Enclosed laser cutting, laser welding and laser marking stations for production floors, designed and built in Richmond, BC for Canada and the Western US. 30+ laser machines delivered since 2014.
Built for
Each station is designed for one process and one part family, so it runs the same way on the thousandth part as on the first.
Fiber lasers for steel, stainless, aluminum and thin foils; CO₂ for fabric, leather, wood and acrylic. Flatbed, gantry, roll-to-roll or robot-fed.
Fiber laser welding with wobble heads, shielding gas, fixtures that hold the fit-up, cameras that find the seam and 3D checks of every weld.
Galvo marking with part feeding for serial numbers, UDI, lot codes, 2D codes and branding, read back by a code reader.
Fine features in plastics, films and thin metals with very little heat, aligned by vision.
Material fed, tensioned, cut and collected continuously, for foils, films and sheet materials.
One station can cut, weld and mark, with a robot loading parts and vision or 3D measurement checking each one before it leaves.
Fixturing, part handling, gas, fume extraction and process checks decide whether a laser process works once or every time. We design all of it together.
Cutting melts a narrow path and blows it out with gas. Welding melts two surfaces and lets them fuse. The same fiber laser can do both, so a station can cut, weld or do both on the same part.
How laser cutting and welding work Six decisions before you buy a welding cell
From battery foils to whisky barrels. Arc'teryx runs an 80 W CO₂ cutting system we built in 2019, and Kardium has trusted us with production equipment for their medical-device manufacturing.
Thin-metal cutting with clean edges for battery production: continuous roll feeding and collecting, automatic tensioning and a chopping station.
A compact, camera-assisted station for micro-machining delicate plastics in a regulated production environment. Client details under NDA.
A CO₂ galvo system with automated part feeding, built for marking delicate fabrics consistently at production speed.
“He was able to take my concept of a semi automated laser brander and turn it into reality at a fraction of the cost.”Shane Heron, Director of Capital Projects
A custom rotary attachment for a CO₂ galvo laser that turns full-size barrels for precise, repeatable marking.
“Yousef was professional, responsive, and delivered exactly what we needed.”Peter Archambault
A modular, fully CNC-machined fiber cutting system with a specialized table and portable handheld controller, cutting up to 10 mm steel.
For a production process: built around your part, its handling, your cycle time and your line. Proposal, CAD sign-off, build, testing with your parts, installation and training.
Talk to an engineerFor common cutting and marking jobs: the Spark Laser Mini, a compact 1 kW fiber cutter and the Spark Certified markers and cutters, configured and tested in Canada.
See ready machinesMost projects take about three months from the first call to an installed machine.
A self-contained machine built around a laser source for one production job, such as cutting, welding, marking or micro-machining. It holds the laser, the optics, the motion, the part fixturing or feeding, a Class 1 safety enclosure with fume extraction, and the controls. It can run on its own or as one station in a production line.
Yes, for common jobs. Our ready machines include the Spark Laser Mini, a compact 1 kW fiber cutter and the Spark Certified markers and cutters. Production processes usually need a station built around the part, its handling and the cycle time, which is what we design and build.
Fiber lasers for cutting, welding and marking metals, UV lasers for micro-machining plastics and fine features, and CO₂ lasers for wood, acrylic, fabric, leather and many plastics. We are an IPG Photonics integrator and size the source to your material. See how to choose a laser source.
Often, yes. The same fiber laser can cut or weld depending on the head, focus, power and gas, so we can build one station that does both, or separate stations when cycle time matters. Read how laser cutting and welding work.
Yes. Our stations are fully enclosed Class 1 laser enclosures with interlocked doors, laser-safe viewing windows and fume extraction, so no special room is needed. Custom machines are built mainly to UL and cUL, with CSA available on request.
Yes. Send us sample parts or material. We test the process on our floor first, then design the handling and controls around the settings that work.
Most projects go from first call to installed machine in about three months. The cost depends on the process and how much automation you need; after a free discovery call we send a written proposal with the layout, the laser source, the key components, the cost and the schedule. Financing is available.
We design and build in Richmond, BC, and install, train and support machines across Canada and the Western United States.
Tell us what you're making. We'll set up a free 30-minute call with an engineer.
Talk to an engineer
