CNC Tube Laser Cutting in Las Vegas
CNC tube laser cutting puts copes, miters, slots, holes and tab-and-slot joints into round, square and rectangular tube in a single setup, so frame members fit up accurately for welding. If you build furniture, fixtures, exhibits, railings or vehicles in Las Vegas, send a 3D model or cut list for the shop to review.
CNC Tube Laser Cutting is quoted on request: send your drawing or file with the material, quantity and deadline, and the shop replies with a price. Online instant quoting isn’t available for this service yet.
The process at a glance
Plan with the process in mind.
This is a process overview. Equipment, capacity, tolerance, and availability are confirmed per job.
- Process
- CNC tube laser cutting
- Availability
- Quoted on request — send a drawing or file
- Typical tolerances for the process
- Features typically within about ±0.010″; tube straightness and twist affect long parts
Material matters
Materials to discuss.
Suitability and availability require confirmation for your job.
- Mild Steel Tube (A500 / A513)
- DOM Steel Tube
- Stainless Steel Tube (304 / 316)
- Aluminum Tube (6061 / 6063)
- Galvanized Steel Tube
- Steel Angle and Channel
Illustrative material swatches.
From design to production
A considered start for your project.
How CNC Tube Laser Cutting Works
A tube laser pairs a laser cutting head with chucks that grip a length of tube, rotate it and feed it forward. As the tube turns, the head follows the 3D model, cutting holes, slots and outlines on every face and then cutting the finished part free. Because every feature comes from the same setup, holes on opposite faces line up, and each part matches the model without separate sawing, drilling, punching or notching.
End shapes are where the process stands out. A cope, or fishmouth, shapes one tube’s end to fit the curve of another for a tight weld joint, and miters, saddles and angled cuts are just as straightforward. Tabs and slots can be cut so that parts locate one another, which simplifies fixturing, and V-notches let a single square tube be folded into a frame with fewer welds.
Many tube lasers can also etch part numbers, bend lines or assembly marks at low power. Some have tilting heads that cut weld-prep bevels, and many handle open profiles such as angle and channel as well as closed tube. Those options vary from machine to machine, which is one reason the approach for each job is confirmed during review rather than assumed.
What Tube Laser Parts Are Used For
Anywhere tube becomes a frame, a tube laser shortens the path from raw stock to finished weldment. In Las Vegas that includes trade-show structures and exhibit frames that must assemble fast and look clean, display fixtures for retail stores and casino floors, and furniture bases for restaurants, bars and hotel rooms, where exposed joints are part of the design and need to be tight.
Architectural and construction metalwork is another fit: railing posts with slotted mounting tabs, guard and baluster components, gates, canopy and shade-structure members, and sign supports. Holes for fasteners and conduit can be cut before the steel reaches the job site, which saves layout and drilling in the field and keeps hole patterns consistent from one member to the next, even across a long run of identical posts.
Motorsports and off-road builders use coped tube for chassis, cage and bumper work, where fit-up quality shows in every weld and tight joints are easier to weld well. Equipment frames, carts, racks, machine guards and shop fixtures round out the common uses. Most of these assemblies also need flat brackets, gussets and base plates, which are cut from sheet or plate rather than on the tube laser.
Tube Profiles, Materials and Trade-Offs
Mild steel is the most common choice: structural tube (ASTM A500) for frames, and mechanical tubing (ASTM A513) where finish and consistent dimensions matter, with DOM tubing offering the most uniform wall. Stainless steel 304 and 316 cover exposed hospitality, food-service and outdoor work, and aluminum such as 6061 and 6063 suits lightweight structures and display frames. Galvanized tube can be cut too, although the zinc burns back from the cut edges.
Welded tube has a seam along its length, and on electric-resistance-welded (ERW) tube a bead of weld flash can sit inside. That matters when one tube must slide inside another or a fitting must seat in the bore, so specify flash-controlled or DOM tube for telescoping fits. If the seam would show on a finished piece, say which face it should land on so it can be oriented consistently.
Square and rectangular tube has rounded corners whose radius varies by mill and grows with wall thickness; in structural tube it can reach three times the wall. Keep holes and slots on the flat faces, clear of the corners. Wall thickness drives the other trade-offs: thin walls cut quickly but can distort around dense hole patterns, while heavy walls cut more slowly and are more likely to need edge cleanup.
Designing Tube Parts for the Laser
As a common guideline, make holes at least as large as the wall is thick, and leave about two wall thicknesses between features and between a feature and the end of the part. If a bolt hole needs a precise fit, it can be cut slightly undersize and reamed. Tabs and slots need a little clearance, because the tube’s own outside dimensions vary within mill tolerances.
A tube laser cuts through the near wall, and the beam can mark the inside of the opposite wall where it exits. That spatter is usually harmless, but if the inside surface is visible or carries a fit, call it out. Very short parts, and features close to the end of a stock length where the chucks grip, depend on the machine’s design, so they are checked during review.
Dimension features from one end or a clear datum, and mark the dimensions that are critical to the assembly. Parts are nested along stock lengths, commonly 20 or 24 feet, so member lengths that divide well into the stock reduce waste. Where several assemblies share a profile and wall, list them together so parts can be nested across the whole run.
What to Send for a Tube Laser Quote
A 3D model is the clearest brief. Send a STEP or IGES file of each member, or an assembly the members can be taken from, so the profile, wall and feature positions are unambiguous; a 2D drawing alone often leaves out where features sit around the tube. Add a cut list with each member’s profile, outside dimensions, wall thickness, material grade, length and quantity.
Note anything the model cannot say: seam orientation, which edges will be welded, critical fits, marks you want etched, whether parts will be bent, galvanized, painted or powder coated afterward, and how many complete assemblies you need. Include your deadline or install date. The form on this page carries the details, with the STEP files and drawings attached.
Tube laser cutting is quoted on request at The Job Shop rather than ordered online. Send a model and cut list through the form on this page, and the shop confirms how the parts would be cut, the price and the schedule. A quote request places no order, and a clear model and cut list make the answer more precise.
Custom quote
Request a quote.
What to include
- A 3D model (STEP) of each tube, or a cut list with lengths, copes, slots and holes
- Tube size and wall — round, square or rectangular — and the material
- Quantity per part, and how the parts fit together
- When the tubes need to be in hand for fit-up and welding
Send the assembly model if you have one — copes and notches are easiest to check against the tubes they meet.
The shop replies with how the part would be made, the price and the schedule. Nothing is ordered until you agree.
Need flat parts? CNC routing (wood, plastics and composite panels), fiber laser cutting (sheet metal) and CNC plasma cutting (steel, stainless and aluminum plate) are quoted instantly and ordered online, for pickup or local delivery.
CNC Tube Laser Cutting across the Las Vegas valley
CNC Tube Laser Cutting requests from anywhere in the valley — Las Vegas, Henderson, North Las Vegas and Boulder City — are reviewed the same way, and pickup at the shop or local delivery is arranged with your quote.
CNC Tube Laser Cutting FAQs
What condition do tube laser parts ship in?
As machined — cut to length, coped and slotted, with their holes cut, ready for fit-up — and never welded together. Welding a frame is a separate fabrication service: describe the assembly in a custom fabrication inquiry, and the welding is quoted on its own.
Do you offer tube laser cutting in Las Vegas?
Yes — quoted on request rather than booked online. Send your model or cut list, the material and quantities through the form on this page, and the shop replies with the cutting approach, the price and the schedule.
What can a tube laser do that sawing and drilling can’t?
It cuts copes, fishmouths, compound miters, slots and shaped holes in one setup, with every feature located from the same model. That removes separate notching, layout and drilling, keeps parts consistent, and makes self-locating tab-and-slot joints practical. For a few straight cuts on simple stock, a saw is often still the economical choice.
How accurate is tube laser cutting?
Feature positions typically hold within about ±0.010 inch, and often closer on short parts. The bigger variable is usually the tube itself: mill tolerances on size, straightness, twist and corner radius carry through to the finished member. Mark the dimensions that really matter so the review can focus on them.
What affects the cost of tube laser cutting?
Material comes first, and because tube is bought in full stock lengths, how well parts nest along each length matters. Cutting time follows the number of features and pierces, the wall thickness and the material. Setup, etching and quantity complete the picture, with repeat runs costing less to set up. Prices are confirmed only after review.
Can tube be laser cut before it’s bent?
Yes, and it’s common: holes and slots are often cut first and the tube is bent afterward. Features must stay clear of the bend zone or they distort, and the cut positions must allow for the tube length that goes into each bend, so the cut data and bend data have to agree. See CNC tube bending for bend design rules.
Can the flat plates and gussets for a tube frame be made too?
Yes. Flat parts such as base plates, gussets, tabs and brackets in steel, stainless or aluminum are cut on the shop’s fiber laser, which is live today: upload a DXF, SVG or STEP file for an instant quote, pay online once the shop confirms the price, and pick up or get local delivery.
Guides for this process
CNC Tube Laser Cutting guides
- Tube Bending & Tube Laser Design Guide
Design tube parts for CNC bending and tube laser cutting: round vs square tube, wall, centerline radius, straights between bends, copes and bend data.
- Plasma Cutting Design Guide for Steel Plate
Design steel plate parts for CNC plasma cutting: when a fiber laser fits better, hole size vs thickness, bevel, dross, lead-ins, small features and files.
Industries that use this
Who uses CNC Tube Laser Cutting
- Architectural Metal
Laser cut metal panels, privacy screens, brackets, base plates and trim in steel, stainless, aluminum and brass — shipped flat and as cut.
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