Is a Raycus or Max laser source as good as IPG?

Compare models, not brands. Check the source model's power, beam quality and pulse range, test it on your part, and ask how fast a replacement or repair is available in your country.

Does a CE mark mean I can sell or use the machine in the US?

No. CE marking covers the EU and EEA. In the US, laser products fall under FDA's laser performance standards, need a certification label, and must be reported to CDRH, which issues an accession number.

Which Incoterm should a first-time importer choose?

If you have no freight forwarder, CIF or DAP leaves more of the transport to the seller, and you still handle import clearance and duties. If you have a forwarder you trust, FOB or EXW gives you more control over cost and timing.

Can a Chinese factory build the machine for my voltage and plug?

Usually, if you specify it before production. Give the voltage, phase, frequency and plug type in the contract, and send a photo of your socket or distribution board.

What does a laser machine warranty usually exclude?

Consumables such as protective lenses, nozzles and ceramic rings, plus damage from wrong supply voltage, missing cooling water or antifreeze, collisions and unauthorized modifications. Ask for the exclusions in writing.

Do I need to visit the factory before buying?

Not always. A sample test on your parts, a live video call of your actual machine and a pre-shipment check can replace a visit. Visiting is useful if you also want hands-on training.

Buying a laser machine from China: an import checklist

To import a laser machine from a Chinese factory with low risk, agree seven things in writing before you pay: the job the machine must do, the laser source model, your electrical supply, the compliance documents for your market, the Incoterm, the warranty and the payment terms. Then ask the factory to prove the machine on your own parts. The sections below explain each point, and the table at the end is a checklist you can send to any supplier.

1. Specify the job before the machine

Describe what the machine must do, and let the supplier propose the power and configuration.

Material and grade, for example 304 stainless, 6061 aluminium, anodized parts, ABS or plywood.
Thickness range for cutting and welding, or the coating thickness for cleaning.
Part size and weight, which sets bed size, marking field or fixture needs.
Output: parts per hour, metres of weld per hour, or m²/h of cleaning.
Quality criteria: mark contrast, weld penetration and appearance, cut edge, surface left after cleaning.
Site conditions: room temperature, dust, available power and floor space.

Sibling guides help you size the power: pulsed vs continuous laser cleaning, handheld laser welder power and fiber vs UV vs CO2 marking.

2. Laser source brands and what they tell you

The laser source sets power, beam quality and pulse behaviour. Its maker’s service network affects how fast you get a repair.

Raycus (Wuhan), Max Photonics (Shenzhen) and JPT (Shenzhen) are Chinese fiber laser makers. Their sources are widely used in Chinese-built machines, and parts are easy to get through the factory.
IPG Photonics is a US-headquartered fiber laser maker. Machines with IPG sources often cost more. Some buyers choose IPG for its service presence in their region.

A brand name alone does not describe a source. Ask for the exact model (Q-switched or MOPA, continuous-wave power, pulse range), the source serial number, and whether the source warranty comes from the source maker or from the machine builder. At delivery, check the source label against the contract and ask for a power-meter reading on video.

3. Electrical supply: voltage, frequency, phase and plugs

Chinese factories build for the Chinese grid (220 V single-phase or 380 V three-phase, 50 Hz) unless you specify otherwise. The international standard IEC 60038 lists the main supply systems:

Supply system (IEC 60038)	Frequency	Where you meet it
230/400 V three-phase	50 Hz	Europe and many other countries. Older 220/380 V and 240/415 V systems still exist.
120/208 V three-phase, 120/240 V single-phase	60 Hz	North America and other 60 Hz countries
277/480 V and 347/600 V three-phase	60 Hz	Industrial supplies in 60 Hz countries
100/200 V	50 or 60 Hz	Some countries

Small markers, engravers and many handheld units run on single-phase power. Large cutting machines and high-power continuous-wave lasers often need three-phase. Confirm the requirement for your model.
Frequency matters for motors, pumps and chiller compressors. State 50 Hz or 60 Hz in the contract.
Ask for your local plug, or for a cable ready for a licensed electrician to hard-wire. Send a photo of your socket or distribution board.
If your grid is unstable, ask whether a voltage stabilizer is recommended.

4. Compliance documents: CE, FDA and local rules

Requirements depend on the model and the market, so confirm them per model and ask for copies before you order.

European Union and EEA

Machinery placed on the EU market needs CE marking under the Machinery Directive 2006/42/EC. The Machinery Regulation (EU) 2023/1230 applies on a mandatory basis from 20 January 2027.
For electrical hazards, Annex I 1.5.1 of the Directive applies the safety objectives of the Low Voltage Directive to machinery. Conformity assessment for those hazards is governed by the Machinery Directive alone.
Annex I 1.5.12 requires that laser equipment on machinery prevents accidental radiation, and that direct, reflected, diffused and secondary radiation cannot damage health.
Electromagnetic compatibility is covered by the EMC Directive (2014/30/EU).
The CE marking may only be affixed after the conformity assessment. The European Commission states that certificates must not bear the CE marking. Ask for the manufacturer’s EU Declaration of Conformity for your exact model, listing the directives and standards applied. A test-lab “CE certificate” does not replace it.

United States

FDA’s Laser Notice 56 states that laser products for US commerce, including imports, must comply with 21 CFR 1040.10 and 1040.11, be certified and identified under 21 CFR 1010.2 and 1010.3, and be reported under 21 CFR 1002.1.
Under the same notice, FDA does not intend to enforce comparable 1040.10 and 1040.11 requirements for products that conform to IEC 60825-1 Ed. 3 and carry the certification statement given in the notice.
The product report receives an accession number. The number shows that CDRH received the report. It is not an approval.
FDA advises sending the report at least one month before you present products for import, and identifying a US agent in the report (21 CFR 1005.25).

Other markets

The UK, Canada, Australia and others have their own rules. Ask your customs broker or local authority, and ask whether an electrical inspection is needed before the machine is connected.

5. Shipping, Incoterms, crating and customs

Incoterms 2020 is the current version. Name the place after the term, for example “FOB Shanghai” or “DAP Rotterdam warehouse”.

EXW (Ex Works, any mode): you collect at the factory and arrange everything after that.
FOB (Free on Board, sea and inland waterway only): the seller loads the goods on your vessel at the named port of loading.
CIF (Cost, Insurance and Freight, sea and inland waterway only): the seller pays freight and insurance to the named port of destination. Risk passes to you once the goods are on board in China.
DAP (Delivered at Place, any mode): the seller delivers to your named place, ready for unloading. You pay import duties and taxes.
DDP (Delivered Duty Paid, any mode): the seller also pays import duties and taxes.

Crating. Ask for a packing list with crate dimensions and weights, photos of the packed machine, moisture protection and lifting points. Any solid-wood packaging should carry the ISPM 15 mark where your country requires it. Water-cooled machines should leave the factory with the cooling water drained, so nothing freezes in transit.

Customs and HS codes. Your customs authority decides the classification. Many laser machine tools are entered under HS heading 8456 (machine tools working by removal of material by laser). Classification is not automatic. In ruling H237607 (2014), US Customs classified laser marking systems imported as a laser unit plus galvo scanner under heading 9013 as lasers. Duty rates and extra tariffs differ by code and country, so ask your broker, and request a binding ruling if the amount matters.

6. Training, installation and remote support

Factory training. You see your machine running and learn on it before it ships. Maxwave offers free operator training at the factory.
Remote training. Video calls, recorded videos and remote desktop sessions work well for markers, engravers and handheld units.
On-site installation. Agree in advance who pays travel, visa and daily fees.
Remote support. Ask for response times, languages, working hours across time zones, and the messaging tools used. Ask for manuals and parameter libraries for your materials.

7. Warranty, consumables and spare parts

Maxwave gives a 2-year whole-machine warranty. With any supplier, get these points in writing:

Whether the laser source is covered on the same terms as the machine.
Who pays shipping for replacement parts, and whether repairs are by part swap or by technician visit.
Typical exclusions: consumables such as protective lenses, nozzles, ceramic rings and filters, and damage from wrong supply voltage, missing cooling water or antifreeze, collisions or unauthorized modifications.

Order a spare parts kit with the machine. For welders and cleaners: protective lenses, nozzles, ceramic rings and seals. For cutters: nozzles, protective windows and a ceramic ring. For CO2 machines: mirrors and a focus lens. Add fuses and chiller filters for all types.

8. Test samples before you buy

Send real parts and ask for an uncut video, the parameters used and the cycle time. Then get the tested parts back and inspect them yourself. Before shipment, ask for a live video of your own machine running, photos of the nameplate and source label, and the accessory list. For large orders, consider a third-party inspection.

9. Payment terms and risk

The US International Trade Administration ranks payment methods by risk. Cash in advance is the least attractive option for the buyer. With a letter of credit, a bank commits to pay once the seller meets the documented terms. Documentary collections cost less and give the seller less protection. Open account is one of the most favourable options for the buyer.

Many factories ask for a deposit by bank transfer and the balance before shipment. To reduce your risk:

Pay only to a company account in the name on the contract.
Confirm any “new bank details” by phone or video call, never by email alone.
Tie the balance to a passed pre-shipment check.
Consider a letter of credit for large orders.

Buyer’s checklist

Area	Confirm in writing	Warning sign
Job	Material, thickness, part size, output per hour	Power quoted before the job is described
Proof	Sample test video, parameters and returned parts	Video only, with no parameters
Laser source	Brand, model, power, serial number	“Imported source” with no model
Electrical	Voltage, phase, frequency, plug	Only “220 V” in the quote
EU documents	EU Declaration of Conformity for your model	Only a lab “CE certificate”
US documents	FDA product report and accession number, certification label	Supplier unaware of CDRH reporting
Incoterm	Term with named place	Term without a place
Packing	Crate sizes and weights, photos, cooling water drained	No packing list
Customs	HS code agreed with your broker	Code chosen only to lower duty
Training	Factory, remote or on-site, and who pays travel	“Training included” with no detail
Warranty	Period, source cover, exclusions, parts shipping	Exclusions not written down
Spares	Consumables kit listed by part	No spares quoted
Payment	Method, schedule, company bank account	Bank details changed by email

Maxwave builds laser cleaning, welding, marking and cutting machines and customizes voltage, plugs, power and labels. Start with sample testing on your parts, then ask for a quote through contact.