Laser Marking

Permanent marks. No ink, no contact, no consumables.

Name: Laser Marking Machines | Laserhi
Brand: Laserhi

Mark serial numbers, barcodes, logos and traceability codes directly onto the part surface. Our fiber, UV, CO₂ and MOPA sources cover metals, plastics, glass and coated materials, from a portable desktop unit to an integrated production cell.

Get a Quote Request full specs

≤7,000mm/s

Marking speed

Fiber & CO₂

0.4mm

Min. character

CO₂ fine detail

Source types

Fiber · UV · CO₂ · MOPA

Consumables

No ink, non-contact

Laserhi UV laser marking station with its water chiller, set up on the production floor

Applications

Metal parts & tools

Electronics & PCB

Automotive components

Hardware & fittings

Medical devices

Plastics, glass & packaging

SPEC Specifications

Model-level parameters

Fiber Laser Marking

Metals, high-hardness and brittle materials.

Laser power	10 / 20 / 30 / 50 W
Repetition frequency	20–80 kHz
Marking area	100×100 / 150×150 / 200×200 mm
Marking speed	≤7,000 mm/s
Power supply	220 V / 50 Hz / 5 A
Dimensions (L×W×H)	780×600×1680 mm

UV Laser Marking

Cold processing for plastics, glass and flexible materials.

Laser power	3 / 5 W
Repetition frequency	10–150 kHz
Wavelength	355 nm
Cooling	Water-cooled
Marking speed	<10,000 mm/s
Dimensions (L×W×H)	780×600×1680 mm

CO₂ Laser Marking

Non-metals: wood, leather, paper, acrylic, packaging.

Laser power	20 / 30 / 100 W
Repetition frequency	20–25 kHz
Marking area	70×70 / 110×110 / 175×175 mm
Marking speed	≤7,000 mm/s
Min. character	0.4 mm
Power supply	220 V / 50 Hz / 5 A

A MOPA variant (colour marking on stainless steel) and a lightweight portable desktop unit are also part of the marking family. Configuration options include rotary fixtures, vision positioning and fly-marking for the production line.

MACHINES In the workshop

Photographed on our own floor, not rendered.

Every machine below is a unit we build and ship. Tell us your part and we will point you at the frame size, source and lens that fit it.

Laserhi standard fiber laser marking machine, three-quarter view showing galvo head, Z-axis column and industrial PC bay — Standard fiber marking station — three-quarter view

Front view of the Laserhi standard fiber laser marking machine with its work table and control drawer — Standard fiber marking station — front

Rear view of the Laserhi fiber marking machine showing cooling fans, cable gland and power inlet — Standard fiber station — rear, cooling and power

Large-format Laserhi fiber marking machine with an extended flat work table on castors — Large-format fiber marking bed — three-quarter view

Front view of the large-format Laserhi fiber marking machine with operator button panel — Large-format fiber bed — front and button panel

Laserhi 355 nm UV laser marking machine beside its water chiller, three-quarter view — UV (355 nm) marking station with water chiller

Front view of the Laserhi UV laser marking machine showing monitor arm and industrial computer — UV marking station — front

Laserhi cabinet-style UV laser marking machine installed on the shop floor with its chiller — Cabinet-style UV marking machine, installed

Close-up of the f-theta scan lens on a Laserhi UV marking head, barrel marked 355 nm with 163 mm focal length — F-theta scan lens — 355 nm, 163 mm focal length

Close-up of the drilled and slotted marking work table with two steel clamping rails — Work table — drilled grid with clamping rails

READ Buyer guide

Fiber vs. UV vs. CO₂ laser marking: which source fits your material

Fiber for metal, UV for plastics and glass, CO₂ for organics, MOPA for colour on stainless. The real power, wavelength and speed to ask for on each source.

Read the guide

Next step

Send your job. We’ll match the machine.

For a fast, accurate quote on laser marking machines, tell us your material, thickness or part size and how many you run. English-speaking sales for Europe, North America and Australia.