Kare 3D launches Kickstarter for high-temperature desktop printer
Kare 3D’s Kickstarter pitches a high-temp desktop machine for almost any material, but the real test is whether a £39,000 campaign can prove the promise.
Kare 3D has opened a Kickstarter for a desktop metal 3D printer that it says can process almost any material, putting the old one-machine-for-everything promise back in front of the hobby market. The pitch lands where desktop printing gets hardest: once a machine moves beyond PLA and PETG into TPU, ABS, ASA and engineering filaments, heat management, motion stability and material compatibility stop being abstract specs and start deciding whether the printer is useful or just expensive.
The project is listed on Kickstarter as “Kare 3d- Desktop Metal 3D Printer by Kare 3D,” and the campaign tracker data attached to it put the goal at £39,000. It had raised £7,491 from 5 backers, or 19% of goal, with an average pledge of £1,498.20. That is a small early sample, but it is enough to show where the market is being asked to put its money: not into another faster bedslinger, but into a machine that claims to widen the usable materials list for a desktop setup.
The company behind the campaign is not brand new on paper. KARE 3D PRINTING SYSTEMS AND TECHNOLOGIES LTD was incorporated in the United Kingdom on August 9, 2024, with a registered office in Covent Garden, London. A separate company profile describes Kare 3D Printing Technologies as founded in 2020 in Istanbul, Turkey, where it designs and manufactures 3D printers. Another industry profile says the company was created to develop and produce a 3D printer locally in Turkey, with an emphasis on functional, accessible and long-lasting products.
That background matters because Kickstarter hardware lives or dies on execution, not aspiration. Kickstarter’s own guidance tells creators to choose delivery dates they are confident they can meet, which is a polite way of saying the platform is full of projects that looked stronger in a campaign video than they did in a user’s workshop. For Kare 3D, the proof will not be the ambition of the material list. It will be whether the printer can hold temperature, run reliably, fit into a home setup and make advanced materials feel normal instead of finicky.
For now, Kare 3D has done the easy part by reviving a familiar dream: a desktop printer that can stretch from everyday plastics into tougher territory without forcing constant compromises. The harder part is turning that Kickstarter promise into a machine that actually earns a place on the bench.
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