About Wuhan Label Laser Scienca And Technology Co., Ltd - Laser Equipments & Products Supplier in China

China, specifically Wuhan, lists five active laser marking products. The catalogue includes a YAG lens laser marking machine, a semiconductor laser marking machine, a diode‑pumped rotation laser marking machine, a carbon‑dioxide lens laser marking machine, and a lamp‑pumped solid laser depth marking engraving system. All items fall under the broader category of Laser Equipments & Products. The product titles indicate a focus on both solid‑state and gas‑laser technologies. No HS code information is provided in the source data.

YAG lens machines typically operate at 1064 nm wavelength with output powers ranging from 10 W to 200 W, suitable for metal and hard‑plastic marking. Semiconductor laser markers often use wavelengths between 355 nm and 532 nm and are applied to fine text on electronic components. Diode‑pumped rotation units combine high‑speed rotary tables with diode‑laser sources to enable continuous marking on cylindrical parts. Carbon‑dioxide lens systems usually emit at 10.6 µm and are common for engraving polymers, wood, and glass. Lamp‑pumped solid lasers provide deeper engraving depths on metals and are valued for high‑contrast markings.

Product Range and Specialties of Wuhan Label Laser Scienca And Technology Co., Ltd

The supplier’s catalogue covers solid‑state (YAG, diode‑pumped, lamp‑pumped) and gas‑laser (CO₂) marking solutions. Typical specifications for YAG machines include pulse repetition rates of 1 - 20 kHz and spot sizes down to 0.1 mm, while CO₂ units often deliver continuous wave power up to 150 W with adjustable focus lenses. Diode‑pumped rotation models integrate motorized rotary tables capable of 0 - 360 rpm and laser sources from 5 W to 30 W, enabling uniform markings on tubes and rods. Semiconductor laser markers are frequently equipped with UV or visible wavelengths and can achieve line widths below 20 µm for high‑resolution marking.

In the laser marking industry, buyers usually specify standards such as IEC 60825‑1 for laser safety, and optical performance is expressed in terms of pulse energy (µJ), beam quality (M²), and power stability (±5 %). Common material compatibility includes stainless steel, aluminum, titanium, polymers, ceramics, and glass. Packaging for these machines often involves wooden crates with foam inserts, and dimensions are typically designed to fit in 40‑ft containers for overseas shipment.

Trade and Export Information - Wuhan Label Laser Scienca And Technology Co., Ltd

China is a major exporter of laser marking equipment, with shipments frequently directed to automotive manufacturers in Europe, electronics assemblers in Southeast Asia, and medical device producers in North America. Export classifications generally fall under HS chapter 84 (machinery) and chapter 90 (optical instruments), where customs authorities may request CE or UL conformity documentation. Buyers often require test reports confirming laser output power, beam uniformity, and safety interlock functionality.

Logistics for laser systems usually involve containerized transport, with most units packed in 20‑ft or 40‑ft containers depending on size. Incoterms such as FOB Wuhan Port or CIF destination are common, and freight forwarders may need to arrange for special handling due to the equipment’s sensitivity to shock and temperature. Chinese export regulations mandate that laser products meet national safety standards before clearance, which aligns with international certification expectations.

Sourcing from Wuhan Label Laser Scienca And Technology Co., Ltd - Buyer Guidance

When sourcing from this supplier, buyers should request a detailed datasheet that lists wavelength, maximum power, pulse duration, and safety classifications for each machine. Samples of marked test pieces or a video of the marking process help verify the achievable resolution and depth before placing a bulk order. It is advisable to obtain CE or UL test certificates, as well as an IEC 60825‑1 compliance report, to satisfy import requirements in most markets.

Typical minimum order quantities range from a single unit for prototype evaluation to multiple units for production lines; lead times reported by Chinese manufacturers for laser marking equipment are usually 30 - 60 days after receipt of a purchase order and confirmed technical specifications. Buyers should confirm packaging details, such as crate dimensions, weight, and whether the unit includes power supplies and cooling modules, to plan freight costs accurately.

What types of laser marking machines are listed in the catalogue?

The catalogue includes a YAG lens laser marking machine, a semiconductor laser marking machine, a diode‑pumped rotation laser marking machine, a carbon‑dioxide lens laser marking machine, and a lamp‑pumped solid laser depth marking engraving system.

Which wavelengths are typical for the YAG and CO₂ machines?

YAG machines usually operate at 1064 nm (near‑infrared), while CO₂ machines emit at 10.6 µm (far‑infrared), each suited to different material categories.

What safety standards should be verified for these laser devices?

Buyers should request compliance with IEC 60825‑1 laser safety classification and, where applicable, CE or UL certification to meet international import requirements.

What are common power ranges for the listed machines?

YAG and CO₂ units commonly provide 10 W to 200 W continuous or pulsed output; diode‑pumped rotation models are typically 5 W to 30 W, and lamp‑pumped solid lasers can reach up to 150 W for deep engraving.

What documentation is typically required before shipment?

A full technical datasheet, laser safety test report, CE/UL certificate, and a packing list indicating crate dimensions and weight are standard documents requested by importers.

What is the usual minimum order quantity and lead time?

Suppliers often accept orders starting from one unit for trial purposes, with production lead times of 30 to 60 days after order confirmation and specification approval.

How are the machines typically packaged for export?

Machines are usually packed in reinforced wooden crates with foam padding, secured to prevent vibration, and loaded into 20‑ft or 40‑ft containers according to the unit’s size and weight.