Tube lasers, selected around your parts.
Start with your profiles and the features your assemblies need. We can assess cutting, loading and finished-part handling together, including whether suitable locating features could simplify the way parts fit together after cutting.
Every question is optional. Share what you know, or call Tom at any point.
Questions that help us compare options
Profile & material
What stock do you process?
Examples
Round; square; rectangular; other profiles. Add material, outside dimensions and wall thickness.
Why it matters
Profile shape, wall thickness and material determine which cutting and support arrangements we should assess.
Stock & part lengths
How long is the stock, and what comes out?
Examples
Enter incoming length, longest/shortest finished part and acceptable remnant; mixed lengths are welcome.
Why it matters
Loading capacity and supported unloading length are separate requirements, particularly for long or short finished parts.
Features & joints
What must we cut into the profile?
Examples
Cut-to-length; holes; slots; miters; locating tabs; angled weld preparation where supported.
Why it matters
The required features determine cutting access and whether separate sawing, drilling or preparation steps may remain.
Fit-up & finish
What needs to be consistent?
Examples
Feature location; cut angle; joint fit; burrs; internal spatter; visible surfaces. Add a tolerance if known.
Why it matters
Stock variation, straightness, seam orientation and edge condition can affect the result and downstream assembly.
Output & handling
What production pattern do we need to support?
Examples
Small mixed batches; repeated parts; frequent profile changes; bundle loading; sorted or supported discharge.
Why it matters
Setup, stock changes and finished-part handling influence useful output alongside the actual cutting time.
Layout & timing
How will material move through the system?
Examples
Floor length; crane/forklift access; infeed/outfeed; gas; extraction; the next operation; project timing.
Why it matters
We need room for stock, finished parts and safe access, as well as the cutting machine.
Options worth discussing: repeatable assembly features, supported bevel preparation, automatic bundle loading and controlled unloading. We can establish which are useful and compatible rather than adding automation by default.
More detail, if you want it…
Will tube cutting remove our other operations?
Some suitable features can be combined into the cutting process, but a hole, joint or bevel still has to meet its actual requirement. We can assess feature quality, stock variation and assembly fit before assuming a separate drill, saw or weld-preparation step can be removed.
Useful information, if you have it:
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Material and profile
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Outside size and wall
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Stock and part lengths
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Required features
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Batch quantity
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Handling concerns
Include a drawing or assembly photo if available.