1
Kallisto
FR · New
Official French reseller of CNC-STEP brand CNC machines, including waterjet cutters in several travel-length formats. The company handles distribution and provision of equipment from its stores in France.
CNC machines · new & used
Laser Cutting Machines: used and new
Buying a laser cutter for your workshop or production line means weighing several factors: source power, work area, material compatibility and control software. Whether you need a laser cutting machine for personalised engraving, wood, acrylic or metal cutting, this guide helps you identify models that genuinely match your requirements—without getting lost in the technical detail.
Ranking updated on July 29, 2026 · per the cnc-machine methodology
4
listed suppliers
0
brands represented
Neuf · Occasion
new & used
Laser Cutting Machines suppliers
2
LY Industries Machine Outils
FR · New
Industrial machinery distributor established in France, whose activity covers laser cutting, laser welding and related equipment. The company also offers laser welders and TIG/MIG equipment for industry professionals.
3
SEI Laser France
FR · New
French entity of the Italian group SEI Laser, a manufacturer of laser machines for over 40 years, providing consulting, sales, installation, training and after-sales service in France. The catalog covers CO2 and fiber laser systems for cutting, engraving and marking on various materials (textile, metals, soft materials, packaging).
4
SODICUT
FR · New
BODOR authorized distributor in France, a subsidiary of the B-Technologie group, specializing in the sale, installation and maintenance of fiber laser cutting machines for cutting metals, tubes and sheet metal. The company mainly covers the western half of French territory. It also offers after-sales service provided by technicians trained directly by the manufacturer.
Buying guide: Laser Cutting Machines
How to choose a laser cutting machine?
The first criterion is the laser source type: CO₂ for wood, leather and plastics; fibre for metals and reflective materials; diode for hobbyist use and small workshops. Power output (expressed in watts) determines the maximum cuttable thickness and feed rate. The work area sets the format of parts you can produce—check that it matches your most common workpiece sizes. Finally, a ventilation and fume extraction system is essential for safe operation.
New or used: which should you choose?
A new machine comes with a manufacturer warranty, technical support and factory-calibrated components, reducing commissioning time. Buying used can significantly lower your initial investment, but requires careful inspection of the focusing lens, mirror, laser tube (for CO₂ machines) and guide rails. Always ask for the number of operating hours and any parts that have been replaced. For intensive or professional use, a new machine remains the safer choice.
Brands and technical specifications to know
The market includes manufacturers such as Trotec, Epilog and Thunder Laser at the professional end, and brands like xTool, Sculpfun and Atomstack for more accessible budgets. Beyond the brand, assess positioning accuracy (in mm), head travel speed, compatibility with common software (LightBurn, RDWorks, LaserGRBL) and spare parts availability. Integrated autofocus and real-time position feedback make day-to-day operation considerably easier.
Budget and use cases
Entry-level diode machines start at a few hundred euros and are suited to hobbyist engraving and light cutting work. Mid-format CO₂ machines, designed for semi-professional use (signage, personalised items, prototyping), represent a more substantial investment. Fibre systems and large-format industrial cutting tables are aimed at workshops with regular production runs. Always factor into your budget the cost of air extraction, preventive maintenance and optical consumables.
Frequently asked questions
What is the difference between a CO₂ laser and a fibre laser?
CO₂ lasers are versatile on organic materials and plastics (wood, acrylic, leather, fabric). Fibre lasers are designed for cutting and marking metals and alloys. The two technologies operate at different wavelengths, making them largely non-interchangeable depending on the target material.
Do you need a licence or certification to operate a laser machine?
In most countries, laser machines are classified by hazard category (Class 1 to 4). Most enclosed workshop machines fall into Class 1 or 2 and can be operated without specific accreditation. High-power open-bed machines may require collective protective measures and a formal risk assessment in line with applicable health and safety regulations.
Which materials cannot be cut with a laser?
PVC and materials containing chlorine release toxic, corrosive gases during laser cutting and must be avoided entirely. Polycarbonate and certain composite materials can also produce hazardous fumes. Always consult the material's Safety Data Sheet (SDS) before processing it.
What should you check before buying a used laser cutter?
Inspect the condition of the CO₂ laser tube (typically with a limited service life) or fibre source, mirror alignment, focusing lens condition and any play on the axes. Request a live cutting test, then assess cut-edge quality and consistency of power output across the full work area.
Other CNC machine types
Broaden your search to the other listed machine categories.
Related guides & advice
Dig deeper before investing in your machine.