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Laser Machines
Laser technology
A modern method of material processing: a focused, high-energy beam cuts, welds, cleans, or marks material with precision that traditional mechanical tools cannot match — with no physical contact and minimal heat-affected zones.
WatMachinery equipment, sold and supported by Jet Star International
What is in the catalog
Machine families and where each one fits
Counts, power ranges, and starting prices are read from the live catalog, so what you see here is what is actually available.
Sheet cutters
18 modelsFiber cutting of steel, stainless, and aluminium sheet. The largest family in the catalog.
- Power
- 500 W – 20 kW
- From
- $17,751
- Models
- LIL-2030, O1313-1000F, O1313-1500F, OE1530-500F …
Combined sheet and tube cutters
6 modelsOne machine for flat sheet and for tube or profile. Fewer setups, but changeovers need planning.
- Power
- 3 kW – 12 kW
- From
- $51,985
- Models
- OTU1530-3000F, OTU1530-6000F, ZWU2040-12000W, ZWU2040-6000W …
Tube and profile cutters
2 modelsRound, square, and rectangular sections for structural and frame work.
- From
- $119,819
- Models
- RW64-12000F, RWA12-8000F
CO2 cutters
5 modelsFor non-metals: acrylic, wood, and selected plastics.
- Power
- 80 W – 300 W
- From
- $7,576
- Models
- C1309-100CO2, CH1225-200CO2, CH1225-300CO2, CS1325-150CO2 …
Laser welders
7 modelsHandheld and multi-axis heads for clean, low-distortion seams.
- Power
- 1 kW – 3 kW
- From
- $9,478
- Models
- 6 AXIS HAND, L-1000W, L-2000W, L-3000W …
Laser cleaners
8 modelsRust, coating, and process residue removal without abrasive media.
- Power
- 100 W – 2 kW
- From
- $4,755
- Models
- C-BOX 100W, C-PACK 100W, CL-100W, CL-200W …
Marking and engraving
7 modelsPermanent part identification, codes, and traceability marking.
- Power
- 10 W – 200 W
- From
- $3,487
- Models
- 3D-100w, 3D-200w, CO2 Porta 100W, CO2-D 60W …
Before you compare models
Four answers narrow the catalog faster than any filter
Material and thickness
Which metal dominates, and what thickness runs every week? Not the thickest sheet you saw once — the one that pays the bills.
Part format
Flat sheet, tube and profile, or both? Sheet and tube machines are different builds; a combined machine needs a deliberate changeover routine.
Production rhythm
One shift or continuous? Single parts or long runs? This drives table type, automation, and whether higher power pays back.
Acceptable edge
Can the part go straight to welding or painting, or is deburring acceptable? This decides the assist gas, and the gas decides the running cost.
Why did laser become the standard production technology?
High processing quality on almost every metal
Short production cycle time
Lower operating cost per part
Choosing a source
Fiber or CO2: which one fits
The two source types are not interchangeable. In metal work fiber has replaced CO2 almost everywhere; CO2 keeps a niche on selected non-metals.
| Fiber laser | CO2 laser | |
|---|---|---|
| Best for | Steel, stainless, aluminium, brass, copper | Acrylic, wood, some plastics, thicker mild steel |
| Thin sheet speed | Considerably faster | Slower |
| Wall-plug efficiency | High, roughly 30% | Lower, roughly 10% |
| Maintenance | No beam-path mirrors, no gas refill | Mirror alignment, laser gas, tube service |
| Reflective metals | Handled with a suitable head | Problematic |
Reading a datasheet
Which numbers actually change your result
- Source power (W / kW)
- Sets maximum thickness and speed. It is the headline figure, but oversizing costs money on purchase, gas, and power every day it runs below its ideal load.
- Working area
- Must fit your standard sheet format. Buying a table smaller than your stock sheet means cutting material down first — a hidden operation on every job.
- Positioning accuracy / repeatability
- Repeatability matters more than one-off accuracy. It is what decides whether part ten thousand matches part one.
- Acceleration
- On small parts with many contours, acceleration decides cycle time far more than top speed does.
- Table type
- A shuttle or pallet table lets you load while the machine cuts. On multi-shift work it often adds more output than extra power would.
- Enclosure and safety class
- A fully enclosed cell is quieter, cleaner, and easier to certify. An open table gives faster manual access and a lower entry price.
Planning the installation
The machine is not the whole budget
Most first-time buyers budget for the machine and get surprised by the cell around it. Plan these in from the start.
Power supply
Three-phase connection sized for the source. A 6 kW cutter needs meaningfully more than a 1.5 kW one — check the available capacity before ordering.
Cooling
A chiller is mandatory. It needs its own footprint, its own power, and coolant maintenance.
Extraction and filtration
Cutting generates fume and dust. Under-table extraction plus a filter unit is a legal requirement.
Compressed air and gas
Dry, filtered air at stable pressure, or oxygen/nitrogen supply. Air preparation that is not up to the job shows up as poor edges.
Floor and positioning
A level, load-bearing floor and a clear route for delivery. Large machines are craned or moved on transport rollers.
Operators and safety
Training, laser safety class, protective eyewear, and a defined maintenance owner from day one.
Our laser technology offer
Technology that is changing industry
Exceptional precision
Repeatable tolerances down to fractions of a millimetre.
High efficiency
Faster cycle times than mechanical cutting or welding.
Lower operating costs
Less tooling wear and lower cost per finished part.
Repeatability
The same result on part one and part ten thousand.
Automation
Built for integration into automated production lines.
Scalability
From single-part jobs to full production runs.
FAQ
Questions we get before the first machine
If yours is not here, ask us directly — the answer usually depends on your material and volume.
Is a laser right for every workshop?
No. It depends on material, volume, and the precision you actually need. Below a certain volume, subcontracting stays cheaper than owning the machine and the cell around it. We will say so if that is the case.
How much power do I really need?
Match it to what you cut every week, not to your thickest occasional sheet. Oversizing raises purchase cost, gas consumption, and electricity every day the machine runs below its ideal load.
What does the installation need beyond the machine?
A three-phase connection sized for the source, a chiller, extraction with filtration, prepared compressed air or gas supply, and a level load-bearing floor. Plan these into the budget from the start.
How long from order to first cut?
It depends on configuration and stock. Machines listed as available ship faster; a configured build takes longer. We confirm a date before you commit, and we will not quote one we cannot hold.
What happens after delivery?
Startup on site, operator training, and a frozen baseline parameter set for your main materials. After that, one service contact path and remote diagnosis before a technician travels.
Have questions?
Contact us
Tell us the material, the thickness range, and the part format. We will come back with two or three machines worth comparing.
Contact us