Buying Guides
A first fiber laser is usually bought under pressure: outsourcing invoices climbing, bids lost to faster shops, or a plasma table showing its age. Pressure is exactly when spec sheets blur together. This guide slows the decision down to the six questions that actually decide whether a machine fits your shop, with Vantix's published figures where figures exist and honest "get it in writing" counsel where they do not.
Power is the spec everyone leads with, so start by understanding what it buys: thickness capacity and cutting speed. The Vantix fiber cutting line runs from 3 to 60 kW in eight steps: 3, 6, 10, 12, 20, 30, 40, and 60 kW. On the live line, 12 kW and 20 kW are the most popular configurations, which tells you where most production shops land.
Two honest rules for reading power claims anywhere, not just here. First, thickness maxima are quoted at a stated power; Vantix's published figures are 60 kW numbers, and no vendor's top-end chart applies to a mid-range machine. Second, more power than your work mix uses is capital spent on jobs you do not run. Sort a month of job tickets by material and thickness before you shortlist a wattage, and pressure-test the result against the machine page for the FLC Fiber Laser Sheet Cutting System.
Buy the bed for the sheet you actually stock. The Vantix standard cutting area is 5 ft by 10 ft (1.5 m by 3 m), which matches the common full-sheet format, and the platform is configurable up to 12 ft by 60 ft for plate work and long parts. Bigger beds cut handling and let you nest more parts per sheet; they also occupy floor you have to actually have. Measure the machine's future home, including material-loading clearance, before you fall in love with a footprint.
If your bottleneck is tube and structural profile rather than flat sheet, the honest answer to question 2 is a different machine entirely: see the TPC Tube and Profile Laser Cutting System.
Fiber laser covers the common fabrication metals: Vantix publishes steel, stainless, aluminum, copper, brass, and titanium for its cutting line, with ±0.03 mm repeatable accuracy. The published thickness maxima, all at 60 kW, are steel to 5 in (127 mm), stainless to 3.5 in (89 mm), and aluminum to 2.5 in (64 mm).
The buyer's question is not the ceiling, though. It is the middle: the 3/16 in brackets, the 1/2 in plate, the 14-gauge stainless that make up your actual order book. Bring that list to any vendor and ask for cut samples in your materials at your thicknesses. A vendor who will not cut your material before the sale is answering the question for you. Vantix's standing offer is the opposite: bring your drawings and your material, and watch them run at the Lumby, BC showroom before you sign anything.
This is the question that stops purchases cold, and it is the one first-time buyers skip. Industrial laser equipment varies in electrical requirements by configuration: laser power, cooling method, and any chiller load all factor in, and no single number applies across a product line. As a general industry pattern, higher-power configurations more commonly require three-phase service while lower-power configurations often run single-phase, but that is a pattern, not a spec, and it should never be assumed from a wattage number.
Before you order, get four things in writing for the exact configuration you are buying: the service type (single-phase or three-phase), the breaker and circuit sizing your panel needs, the plug or hardwire requirement, and whether a chiller draws on its own circuit. If your building runs single-phase today and the machine needs three-phase, price that electrical work as part of the machine's total cost, before the order, not after the truck arrives. The full walkthrough, including how to check what service you already have, is in shop power requirements: what to confirm before you buy.
A machine without trained operators is a very expensive table, and training terms vary widely between vendors. Ask three things: who delivers the training, whether it happens on your floor or theirs, and what it costs if it is not included.
Vantix's published answer: 5-day on-site training is included with every system, delivered by its engineers on your floor, alongside installation and commissioning. Budget your own side of it too: pick the operators before delivery week, and protect their time during it. Five days of half-attention is not five days of training.
The sixth question decides what ownership feels like in year three, and it is the one import quotes answer worst. When a machine goes down, three variables set the cost of the incident: where the parts are, who dispatches the technician, and how long both take. Vantix publishes its answers: parts stocked in Lumby, BC rather than overseas, a 24/7 Canadian hotline, a 1-year spare parts kit with every system, a 2-year warranty, and 48-hour on-site service in Western Canada. Vantix's own brochure states the contrast plainly: global laser brands put engineers on a plane, offshore imports bury your ticket in a queue, and Vantix does neither.
Ask every vendor on your shortlist the same three questions, and ask for the answers in writing the same way you did for the electrical spec. The same logic, worked through for a different product line, is in industrial vs imported laser rust removal, and Vantix's service map is on Canadian service coverage.
Price is not one of the six because a responsible number depends on configuration, and this market mostly refuses to publish prices at all. Vantix publishes what it can stand behind: its handheld welder ladder in CAD, and its brochure's price positioning against premium brands, roughly 60% of the price, which is Vantix's own published claim. For cutting systems, get a written CAD quote against your configuration and read what industrial lasers cost in Canada first; if the quote crosses a border on its way to you, read why your laser quote has a tariff line too. Financing changes the cash-flow question: laser equipment financing runs from 24 to 84 months with $0 down available for qualified buyers.
Whether to buy at all is the other. If your volume is low and your outsourcing bill is small, the honest answer may be not yet; the arithmetic for that decision, including whether to replace a plasma table at all, is in when to replace a plasma table and what outsourced laser cutting actually costs.
Work through the six questions, then test your answers against a running machine: book a demo at the Lumby, BC showroom. Bring your six answers, your material, and your hardest part.
Four things tell us almost everything: the materials you run, the thickness range, your monthly volume, and where the current bottleneck actually is.
That last one matters most and is the one most often skipped. A shop that is slow because tube prep is manual does not need a faster sheet cutter, and a shop losing days to weld distortion does not need more cutting capacity. Buying against a bottleneck you have not identified is the most common way a good machine produces a disappointing result.
Send those four and we will recommend a starting configuration rather than guessing at a model.
Vantix fiber laser cutting systems are offered in 3, 6, 10, 12, 20, 30, 40 and 60 kW configurations.
Higher power does more than extend maximum thickness. It also raises cutting speed on thinner material, so the right choice depends on your thickest regular part, your material mix, and how many hours a day the machine needs to be productive. Shops running mostly light and medium gauge often land lower in the range; plate-heavy and high-throughput shops land higher.
Send us a representative part mix and we will suggest a starting configuration.
The standard cutting area is 5 ft x 10 ft (1.5 m x 3 m), and the platform is configurable up to 12 ft x 60 ft.
Bed size is usually driven by the stock you buy rather than the parts you cut. If you already purchase oversized plate, a larger bed removes a cut-to-size step upstream. If you buy standard sheet, the standard bed is normally the better use of floor space, and the money is better spent on power.
Vantix fiber lasers cut steel, stainless steel, aluminum, copper, brass and titanium.
Material capability and thickness capability are two separate questions. A machine that cuts a metal at all will not cut every gauge of it, and achievable thickness varies with the power level configured on your machine. Tell us the metals and gauges you run most often and we will confirm what a given configuration will hold in production, rather than at its maximum.
