Tube laser cutting, finished in one order.

A flat-bed laser cuts 2D parts out of sheet; a tube laser adds a rotary axis that spins the tube under the beam. That means one program cuts each member to length and adds every hole, slot, cope and miter around the full circumference — operations that otherwise need a saw, a drill press and hand grinding, each with its own setup and its own tolerance stack.

The material, the tube section and wall, the length, how many holes, slots and copes it carries, and the quantity. Tab-and-slot joints and standard tube sizes keep it down. You get a price per part in 24–48 hours, so you see the cost of each part, not one figure for the whole job.

A STEP file of the frame or the individual members, plus a 2D PDF drawing carrying the critical dimensions and weld callouts. The programming for the tube laser is generated from your STEP geometry — no need to unfold or redraw anything per member.

Yes. There is no fixed minimum: price is what naturally limits a very small order, not a policy. One part is priced the same way as a production run of them.

Both, in one order. The laser cuts tab-and-slot and coped joints into the members, the frame is assembled and MIG or TIG welded, checked for squareness and dressed where the finish requires it. If you weld in-house you can order the cut tubes alone, but by default we offer the finished weldment.

Tabs cut into one member drop into slots cut into the next, so every joint locates itself in exactly one position. The frame self-fixtures: it goes together square without a custom welding jig, which cuts both the welding cost and the risk of a frame that measures right stick-by-stick but wrong as an assembly.

Round tube from Ø12mm up to Ø220mm, square sections up to 150×150mm and rectangular up to 200×100mm, from stock lengths up to 6m, plus open profiles like angle and channel. Exact limits depend on the machine your job runs on, so we confirm them at quoting.

Then the job is split, not rejected: straight members run on the tube laser, curved ones on a CNC tube bender, and everything comes back together at welding — one order, one finished frame. We decide the split at quoting; see Tube Bending for how the curved members are formed.

Yes. Bending, welding where the frame needs it and finishing — anodizing or powder coating, for example — can all be in the same order, so the parts come back as one finished piece instead of passing through several suppliers.

Yes. A mutual NDA is signed before you upload, so your drawings and models are covered from the first file.