Anthropic компанийн ажилтан Дэвид Сориа Парра хиймэл оюун ухаан ашиглан 3D хэвлэгчээр Framework эх хавтангуудад зориулсан тавиур бүтээжээ.
Anthropic компанийн техникийн ажилтан Дэвид Сориа Парра нь Claude Fable хиймэл оюун ухааныг ашиглан 13 инчийн гурван ширхэг Framework эх хавтанг байрлуулах боломжтой тавиурыг амжилттай зохион бүтээв. Тэрээр Fusion 360 программ хангамжийг “MCP server”-ээр дамжуулан хиймэл оюун ухаантай холбож, эд ангиудын хэмжээс болон дизайныг боловсруулжээ.
Уг төсөл нь гурван удаагийн давталтын дараа бүрэн бэлэн болсон бөгөөд хиймэл оюун ухаан нь эх хавтангийн дулаан ялгаруулагч болон бусад хэсгүүдэд зориулсан зайг нарийн тооцоолсон байна. Эцсийн бүтээгдэхүүнийг PETG материалаар 3D хэвлэж угсарсан бөгөөд хиймэл оюун ухаан нь шаардлагатай эд ангиудын жагсаалтыг хүртэл гаргаж өгчээ.
Энэхүү туршилт нь дизайны нарийн мэдлэггүй хэрэглэгчид ч хиймэл оюун ухаан ашиглан техник хангамжийн бүрдэл хэсгүүдэд зориулсан бүтээлч шийдлүүдийг гаргаж болохыг харууллаа. Хэдийгээр эх хавтангуудын ашиглалтын явцад үүсэх дулааны асуудал анхаарал татаж байгаа ч энэ нь PC сонирхогчдын хувьд сонирхолтой нээлт болсон юм.
Дэлгэрэнгүйг эх сурвалжаас харах
↓Эх сурвалжийг нээх ↓
While I’m still side-eyeing and tentatively approaching AI for use for things like ideation, the world around me is breezing on by, putting it to use in every which way you can imagine. Some ways weird, some wonderful, and some probably incredibly wasteful. What’s not wasteful, to my eyes, is putting it to the task of 3D printing housing for mainboards, which it can apparently do very well.
Done. A Claude Fable designed rack for my @FrameworkPuter mainboards. 3D printed in PETG and assembled as instructed by Claude. https://t.co/4tE1s00CsS pic.twitter.com/frZvnttPE6July 11, 2026
David Soria Parra, a member of technical staff at Anthropic, has used Claude Fable to successfully design a three-tray rack for three 13-inch Framework mainboards. The mainboards are the actual processor-clad circuit boards inside Framework laptops that you can either buy separately or tear out of one of the built laptops. Presumably three of them will be used for a multi-PC setup, or a server, or something like that.
Parra was working on the project since at least early June, having the AI use Fusion 360, AKA Autodesk Fusion, via an “MCP server”, which is a way to let an LLM communicate with it (safely).
Apparently it researched the dimensions and so on, and then came up with a design. Parra said it was “straight from Claude to printing”, although the finished product, Parra says, took 2–3 iterations with the model:
“I connected the fusion 360 MCP server and used Claude Code with dynamic workflows. Claude created the Fusion file and the stl for every component. So it was print ready. It also got me the bill of material to buy.”
I have seen a few people using Fable with Fusion 360 via the Fusion 360 MCP Server and had to try it. I asked Claude to design a 3 tray rack that can be 3d printed and fits 3x Framework 13-inch mainboards. This is a sideproject I have been working on: This is what it came up with… pic.twitter.com/ELkUmzvoLJJune 11, 2026
The recent final picture shows three Framework mainboards sitting in the 3D printed frame. The LLM even made sure there’s a cutout for the heatsink and room for the heat pipe.
I suppose how well it works in practice, ie, how high temperatures get, will be the main question. Still, for the AI-tentative and completely design-inept like myself, this is the kind of thing that catches my eye. A cool project, for sure. Now just hand me one of those Framework mainboards given you seem to have so many spare.
