without machining each feature out of a metal billet.
Carbon-fiber-filled PETG is a functional engineering material, chosen for a rigid, practical composite structure. ExtruFrame brings that material together with shaped sections, controlled printing and modular connections.
Conceptual section · design principles, not a load-test result
Carbon-fiber reinforcement can improve PETG stiffness, supporting crisp, stable functional parts. The selected grade and print direction determine the actual mechanical properties.
Walls, ribs and connection points shape how a component carries load. Design-led geometry gives us freedom to put structure where the design needs it.
The modular approach makes individual components replaceable. A changed panel or damaged module does not have to mean replacing the whole case.
The polymer composite does not form the iron rust associated with steel. The manufactured component’s rust resistance does not rely on a painted metal surface.
Applies to the polymer composite parts; metal fasteners and PC hardware have their own material requirements.PETG is widely used for mechanical parts and fixtures. The CF-filled formulation brings a stiffness-focused material option to the case’s structural design.
Finished-part performance follows the exact grade, geometry, layer bonding and assembly.Change the armor, adjust the accessory layout or print a new module. Maintainability comes from accessible parts and a design that can evolve with your hardware.
Compatible part files and assembly details will be specified with the campaign.“Rust-resistant” is not a claim of immunity to every chemical or environment. Cleaning-agent compatibility, heat exposure and long-term loading depend on the chosen filament and component.
PETG-CF is not advertised here as an electrical insulator or an ESD-safe material. Carbon filling can alter electrical behavior, and static dissipation requires a suitable grade with measured properties. Use the intended motherboard standoffs, mounting clearances and component handling practices.
For configurable, complex parts in small runs, printing can reduce machining setup and make customization more accessible. Final price depends on the actual configuration.
Selected editable STP components give you a starting point for custom front panels, patterns and PSU covers.
Produce a replacement or a different component when you change the build, rather than replacing the entire case.
PETG-CF density: 1.25 g/cm³, using Bambu Lab’s published grade as a reference, not a commitment to a specific production supplier. Aluminum: 2.70 g/cm³, Hydro EN AW-6060. Actual filament grades differ.
Density is the only material property plotted. Aluminum has substantially higher material stiffness and heat tolerance; manufactured-part behavior also depends on orientation, layer bonding, geometry and loading. These graphics do not establish equivalent strength, stiffness or thermal performance. Cost benefits are a production rationale, not a measured price-reduction claim.
Prefer to make the parts yourself? The MakerWorld campaign is the digital-file route into ExtruFrame. Choose a frame, print the modules for your build and give selected components your own design language.
Editable STP files are planned for selected parts, including front panels and power-supply covers. Create a personal pattern or adapt the visible surfaces while keeping the mounting interfaces your build relies on.
Designed to accommodate the vast majority of popular PC hardware, ExtruFrame lets you start with the components you want. Pick the right motherboard format, choose a 240 mm or 360 mm liquid-cooling setup, then configure the surrounding modules.
Compare hardware support 380 mm graphics cards. 140–180 mm ATX PSUs. No case-imposed CPU cooler height or radiator/fan thickness limit.Two separate upcoming crowdfunding campaigns. Choose 3MF digital files and make the case yourself, or order the physical case from us.
Choose the digital version of ExtruFrame, print the parts on your own equipment and assemble your build. A printer, filament and any required assembly hardware are separate from the digital files.
Prefer to buy ExtruFrame as a physical product? Choose the hardware campaign and explore the offered case and module configurations. Exact contents and assembly requirements will be listed with each reward.
PETG-CF is the default material for the case components. Other engineering grades can be considered by request, including ASA-CF, ABS-GF, PET-CF and PPS-CF. Final material selection depends on the component, application and production process.
Carbon-fiber-filled PETG, structural sections and modular connections work together in the case design. Component geometry, print orientation and layer bonding determine finished-part performance. The components do not rust like steel, and individual modules can be replaced or updated as the build evolves.
Standard PETG-CF is not specified here as an electrical insulator or an ESD-safe material. Electrical behavior depends on the formulation; ESD requirements call for a suitable measured material grade. Use the intended mounting clearances and normal component-handling practices.
The MakerWorld campaign is intended for customers who want the digital files and will print the parts themselves. Check the released part sizes, machine requirements and material guidance before choosing a printer or filament. Advanced options such as PPS-CF require suitable specialist equipment.
The largest case supports ATX, Micro-ATX and Mini-ITX motherboards. The other two designs are Mini-ITX only. All three share a modular approach and support 240 mm or 360 mm liquid-cooling radiator configurations. The model labels on this page are descriptive; final product names will follow.
No. The pegboard is optional, and you can choose cooling and armor modules around your preferred build. Start with the configuration you need, then give it the appearance you want.
It is an optional mounting surface for compatible accessories and custom custom accessories. It offers a place to extend the build beyond the core PC components while remaining part of the case’s modular design.
Selected case components, such as front panels and power-supply covers, are planned to include STP files for CAD editing. Modify the supplied geometry to create custom patterns and details. The available files and usage terms will be listed with the campaign.
ExtruFrame is designed to accommodate the vast majority of popular PC hardware within each model’s motherboard format. Component clearances and configuration-specific exceptions will be added to the compatibility guide as the product documentation develops.
Choose MakerWorld if you want the 3D-printable digital files and enjoy making your own parts. Choose Kickstarter if you want to purchase a physical case. Each campaign will describe its own contents, options and delivery details.
The hardware in the renders illustrates possible builds. Refer to the campaign’s included-items list for the exact contents of each offering.