Can I process both sheet and tube on one machine?

We offer dedicated tube laser systems optimized for profile cutting. For shops needing both capabilities, we can configure a complete solution. Talk to our team about your production mix.

How does tube cutting integrate with my existing workflow?

Vantix tube lasers work with standard CAD/CAM formats. Our team integrates the system with your existing design workflow during installation.

What's the ROI timeline?

Most shops see payback within 18 to 24 months based on outsourcing cost elimination and new work capture. We can model your specific situation.

TUBE & PROFILE CUTTING

Tube and Profile Laser Cutting Machines: 2, 3 and 4-Chuck Systems

Stop outsourcing. Start producing.

In-house tube, pipe, and structural profile cutting with sheet-cutting precision — weldment-ready parts off the machine.

Book a Showroom Demo

Request a Quote

Vantix multi-chuck tube laser cutting a long steel tube in a Canadian fabrication shop

48-hour on-site service, Western Canada
24/7 Canadian hotline
Parts stocked in Lumby, BC
2-year warranty

Showroom in Lumby, BC · Book a showroom demo · 778-907-9796

The Hidden Cost of Outsourcing Tube Cutting

You know the frustration. Rush orders wait in someone else's queue. Quality varies from vendor to vendor. Margins disappear into outsourcing fees. And every delay ripples through your delivery schedule.

Most shops pay a 15 to 25% markup on outsourced tube work. That margin stays in your pocket when you cut in-house.

Vantix tube laser systems change the equation. Process tubing in-house with the same precision and speed as your sheet metal work. Control your schedule.

Protect your margins. Deliver on time.

System Capabilities

Profile Types

Round tube
Square tube
Rectangular tube
H-beams
I-beams
C-channels
Angle profiles
Z-shape profiles
Custom profiles

Choose Your Configuration

2-Chuck Tube Cutter

entry platform for standard tube workflows

3-Chuck Tube Cutter

better support for longer/complex tube work

4-Chuck Tube Cutter

maximum stability for heavy-wall and large-diameter tubes

HPM Profile Cutter

dedicated profile processing (H-beam/channel/angle/flat bar)
on a separate product page

TPC Tube and Profile Laser Cutting System

Every chuck configuration and the full platform maxima for the tube system, on one specification page.

HPM Structural Profile Cutting System

The separate profile platform referenced above: dual station, bevel head, and modular bed.

Vantix vs Golden Laser

Tube cutting depth weighed against Canadian parts and service coverage, with published envelopes side by side.

FLC Fiber Laser Sheet Cutting System

For shops pairing tube work with sheet processing, the sheet platform specifications.

Tube Specifications: Baseline and Platform Maxima

Specification

2-Chuck Baseline

Platform Maximum

Tube length

Up to 20 ft (6 m) standard

Up to 48 ft (14 m)

Round diameter

Up to 8.7 in (220 mm)

Up to 40 in (1000 mm)

Square / rectangular

—

Up to 36 × 36 in (900 × 900 mm)

Wall thickness

—

Up to 1 in (25 mm), material dependent

Positioning accuracy

±0.05 mm

Chuck rotation speed

120–150 rpm

Tail waste

Standard

Near-zero (3-chuck); further reduced (4-chuck)

Platform maxima are configuration dependent. Bring your longest, heaviest tube spec to a demo and we will confirm the configuration that carries it.

3-Chuck and 4-Chuck

3-Chuck:

best for long, lighter tube workflows where follow-up support improves consistency

4-Chuck:

required for larger diameters/heavier sections where stability is the priority

Why This Matters on the Floor

High-speed chuck rotation (up to 120–150 r/min) for faster cycle time
Near-zero tailing to maximize material utilization
Semi-automatic loading (typically 6–7 tubes per cycle) to reduce handling labor
Servo follow-up support to maintain accuracy on long or thin-wall tubes

What You Can Produce

Rendering of a cutting head above a slatted cutting bed

Complex End Cuts

Miter cuts, cope joints, and complex geometries that would require multiple manual operations completed in a single setup.

Hole Patterns

Precisely located holes, slots, and cutouts positioned accurately along the tube length.

Notches & Joints

Tube-to-tube connection geometries cut ready for welding without manual fitting.

Weldment-Ready Parts

Parts come off the machine ready for assembly—no secondary operations, no manual cleanup.

The Business Case for In-House Tube Cutting

Eliminate Outsourcing Costs

Most shops pay 15–25% markups on outsourced tube work. That margin stays in your pocket when you cut in-house.

Control Your Schedule

Your orders, your priority. No more waiting in someone else's production queue.

Win New Contracts

Tube cutting capability lets you bid on work you currently turn away—or refer to competitors.

Reduce Handling

Parts go from raw tube to finished component without leaving your facility. Fewer touches mean fewer errors.

Faster Delivery

Same-day turnaround when tube cutting lives in your shop — not someone else's queue. Your customers notice the difference.

Structural steel shops in particular tend to be running this math already; see how the tube platform pairs with dedicated structural steel shops equipment.

Applications

Structural Fabrication

High-accuracy cutting ensures consistent fit-up, reducing welding time and alignment errors. Capable of cutting thick plate and structural profiles with clean edges and minimal distortion. Integrated features such as bevel cutting, marking, and hole preparation streamline downstream operations.

Biggest Advantage: Reduced fabrication time and rework through precise, repeatable cuts that improve assembly speed and structural accuracy

Furniture & Fixtures

Exceptional precision allows for tight tolerances and clean aesthetics without secondary finishing. Ideal for thin-wall tubing and mixed materials (steel, stainless, aluminum). Enables fast changeovers for custom designs and short production runs.

Biggest Advantage: High-end visual quality combined with fast production, enabling premium designs at lower total cost.

Automotive & Motorsports

Delivers accurate tube geometry critical for structural integrity and safety compliance. Supports complex 3D cuts, slots, and joints for advanced assemblies. High repeatability ensures part-to-part consistency for motorsport standards.

Biggest Advantage: Maximum strength, precision, and repeatability for safety-critical and performance-driven components.

Agricultural Equipment

Efficiently processes thick mild steel commonly used in agricultural machinery. Produces clean cuts that improve weld penetration and joint strength. Reduces lead time for custom or low-volume equipment builds.

Biggest Advantage: Durable, high-strength components produced faster and with less post-processing.

Marine Fabrication

Excellent performance on stainless steel and aluminum, common in marine environments. Minimal heat input reduces warping and corrosion-related defects. Precision cutting ensures clean joints and superior finishing.

Biggest Advantage: Corrosion-resistant, high-quality components with superior fit-up and reduced finishing work.

Integration Options

Automated Loading

Reduce manual material handling with automatic tube loading systems. Keep your operators focused on higher-value work.

Bundle Loading

Process multiple tubes from a bundle without manual intervention.

Software Integration

Import directly from your CAD system. Nest parts automatically. Minimize waste.

How This Tube Platform Is Built

Tube and profile cutting is unforgiving. Long workpieces flex under their own weight, and tails turn into scrap. What separates a tube laser that earns its keep from one that fights you every shift is the clamping, the loading and the support, not the laser power on the spec sheet.

Every detail below is printed on the Vantix tube and profile spec sheet.

Rendering of a fully enclosed Z-axis cutting module

Fully Sealed Z-Axis Enclosure

The Z-axis carries the cutting head.

On the Vantix tube platform, its enclosure is fully sealed and contamination-resistant.

Rendering of a multi-chuck tube clamping system

Chuck System: 120–150 rpm Rotation

Chuck rotation speed 120–150 rpm; positioning accuracy ± 0.05 mm

Rendering of a laser head cutting a steel tube

Near-Zero Tailing

Tail waste is near-zero on the 3-chuck configuration and further reduced on the 4-chuck.

Why it matters:

Near-zero tailing maximizes material yield

Rendering of a tube loading rail and clamping arms

Servo Follow-Up Support

Long or thin-walled tubes deflect under their own weight.

Servo follow-up support keeps accuracy on long, thin-wall tubes.

Rendering of a tube loading rail with steel tubes

Semi-Automatic Loading, 6–7 Tubes per Cycle

Semi-auto tube loading handles 6–7 tubes per cycle, and bundle loading is optional.

Why it matters:

Semi-auto loading reduces handling labor

CHUCK CONFIGURATIONS

2, 3 or 4 Chucks: Buy by Your Work Mix

Chuck count is how tube lasers are actually bought, and it is the first question we ask about your work mix. Choose 2-chuck for standard tube, 3-chuck for long, lighter workflows where yield matters, and 4-chuck for ultra-long, thin-walled, or large-diameter tubes.

2-Chuck

The entry platform for standard tube workflows. Full profile range, semi-automatic loading, the lowest cost of entry into in-house tube cutting.

3-Chuck

A middle chuck supports the tube through rotation, so long, lighter stock runs with near-zero tail waste. The yield configuration.

4-Chuck

Independent clamping points distribute support evenly for ultra-long, thin-walled, or large-diameter tube, with tail material reduced further still.

Deep dive: 2, 3 or 4 chucks — which configuration pays · and for the full platform envelope, see the TPC Tube and Profile Laser Cutting System.

Which chuck setup fits: the decision table

Every configuration supports high material utilization, synchronized rotation, and near-zero tailing.

The 2-chuck entry platform shares the same cutting head and CNC; the table below is where 3- and 4-chuck buyers usually decide.

Feature

3-Chuck Configuration

4-Chuck Configuration

Best For

Long, lighter tube workflows where material utilization matters most

Ultra-long, thin-walled, heavy-wall, or large-diameter tubes

Middle Support

One middle chuck minimizes vibration and deflection during rotation

Four independent clamping points distribute support evenly

Tail Material

Low tail waste; maximized yield on standard tube

Further reduced tail material

Concentricity

Strong rotational stability

Enhanced concentricity, ideal for precision structural work

What This Means for Your Shop

You're not just buying a tube laser. You're buying the engineered answer to every tube-cutting problem you've lived with for years: deflection, waste, mis-alignment, manual handling, downtime.

Bring a sample tube to the Lumby showroom. We'll scan it, cut it, and walk you through every chuck, every support, and every sensor on the platform.

Book a Showroom Demo

Download the Spec Sheet (PDF, 3.4 MB, April 2026)