Question 1

What files should I upload for tube cutting?

Accepted Answer

Upload a drawing (PDF) with overall length and CTQ callouts, plus a cut list. If features are required (holes/slots/notches), include a 3D model or detailed dimensions with rotation/clocking notes.

Question 2

How do you control length and squareness?

Accepted Answer

We control length using stop strategies and method selection. Squareness is managed through support/fixturing, blade or process condition, and CTQ verification during first-article and production checks.

Question 3

Can you add holes, slots, or notches to tube parts?

Accepted Answer

Yes, when applicable. Feature capability depends on method, tube size, and wall thickness. We review end-distance rules, clamping constraints, and cosmetic requirements before production.

Question 4

What should be toleranced on tube components?

Accepted Answer

Tolerance the dimensions that drive assembly: overall length, squareness, feature-to-end, notch-to-notch, and rotation/clocking if patterned features must align. Reference our ***ISO 2768 chart***(/resources/charts/iso-2768-tolerance-chart), ***tap drill calculator***(/resources/tools/drill-tap-chart), and ***drill bit size chart***(/resources/charts/drill-bit-size-chart) when specifying holes and threads.

Question 5

Do you support deburr and end prep?

Accepted Answer

Yes. Common secondary operations include deburr/edge break, dross cleanup (when applicable), and joint prep such as miters or fishmouth notches for weld fit-up.

Question 6

What drives cost the most in tube cutting?

Accepted Answer

Primary drivers include material and size, number of unique lengths, feature complexity, tight CTQ tolerances, deburr/end prep requirements, and marking/kitting needs for assembly.

PrecisionTube Cutting

PrecisionTube Cutting