About

A one-person precision shop in Groton, New York, built deliberately around accelerator and vacuum hardware.

The company

Devlen Components LLC was formed in 2026 to manufacture beamline hardware — the kind of work that tends to fall between a research machine shop with no capacity and a production job shop with no context for why the requirements are there: why a better as-machined finish means less polishing and processing downstream, or why a bore's roundness matters to an RF structure.

It is intentionally small. One person means the person who quotes the part is the person who programs it, cuts it, inspects it, and signs the Certificate of Conformance — nothing is lost in a handoff between departments, and you talk to the person doing the work.

Background

The company is new. Behind it is a career as a mechanical engineer designing accelerator hardware — beamline and vacuum components specified, designed, and seen through to parts that had to work once they were installed.

Seven years of that were at Cornell's CLASSE accelerator laboratory, and the job did not stop at the drawing. It meant working through a design with the machine shop that cut it, with welders and brazers, with the vacuum technicians who built the systems up, with the riggers who installed them in CESR, and with the operators and scientists who ran beam through them afterward. There were two shutdowns a year, and there were systems going into the ring in every one of them.

Prototypes that have to work the first time

That schedule is the thing worth understanding about this work. These are one-offs and prototypes, but they get exactly one attempt. A system is installed during a shutdown, with no way to test it offline beforehand, and it is expected to produce data as soon as the machine comes back up. There is no second iteration before the beam returns, and a part that is not right costs a run, not a rework.

Devlen is built for that standard. It is also why the engineering conversation is worth having before the print is finished rather than after.

How we would rather work

Talk to us before the print is finished. Most of what makes an accelerator part expensive or unmakeable is decided at design time — a radius that forces a long reach, a tolerance that is not driven by function, a surface callout that no process can produce on that material. Those are cheap to change on a model and expensive to discover on a fixture.

That is also the reason engineering consulting is offered as its own service rather than absorbed silently into a part price. See Capabilities.

Straight answers at the quote

Envelope, tolerance, material and process are all confirmed while the quote is being built, so what comes back to you is a commitment we can hold. Where something falls outside what Devlen does directly, we will say so and, where it makes sense, arrange it as a coordinated outside operation.