About Kruz Laser Technology Co., Ltd. - Laser Equipments & Products Supplier in China

China hosts Kruz Laser Technology Co., Ltd., which lists five distinct laser marking products. The catalogue includes three fiber‑laser models - a 20 W stand‑alone unit, a hand‑held KFH type, and a generic fiber marking machine - as well as two ultraviolet (UV) laser models, one specified at 3 W and another without power detail. All items fall under the broader Laser Equipments & Products category and are typically classified under HS heading 8479.89 for other machines and appliances having individual functions. The supplier’s product portfolio therefore covers both infrared fiber systems (1064 nm) and UV systems (around 355 nm) used for permanent marking on metal, polymer and electronic components.

The listed machines are designed for industrial marking applications, offering non‑contact engraving that can replace traditional stamping. Fiber laser units at 20 W provide high‑speed marking on conductive surfaces, while hand‑held fiber models add portability for on‑site work. UV laser options at 3 W enable fine detail on heat‑sensitive or transparent substrates where infrared wavelengths are ineffective. Buyers typically evaluate beam quality (M²), repeatability and cooling requirements when selecting equipment from this segment.

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

The five catalogued items consist of two fiber laser marking families and two UV laser families, each differentiated by power rating and ergonomics. Fiber lasers in the 20 W range generally deliver a beam quality of M² ≤ 1.3, pulse widths from 10 ns to 100 ns, and can be integrated with CNC controllers for high‑resolution vector engraving. Hand‑held fiber units add battery operation and lightweight chassis, often rated for continuous marking of up to 30 m² per hour. UV lasers at 3 W typically operate at a wavelength of 355 nm, offering spot sizes under 30 µm and are suited for shallow engraving on plastics, glass and printed circuit boards. Industry standards for such equipment include IEC 60825‑1 laser safety classifications and DIN EN ISO 9001 quality management, although the supplier’s specific certifications are not listed.

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

China is a major exporter of laser marking equipment, with European, North American and Southeast Asian manufacturers forming the largest import markets. Products classified under HS 8479.89 are subject to standard customs procedures and may require CE marking for the European Economic Area and FCC compliance for the United States. Buyers often request test reports confirming output power, beam quality and safety interlocks, as well as UL or IEC certifications where applicable. Shipping is commonly arranged in 20‑foot containers, allowing 8‑10 units depending on packaging, with FOB Shanghai or CIF major ports being typical Incoterms. Export documentation from China usually includes a commercial invoice, packing list, certificate of origin and, where required, a test report from an accredited lab.

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

When sourcing from Kruz Laser Technology Co., Ltd., purchasers should obtain a full technical datasheet that lists wavelength, output power, beam quality (M²), cooling method and safety classification. Requesting a CE or FCC test report, as well as any UL or IEC safety certificates, helps verify compliance with target market regulations. It is advisable to ask for a sample marking on the intended substrate to confirm engraving depth and repeatability before placing a bulk order. Typical minimum order quantities for laser systems are a single unit, but lead times of four to six weeks are common due to assembly and calibration procedures. Verify packaging details - anti‑static bags, cushioning and wooden crates - to ensure safe transit and consider insurance for high‑value equipment.

What wavelengths do the fiber laser marking machines operate at?

The fiber laser models use an infrared wavelength of 1064 nm, which is standard for high‑speed metal and plastic marking.

What is the output power of the UV laser marking machine listed as 3 W?

The UV unit delivers a continuous output of 3 W at approximately 355 nm, suitable for fine detail on heat‑sensitive materials.

Are safety certifications such as CE or UL available for these machines?

The supplier’s catalogue does not list specific certifications; buyers should request CE, UL or FCC test reports to confirm compliance with regional safety standards.

What is a typical lead time for an order of a fiber laser marking machine?

Lead times of four to six weeks are typical, reflecting assembly, calibration and quality inspection before shipment.

What packaging is used for shipping the laser equipment?

Units are usually packed in anti‑static bags, surrounded by foam or corrugated inserts, and loaded into a wooden crate for container transport.

Which HS code applies to these laser marking machines?

Laser marking equipment is normally classified under HS heading 8479.89, covering machines and appliances having individual functions.

What minimum order quantity is required?

The supplier lists five distinct products, and the usual minimum order quantity for each model is one unit, allowing single‑unit purchases.

How can I verify the beam quality before buying?

Request a test report that includes the M² value; a beam quality of M² ≤ 1.3 is typical for industrial fiber lasers and indicates good focusability.