About Kruz (Beijing) Laser Technology Co., Ltd. - Industrial Machinery Supplier in China

Kruz (Beijing) Laser Technology Co., Ltd. is based in Beijing, China and currently lists six active products in its catalogue. The company focuses on industrial machinery, specifically laser marking equipment, and also references agriculture as a secondary category. Its product list includes five variants of fiber laser marking machines - standard, KF2 model, 10 W, 30 W versions - and one UV laser marking machine. All items fall under the broader HS chapter 84 classification for machines and mechanical appliances. The catalogue does not provide additional technical specifications beyond product names.

The fibre‑laser series are identified by power output (10 W, 30 W) and model designation (KF2), while the UV machine is positioned for applications requiring shorter wavelength marking. No explicit certifications such as CE or RoHS are stated in the supplied data. The supplier is categorized as an imported tier with a harbor trust rating. Potential buyers can therefore expect standard export documentation for Chinese machinery exporters.

Product Range and Specialties of Kruz (Beijing) Laser Technology Co., Ltd.

The six listed machines comprise fiber‑laser marking units and a UV laser marking unit. Fiber lasers typically operate at 1064 nm wavelength, offering high beam quality for marking metals, ceramics and some plastics; common power ratings in the market range from 5 W to 150 W, with 10 W and 30 W being typical for small‑to‑medium production lines. The KF2 designation often indicates a compact, turnkey configuration with integrated cooling and control software. UV laser markers work at 355 nm, enabling high‑resolution marking on polymers, glass and food‑grade surfaces where thermal impact must be minimized. Industry standards for such equipment include IEC 60825‑1 safety classifications, CE marking for EU markets, and RoHS compliance for hazardous substance restrictions.

In industrial machinery, buyers frequently assess marking speed (mm/s), spot size (µm), repeatability, and supported file formats such as DXF or BMP. Typical packaging involves wooden crates with foam padding, and a 20‑ft container can accommodate up to four to six units depending on dimensions. Exportable specifications often reference HS code 8479.89 for laser equipment and may require a test report confirming output power and wavelength stability. Buyers also look for warranty terms and availability of spare parts to ensure long‑term operation.

Trade and Export Information - Kruz (Beijing) Laser Technology Co., Ltd.

Chinese manufacturers of laser marking equipment export primarily to Europe, North America, and Southeast Asian markets, where automotive, electronics and packaging industries drive demand. The HS chapter 84 code 8479.89 is commonly applied to laser marking machines, and customs authorities frequently request a CE Declaration of Conformity, RoHS test reports and an ISO‑9001 quality management certificate from the exporter. Freight is typically arranged on a FOB basis from ports such as Shanghai or Tianjin, with buyers often opting for CIF to European ports. Payment terms usually follow international standards such as LC at sight or T/T after shipment.

Logistics for these machines usually involve wooden pallets, anti‑static wrapping and moisture‑resistant crates to protect optical components during sea transit. Lead times for Chinese laser equipment range from 30 to 60 days after receipt of a confirmed purchase order, depending on production scheduling and any required custom software integration. Buyers should verify that the exporter can provide the necessary export licences and compliance documents for the destination country.

Sourcing from Kruz (Beijing) Laser Technology Co., Ltd. - Buyer Guidance

When sourcing from Kruz, buyers should request the full technical data sheet for each model, confirming wavelength, output power, maximum marking speed and supported material types. It is advisable to obtain a copy of the CE Declaration of Conformity and RoHS test report, even if not listed, to ensure compliance with EU and North American regulations. Samples or a video demonstration of the marking quality can help validate resolution and repeatability before larger orders.

Confirm the packaging dimensions, pallet configuration and insurance coverage for sea freight. Verify the warranty period, on‑site installation support and availability of spare parts, as these factors are critical for long‑term equipment operation.

What laser wavelengths are available in Kruz’s marking machines?

The catalogue lists fiber laser models, which typically operate at 1064 nm, and a UV laser model that operates at 355 nm; exact wavelengths should be confirmed in the technical data sheet.

Which power outputs are offered for the fiber laser marking machines?

The supplier provides 10 W and 30 W fiber laser variants, as indicated in the product titles; higher power options are not listed.

Are the machines suitable for marking metal components?

Fiber laser models are commonly used for metal marking, while the UV model targets plastics, glass and food‑grade materials; suitability depends on material reflectivity and thickness.

What certifications should a buyer request for these machines?

Buyers typically request a CE Declaration of Conformity, a RoHS compliance report and, if available, an ISO‑9001 quality management certificate from the exporter.

What is the typical packaging and container capacity for these machines?

Laser marking units are usually packed in wooden crates with foam padding and placed on standard 1200 mm pallets; a 20‑ft container can hold four to six units depending on dimensions.

What is the usual lead time for an order from China?

Lead times generally range from 30 to 60 days after order confirmation, subject to production scheduling and any required custom software integration.

What documentation is needed for customs clearance?

Customs authorities commonly require the commercial invoice, packing list, bill of lading, CE Declaration of Conformity, RoHS test report and the HS code 8479.89 for laser marking equipment.