What power level do I need?

Power depends on your material mix and your production volume. Vantix publishes maximum thicknesses at 60 kW only — steel up to 5 in (127 mm), stainless up to 3.5 in (89 mm), aluminum up to 2.5 in (64 mm) — and publishes no thickness figures for lower-power configurations. Our engineers size the system from your own material and volume, and the configuration is confirmed in your quote.

How long is the lead time?

Lead time is confirmed in your quote, together with the installation and commissioning window. Ask us for the current build slot for the configuration you need.

What software does the system use?

Vantix systems work with standard CAD/CAM formats including DWG and DXF. We integrate with your existing design workflow during installation.

What if something breaks at 2 AM?

Call us. Vantix runs a 24/7 Canadian hotline and a 48-hour on-site service SLA for Western Canada. Parts are stocked in Lumby, BC, not overseas.

FIBER LASER CUTTING · SUPPORTED FROM BC

High-Power Fiber Laser Cutting Machines: 3 to 60 kW Systems

Up to 80% faster than plasma — Vantix's own measurement; no independent test standard stated. Backed by a 24/7 Canadian hotline.

Precision. Speed. Local accountability.

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Book a Showroom Demo

Illustration of an enclosed laser machine with conveyor

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

Why Canadian Manufacturers Choose Vantix Fiber Lasers

That aging plasma cutter or legacy laser is holding you back. Longer cycle times. Higher energy bills. Parts that take weeks to arrive from overseas.
‍
You're losing bids to competitors with faster equipment.

Vantix changes the equation.

Our 3 kW to 60 kW fiber laser systems cut steel, stainless, aluminum, copper, brass and titanium at speeds your old equipment can't match. When you need support you are not waiting for an overseas call centre: a 24/7 Canadian hotline, and 48-hour on-site service across Western Canada.

Enterprise capability. Local partnership.

System Capabilities at a Glance

Specification

Range / Capacity

Laser Power

3 / 6 / 10 / 12 / 20 / 30 / 40 / 60 kW

Cutting Area (Standard)

5 ft × 10 ft (1.5 m × 3 m)

Cutting Area (Configurable)

Up to 12 ft × 60 ft

Max Steel Thickness

Up to 5 in (127 mm) @ 60 kW

Max Stainless Thickness

Up to 3.5 in (89 mm) @ 60 kW

Max Aluminum Thickness

Up to 2.5 in (64 mm) @ 60 kW

Positioning Accuracy

± 0.03 mm

Max Positioning Speed

450 ft/min (140 m/min)

Materials

Steel, stainless, aluminum, copper, brass, titanium

Certification

CSA Models

All three maximum thicknesses are published at 60 kW. Vantix publishes no thickness figures below 60 kW; do not read these numbers down to a lower-power machine.Full chart: fiber laser thickness chart.

METAL LASER CUTTING MACHINE

Industrial Metal Laser Cutting Machines, Not Desktop Engravers

Search for a metal laser cutting machine and most of what you'll find is desktop engraving hardware: sub-kilowatt diode machines built to mark or slice thin sheet on a hobby bench. If your work is production metal fabrication, that class of machine is not the answer, and neither is a USD-priced factory listing with no Canadian support behind it. An industrial metal laser cutting machine is a different tool in three measurable ways:

If you're comparing cutting technologies rather than machine classes, start with plasma cutter vs laser cutter and waterjet vs laser cutting.

01 · Power that cuts plate, not foil

Vantix fiber laser cutting systems run from 3 kW to 60 kW. At 60 kW the platform cuts steel up to 5 in (127 mm), stainless up to 3.5 in (89 mm) and aluminum up to 2.5 in (64 mm). Those are published spec-sheet figures at 60 kW, not marketing estimates, and they only apply at 60 kW.

02 · A machine bed built for metal

The working area starts at 5 ft × 10 ft and configures up to 12 ft × 60 ft, on a 12 mm welded steel bed that is stress-relieved and FEA-checked, with YASKAWA servo motion and ± 0.03 mm positioning accuracy. Materials: steel, stainless, aluminum, copper, brass and titanium.

03 · Canadian support, CAD numbers

Vantix machines are sold, installed, trained and serviced from Lumby, BC, with 1-yr spares stocked BC, a 24/7 Canadian hotline and 48-hour on-site service, Western Canada. CSA Models. You quote in Canadian dollars with a Canadian company.

For what systems cost, see what fiber lasers cost in Canada.

Custom Configuration

Built for Your Workflow, Not a Generic Factory

One-size-fits-all doesn't fit your shop.

Vantix systems are configured to your specific requirements. Need an oversized cutting area for large plate work? We build it. Require integration with your existing automation? Our engineers design for it.

Customization Options:

Cutting bed sizes from the 5 ft × 10 ft standard up to 12 ft × 60 ft
Enclosure configurations: full cover or open-table designs
Automation integration: pallet changers, loading systems
Material handling configured for your workflow
Software compatibility: DWG, DXF and industry-standard CAD/CAM

Your specs. Your configuration. Your advantage.

Request a Quote

Illustration of an enclosed laser cutting machine

Capabilities

Service & Support

What Vantix provides alongside the machine on the fiber cutting line.

2-Year Extended Warranty

Across all five Vantix product lines.

5-Day On-Site Training

Your operators learn from our engineers, on your floor

Parts + Support

1-yr spares stocked BC · 24/7 Canadian hotline

24/7 Canadian Support

When you need help, you get it

Installation & Commissioning

Scoped and scheduled with your quote.

Material Compatibility

Steel

Cut up to 5 in (127 mm) at 60 kW with clean edges and minimal dross. Ideal for structural components, brackets and heavy fabrication.

Stainless Steel

Process up to 3.5 in (89 mm) at 60 kW. Suits food equipment, architectural work and precision components.

Aluminum

Cut up to 2.5 in (64 mm) at 60 kW. Fiber lasers handle aluminum's reflectivity far better than CO2 platforms.

Copper & Brass

Supported cutting materials. Vantix publishes no maximum thickness for copper or brass; ask for configuration-specific documentation.

Titanium

Supported cutting material. No published maximum thickness; consult our engineers for your application.

Full published figures, with the 60 kW qualifier explained: what thickness a fiber laser can cut.

How This Cutting Platform Is Built

A fiber laser is only as good as the frame it sits on and the motion system that drives it. Spec sheet 01 names both: a 12 mm welded steel bed, stress-relieved (FEA), YASKAWA servos and Airtac 35 mm black-chrome plated linear guides. Every Vantix cutting system is built on an industrial-grade foundation with named, serviceable components you can count on for the long haul.

Here's what's actually inside.

Illustration of a welded steel machine bed frame

12 mm Welded Steel Machine Bed

The bed carries the gantry and holds the machine's geometry under load.

Vantix builds it from 12 mm welded steel plate, stress-relieved and checked by Finite Element Analysis (FEA). Printed spec sheet 01, Fiber Laser Cutting, April 2026 names the bed, so the structural spec is on the sheet rather than left to description.

Illustration of servo motors and drive units

YASKAWA Servo Motion Control

Motion control is YASKAWA servos. Printed spec sheet 01 names the drive brand, which is what makes the motion system serviceable by part rather than by guesswork.

Illustration of linear rail guides and bearing blocks

Airtac 35 mm Linear Guide Rails

The linear guides are Airtac 35 mm, black-chrome plated. Printed spec sheet 01 names the guide brand, size and plating, so the rails on your machine are the rails on the sheet.

What This Means for Your Shop

You're not buying marketing claims. You're buying a 12 mm welded steel bed that is stress-relieved and FEA-checked, YASKAWA servo motion control and Airtac 35 mm black-chrome plated linear guides — components named on the printed spec sheet. Every one of these design decisions is a line item in a quote sheet we can walk you through.

Bring your drawings and your material. We'll show you the components running in our BC showroom, open the panels, and answer every engineering question directly.

Book a Showroom Demo

Download the Spec Sheet

Printed spec sheet 01, Fiber Laser Cutting, April 2026 (PDF, 5.5 MB)

The Numbers That Matter

80%

Faster Cutting

Fiber laser technology outpaces plasma cutting dramatically — Vantix's own measurement; no independent test standard stated. What took an hour now takes minutes.

Lower Energy Costs

→

Fiber lasers consume significantly less power than plasma alternatives. Your electricity bill notices the difference.

± 0.03 mm positioning accuracy

→

The printed spec-sheet figure for the fiber cutting platform. Less rework. Less scrap. More profit.

48-Hour On-Site Service

→

Western Canada, per the printed spec sheets.

450 ft/min

→

Max positioning speed.

Applications & Industries

Illustration of a cutting head above a slatted bed

Metal Fabrication Shops

High-mix, low-volume job shops processing diverse materials and geometries. Quick changeovers and consistent quality.

Automotive Suppliers

Meet OEM tolerances and delivery windows. Process brackets, frames, and sub-assemblies at production speeds.

Aerospace Manufacturing

Tight tolerances for structural components. Documented precision for compliance requirements.

Heavy Equipment

Large-format cutting for construction, mining, and agricultural equipment components.

Vantix vs. The Alternatives

vs. TRUMPF

Per Vantix's own published comparison, Vantix pricing is roughly 60% of TRUMPF's price, with comparable precision and no waiting for a tech to fly in from Germany. Where TRUMPF is genuinely the better buy, we say so: read the full comparison.

vs. Bodor & Import Brands

Lower upfront cost comes with hidden risks. Parts ship from overseas. Support tickets disappear into a queue. Vantix stocks parts in BC and names its components on every spec sheet.

vs. Used Equipment

New, warrantied, financed. Often cheaper per month than maintaining aging plasma or legacy lasers.

FLC Fiber Laser Sheet Cutting System

Bed sizes, power levels and cut capacity for the sheet platform, on one specification page.

Vantix vs Bodor

The headline price is often lower. The landed cost, after freight, parts logistics and service calls, usually is not.

See It Cut Before You Buy

Our Lumby, BC showroom has machines running and ready. Bring your materials. Watch them cut. Ask every question.

Demo options:

In-person showroom visit: see full-size systems in action
Remote video demo: live cutting demonstration via video call
Material sample testing: send us your parts, we'll cut and ship results

Seeing is believing.

Book a Showroom Demo

Financing That Fits Your Cash Flow

A major capital purchase doesn't have to drain your operating account.

Financing options include:

Lease programs: preserve capital, predictable monthly payments
Finance-to-own: build equity while you produce

New, warrantied, financed. Often cheaper per month than maintaining aging equipment. Run your own numbers on the laser cutting machine ROI page, and see program structures on laser equipment financing.

Request a Quote

FAQ

Common Questions

Ready to See the Vantix Difference?

Your next production upgrade shouldn't come with overseas headaches. Book a demo at our BC showroom, or request a custom quote configured to your shop's needs. No pressure. No obligation. Just precision.

Book a Showroom Demo

Request a Quote

High-Power Fiber Laser Cutting Machines: 3 to 60 kW Systems

Why Canadian Manufacturers Choose Vantix Fiber Lasers

System Capabilities at a Glance

Industrial Metal Laser Cutting Machines, Not Desktop Engravers

Built for Your Workflow, Not a Generic Factory

Service & Support

Watch the Vantix Fiber Laser Cutter in Action

How This Cutting Platform Is Built

What This Means for Your Shop

The Numbers That Matter

Vantix vs. The Alternatives

See It Cut Before You Buy

Financing That Fits Your Cash Flow

More questions about fiber laser cutting

How thick can a fiber laser cut?

How does a fiber laser compare with plasma for cutting?

How much does a fiber laser cutting machine cost?

Ready to See the Vantix Difference?