TPC Tube and Profile Laser Cutting System

Vantix tube and profile systems handle tube up to 48 ft (14 m) long and round tube up to 40 in (1000 mm) in diameter. Square and rectangular sections go up to 36 x 36 in (900 x 900 mm), with wall thickness up to 1 in (25 mm) depending on material.

Those are platform maximums. The configuration quoted for you is matched to the sizes you actually run, because chuck count and machine length are specified per order rather than fixed across the range.

Vantix tube lasers are available in 2-chuck, 3-chuck and 4-chuck configurations.

A 2-chuck machine covers standard tube work. A 3-chuck adds support for long, lighter workflows where material yield matters, and tail waste drops to near zero. A 4-chuck is for ultra-long, thin-walled or large-diameter tube, where unsupported span is the thing actually limiting accuracy.

The right count is decided by your longest and thinnest work, not your average job, because that is where an under-supported machine gives up accuracy first.

Beyond round tube, Vantix tube and profile systems cut square and rectangular tube, plus structural shapes: H-beam, I-beam, C-channel, angle and Z-profile.

Mixed-profile work is where a tube laser earns out fastest. Each shape would otherwise need its own fixturing, its own layout time and often its own operator know-how, and that setup overhead is what makes short runs uneconomic by conventional methods.

Yes. Miter cuts, copes, hole patterns and notches come off the machine already in place, so tube arrives at the weld bench as a finished, weldment-ready part.

That removes the layout-and-mark step that normally sits between design and welding. It is worth noting that this step is skilled time rather than machine time, which is why eliminating it usually frees your most constrained people rather than just shifting work around the shop.

Accurate fit-up also shortens the welding itself, because there is less gap to fill and less correction after tacking.

Positioning accuracy on Vantix tube and profile systems is plus or minus 0.05 mm, with chuck rotation running from 120 to 150 rpm.

Servo follow-up support is what holds that accuracy on long, thin-wall tube. Without it, unsupported material deflects under its own weight and the cut drifts along the length, which is the failure mode that separates a tube laser spec sheet from tube laser results.

Semi-automatic loading handles 6 to 7 tubes per cycle, with bundle loading available as an option.

Tail waste is near zero on the 3-chuck configuration and reduced further on the 4-chuck, which matters more than it first appears: on expensive alloy tube the offcut at the end of every stick is a recurring material cost, not a one-time loss.

On long production runs the loading method usually has more effect on parts per shift than cutting speed does, because the machine only earns while material is in front of it.

Yes, and it is worth doing. The showroom in Lumby, British Columbia has cutting, welding and cleaning systems available to run.

Bring your own material and your own drawings. A machine cutting a vendor's demo part tells you very little, because that part was chosen to suit the machine. The same machine cutting your part, at your thickness, in your alloy, tells you almost everything you need to know.

Book ahead so the right configuration is set up and the material is ready when you arrive.

Financing can be arranged, and it is worked through during the quote process.

We do not publish fixed rates, terms or payment examples here, for a straightforward reason: they depend on the system, the structure you want, your business and the lender, so any number shown on this page would not be the number on your agreement. Publishing one would only make the real quote look like a change of terms.

Ask for financing to be included when you request a quote and it will be worked out alongside the machine specification.