Non-Metal Laser Marker

All-in-One CO2 Laser Marking Machine

Q: What packaging protects the machine?

The all-in-one CO2 laser marker ships in three layers: a plywood outer case for structural protection, foam cushioning that absorbs impact and stops movement in transit, and a thick inner plastic bag that keeps moisture out.

Q: What is the delivery time?

Production normally takes 5 working days. The machine is then sent by air express such as FedEx or TNT, which adds roughly 4 to 6 working days to your location.

Q: How do I install and run the machine?

Engineers assemble and test every machine before dispatch. Only a few small parts need fitting on arrival, and a detailed training video plus a full English user manual cover operation and setup.

Q: What support do you provide after purchase?

English online support is available through Skype, WhatsApp, WeChat, email and video calls, covering both machine use and software guidance.

Q: Which materials mark best on a 10.6 micron CO2 source?

Organic and non-metallic materials respond strongest: wood, bamboo, paper and card, leather, textiles, acrylic, glass, ceramics and most packaging substrates. Bare metal reflects the beam, so metals are marked through a coating, paint or anodised layer.

Q: Can the CO2 marker run continuously?

Yes. The laser module is designed for 24-hour continuous operation, which suits packaging lines and engraving shops running extended shifts.

Q: How long does the laser source last?

The RF metal tube source is rated for more than 20,000 hours of service, and the air-cooled design removes the water circuit and its maintenance entirely.

Q: Is a fume extractor needed?

Marking wood, leather, rubber and some plastics releases smoke and fine dust. An optional fume extractor is available to keep the working area clean and the air safe for operators.

A 10.6 micron beam behaves completely differently from a fiber source. It is absorbed by wood, leather, paper, acrylic, glass, textiles and packaging, and it passes straight through bare metal. This cabinet is built around that fact: one compact body, three power levels and a maintenance-free air-cooled RF tube.

30/40/60WPower options

10.6 µmCO2 wavelength

20,000 hSource life

0–25 kHzWorking frequency

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All-in-one CO2 laser marking machine in a compact cabinet

Substrate Matrix

What a 10.6 Micron Beam Does to Each Material

CO2 marking is a matter of absorption. Where the substrate takes the energy, you get a mark; where it reflects or transmits, you get nothing. This is the map operators need before they order.

Material absorption and typical marking result for a 10.6 micron CO2 laser source
Material	Absorption at 10.6 µm	Typical result	Engineering note
Wood and bamboo	Strong	Deep brown to black engraving	The classic CO2 job; depth is set by passes and frequency.
Paper and card	Strong	Clean surface mark without cutting	Watch power on thin stock to avoid breakthrough.
Leather	Strong	Dark, soft-edged branding	Low frequency keeps edges from charring.
Acrylic and PMMA	Strong	Frosted or high-contrast white marking	Produces a bright engraved look on clear sheet.
Textiles and felt	Moderate to strong	Discoloured or cut-edge marking	Test weave direction, it changes the mark density.
Glass	Moderate	Frosted, matte surface marking	Achieves a soft etched appearance without grit blasting.
Ceramics	Moderate to strong	High-contrast permanent mark	60W gives faster coverage on dense bodies.
Coated and painted metal	Coating dependent	Coating ablated to reveal the substrate	Anodised and powder-coated surfaces mark well; bare metal does not.
Bare metal	Very low	No usable mark	Use a fiber or MOPA source for bare metal instead.

Absorption ratings describe the general behaviour of a 10.6 µm source and are intended as a selection guide rather than a guarantee. Contamination, coating thickness and additives shift the result. Send a sample and we will return the marked part with the parameter file we used.

Non-Metal Applications

The Substrates This Cabinet Was Designed Around

Packaging, textile, craft and industrial product work, all with the same 110 × 110 mm marking window.

Laser marking sample on a non-metal substrate

F-theta field lens assembled on the CO2 marking head

RC1001 galvanometer scanner for CO2 marking

Internal assembly of the all-in-one CO2 laser marker

Cabinet dimensions of the all-in-one CO2 laser marker

All-in-one CO2 laser marking machine ready for production

Packaging

Batch and date codes on cartons, labels and film, marked without ink and without a plate change between jobs.

Textile and Leather Goods

Logos and size marks on leather panels, denim labels and technical fabrics with a dry, permanent finish.

Craft and Industrial Products

Bamboo boards, acrylic signage, ceramic ware and decorated items where the mark is part of the product.

Technical Data

KR-AC30, KR-AC40 and KR-AC60 Compared

All three share the same optics, the same 110 × 110 mm field and the same air-cooled architecture. Power, beam quality and thermal load scale with the model.

Technical specifications of the all-in-one CO2 laser marking machine KR-AC30, KR-AC40 and KR-AC60
Parameter	KR-AC30	KR-AC40	KR-AC60
Rated Output Power	≥35W	≥40W	≥60W
Laser Power Setting	30W	40W	60W
Marking Area	110 × 110 mm
Laser Source	Davi
Galvanometer	RC1001
Wavelength	10.6 µm
Power Stability	<±8%	<±6%	<±6%
Beam Quality	Not specified	M² < 1.3	M² < 1.2
Beam Diameter	Not specified	1.8 ± 0.2 mm	1.8 ± 0.2 mm
Working Frequency	0–25 kHz
Input Voltage	48 VDC ± 2%
Maximum Average Current	12.5A	12.5A	25A
Thermal Load	<600W	<600W	<1200W
Cooling System	Air-cooled, no water circuit

The datasheet leaves beam quality and beam diameter blank for the 30W model; those two rows are shown as not specified rather than estimated. Fume extraction, rotary axes and custom fixtures are quoted per order.

RC1001 galvanometer scanner head on the CO2 laser marking machine — RC1001 scanner: high-performance scanning motors with optical sensing for fast, repeatable positioning.

Beam Path

Three Components Decide the Mark Quality

Source, scanner and field lens are matched. Swapping any one of them changes the spot size, the working field and the achievable speed.

Davi RF metal tubeRated for more than 20,000 hours of service, with stable output across the whole 0–25 kHz frequency range.
RC1001 galvanometerHigh-speed scanning motors and photoelectric sensing give strong anti-interference performance and tight positional accuracy.
CO2 f-theta field lensDelivers a flat 110 × 110 mm focal plane so marks stay consistent from the centre to the corner of the field.
Machine lightingIntegrated work-area lighting reduces operator error and keeps the marking zone visible during setup and inspection.

Duty Cycle

Built to Keep Running Through the Shift

Numbers that decide how a CO2 marker behaves on a two-shift or three-shift schedule.

0hRated source life

24hContinuous operation

25kHzMaximum frequency

2yrWarranty on the machine

Air Cooling, No Chiller

Unlike many CO2 builds there is no water circuit to fill, monitor or freeze, which removes a routine maintenance job entirely.

No Consumables

No inks, solvents or masking films. The running account is electricity, and the marking parameters are stored per job.

Built for the Workshop

A rigid cabinet and a stable resonator keep the beam aligned in environments where the machine is not treated gently.

FAQ

CO2 Laser Marking Machine Questions