CNC Milling
Three- and four-axis milled parts held to tight tolerance — brackets, housings, manifolds and fixtures in aluminium, steel and stainless.
Bozeman & Gallatin County, Montana
A working machine shop turning drawings into finished components since 1992 — milling, turning, welding and fabrication handled under one roof, from a single prototype to a repeating production batch.
What we run
Most jobs never leave the building. Programming, cutting, welding and finishing all happen here, which is why lead times stay short and nobody loses a week waiting on an outside vendor.
Three- and four-axis milled parts held to tight tolerance — brackets, housings, manifolds and fixtures in aluminium, steel and stainless.
Shafts, bushings, fittings and threaded components turned with a consistent finish from the first piece to the last.
Conventional mill and lathe work for repairs, modifications and the one-off jobs where writing a program costs more than cutting the part.
MIG and TIG welding, weldments and fabricated assemblies finished alongside the machined parts they bolt to.
First articles and low-volume batches for teams still iterating, so you hold a real part before committing to tooling.
Repeat batch work with documented setups and in-process checks, so part five hundred measures like part one.
Bring in the broken part. It gets measured, modelled and remade when the original supplier is long gone.
How the work gets done
The reason a job moves quickly here is that it never has to leave. Programming, machining, welding and inspection all sit within a few steps of each other.
Prints, STEP files, a sketch on graph paper or the broken part itself — all of it works. Questions get asked before the first chip is cut, not after.
Setups are documented so a repeat order runs the same way it did the first time. That is what keeps dimensions consistent across a batch.
Parts get measured against the print before they go in the box, because a part that fails on your bench costs both of us far more than the inspection did.
Off the machines
Real components, photographed on the bench — finned heat sinks, hubs, housings and prototype hardware in aluminium and engineering plastics.
From enquiry to finished part
Upload a PDF, DXF or STEP file, or just call and describe it. Quantity, material and the date you need it are usually enough to start.
A price and a lead time, with any questions about the print raised up front rather than halfway through the job.
Programming, machining, welding and finishing happen in-house, so progress is visible and nothing sits in another shop's queue.
Checked against the print, then ready for pickup at the shop or shipped out to you.
What customers say
Filter by the kind of job to see what people said about that specific type of work.
We work with these guys every week for a ton of different parts they make for us. Part quality is always great. They definitely know what they're doing.
Fantastic people!! Do not hesitate to due business with Tony and the gang!! Top Notch Machinists.
Who we cut for
Southwest Montana runs on equipment that has to keep working through a hard winter. Much of what leaves this shop goes into exactly that.
Implement parts, drive components and the replacements that keep equipment out of the shed during a short season.
Components for the outdoor products industry that has grown up around Bozeman over the last three decades.
Pins, bushings, brackets and weldments for machines that cannot afford to sit idle waiting on a part.
Prototype hardware and test fixtures for engineering teams and university projects in the valley.
Ready when you are
Send the print and the quantity. You will get a straight answer on cost and lead time.
Request a quote
The more detail you give, the tighter the quote. If it is easier to talk it through, call the shop instead.