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

Shenzhen, China is the base of Shenzhen Beyond Laser Technology Co., Ltd., which currently lists five distinct laser‑related products. The supplier’s catalogue is grouped under the Laser Equipments & Products category and includes both marking and cutting machines that are commonly classified under HS chapter 9031 for laser apparatus and HS chapter 8467 for cutting machines. The five items comprise a UV laser marking machine, a CO2 laser marking machine, a fiber laser marking machine, a CO2 laser cutting machine and a fiber laser cutting machine. Each product is identified by its laser type and primary function, allowing buyers to differentiate between marking and cutting applications. The listing does not provide additional specifications such as power ratings or dimensions, but the product titles reflect standard industry classifications.

The supplier’s active product count of five reflects a focused catalogue rather than a broad portfolio. All items are positioned for industrial marking or cutting tasks, which typically serve sectors such as electronics, automotive components, signage and metal fabrication. The inclusion of both CO2 and fiber technologies covers a range of material compatibilities, while the UV option addresses high‑resolution marking on plastics and glass. Buyers can expect the products to fall under the same HS‑code families noted above, which simplifies customs handling for most importing countries. No further company‑level data such as founding year or employee count is supplied in the source information.

Product Range and Specialties of Shenzhen Beyond Laser Technology Co., Ltd.

The catalogue lists five machines: a UV laser marking machine, a CO2 laser marking machine, a fiber laser marking machine, a CO2 laser cutting machine and a fiber laser cutting machine. The marking machines are designed to imprint permanent codes or graphics on a variety of substrates, while the cutting machines are intended to slice sheet material with high precision. All products are grouped under the single top‑level category of Laser Equipments & Products, matching the supplier’s declared focus.

In the broader laser equipment market, UV lasers typically operate at 355 nm wavelength with power outputs from 30 W to 120 W, delivering spot sizes under 30 µm for fine graphics. CO2 lasers work at a 10.6 µm wavelength, with common power ranges of 60 W to 300 W for marking and up to 6 kW for cutting thicker metal sheets. Fiber lasers operate around 1064 nm and are offered in 30 W to 200 W configurations for marking, and 1 kW to 3 kW for cutting applications. Industry standards such as IEC 60825‑1 for laser safety, and ISO 9001 quality management, are frequently referenced in product documentation. Typical materials processed include stainless steel, aluminum, plastics, wood and composites, with cutting thicknesses up to 25 mm for CO2 systems and 15 mm for fiber systems.

Trade and Export Information - Shenzhen Beyond Laser Technology Co., Ltd.

China is one of the world’s largest exporters of laser marking and cutting equipment, with shipments frequently directed to Europe, North America and Southeast Asia. HS chapter 9031 covers laser apparatus, while HS chapter 8467 includes laser cutting machines; these codes are routinely inspected by customs authorities in importing nations. Buyers generally require compliance with CE marking for the European market, UL certification for the United States, and often request ISO 9001 or ISO 14001 documentation to verify manufacturing quality and environmental management. Export logistics from Shenzhen typically involve 20‑foot or 40‑foot containers, with machines packed on wooden pallets, secured with metal straps, and protected by foam or corrugated inserts to mitigate vibration during sea transit. Common Incoterms used by Chinese laser equipment exporters are FOB Shenzhen or CIF major ports such as Shanghai, allowing buyers to arrange onward freight and insurance as needed.

The Chinese manufacturing ecosystem provides access to component suppliers for high‑power diode arrays, fiber amplifiers and CNC motion systems, which helps maintain competitive lead times of 30‑45 days for standard models. Importers should be aware of local regulatory requirements, such as the EU’s Machinery Directive (2006/42/EC) and the U.S. FCC Part 15 rules for electromagnetic emissions, which may affect customs clearance. Packaging specifications often call for crate dimensions not exceeding 2.4 m in length, 1.2 m in width and 1.8 m in height, fitting standard container slots and facilitating handling by freight forwarders.

Sourcing from Shenzhen Beyond Laser Technology Co., Ltd. - Buyer Guidance

When sourcing laser marking or cutting machines from this supplier, buyers should request the latest CE Declaration of Conformity, any applicable UL reports, and a copy of the IEC 60825‑1 safety test results. It is advisable to obtain a detailed datasheet that lists wavelength, maximum power output, beam quality (M² value), marking speed (mm/s) and cutting thickness capability, as these parameters directly affect suitability for specific production lines. Samples or on‑site demonstrations are common practice for high‑value equipment; buyers may ask for a short‑run marking trial on their own material to verify colour contrast and durability.

Verification of warranty terms, spare‑part availability and service response time is essential before confirming an order. Typical minimum order quantities for complete laser systems range from one unit per model, but buyers should confirm any required deposits or tooling fees. Documentation such as a commercial invoice, packing list, and certificate of origin should be reviewed to ensure compliance with the buyer’s import licensing procedures.

What laser marking machines are listed by Shenzhen Beyond Laser Technology?

The supplier lists a UV laser marking machine, a CO2 laser marking machine and a fiber laser marking machine. Each model is identified by its laser type, which determines the wavelength and typical material compatibility.

Which laser cutting machines are offered by the supplier?

Two cutting machines are included: a CO2 laser cutting machine and a fiber laser cutting machine. Both are intended for sheet material processing and fall under HS chapter 8467 for laser cutting equipment.

Are any certifications mentioned for these machines?

No specific certifications are stated in the supplier’s facts. Buyers should request CE, UL or other safety certificates that correspond to the target market, as these are common requirements for laser equipment.

What typical power ranges should a buyer expect for the listed laser types?

In the industry, UV lasers are often supplied between 30 W and 120 W, CO2 lasers for marking between 60 W and 300 W and for cutting up to 6 kW, while fiber lasers range from 30 W to 200 W for marking and 1 kW to 3 kW for cutting. Exact specifications should be confirmed with the supplier.

Which materials can be processed with the supplier’s laser machines?

UV lasers are suitable for plastics, glass and coated substrates; CO2 lasers handle wood, acrylic, leather and non‑metallic sheets; fiber lasers are commonly used on metal, stainless steel and aluminum. Cutting machines can process the same material families with thickness limits defined by laser power.

What documentation is typically required before importing these machines?

Importers usually need a commercial invoice, packing list, certificate of origin and any safety conformity certificates (CE, UL, IEC 60825‑1 test report). These documents support customs clearance and verify that the equipment meets regulatory standards.

What are the common shipping terms for laser equipment exported from China?

Exporters from Shenzhen often use FOB Shenzhen or CIF Shanghai as the Incoterm. Machines are packed on pallets within wooden crates and loaded into 20‑ft or 40‑ft containers for sea freight.

How can a buyer verify the performance of a laser system before purchase?

Buyers should request a detailed datasheet with wavelength, power, beam quality (M²) and marking speed, and arrange a short‑run trial on their own material. Third‑party test reports or on‑site demonstrations are also accepted methods for performance verification.