About Wuhan Jiaxin Laser Co., Ltd - Laser Equipment Supplier in China

Wuhan Jiaxin Laser Co., Ltd is based in China and currently lists five active products in its catalogue. The portfolio includes two laser marking machines (PEDB‑C30 and a High‑Speed YAG model), a pneumatic dot‑peen marking machine, a generic pneumatic machine, and a laser cutting machine (PEDK‑6040S). Each product is identified by its model name without additional technical specifications in the source data. The catalogue reflects a focus on equipment for surface marking and sheet metal cutting applications.

The listed laser marking machines are typically used for permanent identification of metal, plastic and composite parts in sectors such as electronics, automotive and medical devices. The pneumatic dot‑peen and pneumatic machines serve similar identification purposes where laser systems are unsuitable, often in heavy‑duty stamping environments. The PEDK‑6040S laser cutting machine is positioned for sheet‑metal processing, capable of cutting various alloys. All five machines are presented as separate product entries, indicating a targeted range rather than a broad industrial line.

Product Range and Specialties of Wuhan Jiaxin Laser Co., Ltd

The supplier’s catalogue comprises two laser marking units: the PEDB‑C30, which is commonly a fiber‑laser system, and a High‑Speed YAG laser marking machine that uses a crystal‑based source. In the broader market, fiber lasers are rated between 20 W and 150 W for fine marking, while YAG lasers typically operate from 30 W to 200 W and can handle a wider range of materials including anodized aluminum. Pneumatic dot‑peen marking machines use impact hammers to create raised characters on metal tags, with typical impact forces measured in kilonewtons and stroke lengths of 0.5 mm to 2 mm. The generic pneumatic machine likely follows similar mechanical marking principles. The PEDK‑6040S laser cutting machine falls under sheet‑metal CNC cutters, where cutting heads range from 500 W to 4 kW and can process thicknesses up to 25 mm for steel, depending on beam quality. Standard industry specifications for these categories include CE marking, IEC 60825 laser safety classification, and ISO 9001 quality management systems, which buyers often verify before purchase.

Trade and Export Information - Wuhan Jiaxin Laser Co., Ltd

Chinese manufacturers of laser marking and cutting equipment commonly export to Europe, North America, and Southeast Asian markets. Buyers in these regions usually require compliance with CE directives for electromagnetic compatibility and safety, as well as documentation such as a Declaration of Conformity and test reports for laser power output and beam quality. Export shipments are typically packed on wooden pallets or in reinforced crates, with dimensions suited to 20‑ft or 40‑ft containers. Common Incoterms used by Chinese laser equipment exporters are FOB Shanghai or CIF destination port, allowing buyers to arrange inland freight and customs clearance. Typical import regulations for laser equipment involve customs classification under HS chapter 84 (machinery for working of metal or other materials). Importers often request pre‑shipment inspection reports and may need to provide an import license for high‑power laser devices, depending on national safety regulations. The supplier’s catalogue does not list specific target markets, so the export profile follows the general pattern for Chinese laser system exporters.

Sourcing from Wuhan Jiaxin Laser Co., Ltd - Buyer Guidance

When evaluating Wuhan Jiaxin Laser Co., Ltd, buyers should request CE certificates, IEC 60825 safety classification documents, and any ISO quality system certificates that the supplier can provide. Technical data sheets should detail laser wavelength, output power, marking speed, and maximum workpiece size for the marking machines, as well as cutting thickness, kerf width and supported material types for the cutting machine. Buyers are advised to obtain a sample marking or cutting test on a representative material before confirming a bulk order. Verification of packaging dimensions, weight, and crate reinforcement helps plan container loading and freight costs. Confirming warranty terms, spare‑part availability and after‑sales service channels reduces risk during the post‑sale period.

What types of laser marking machines are listed by Wuhan Jiaxin Laser Co., Ltd?

The catalogue includes a PEDB‑C30 model, which is typically a fiber‑laser system, and a High‑Speed YAG laser marking machine that uses a crystal laser source.

Which product is intended for sheet‑metal cutting?

The PEDK‑6040S Laser cutting Machine is the only cutting‑type equipment listed, designed for CNC cutting of metal sheets.

What mechanical marking equipment does the supplier offer?

Two pneumatic machines are listed: a pneumatic dot‑peen marking machine that creates raised characters by impact, and a generic pneumatic machine likely used for similar stamping applications.

What certifications should a buyer ask for before purchasing these machines?

Buyers should request CE compliance documentation, IEC 60825 laser safety classification, and any ISO 9001 quality management certificates the supplier holds.

What typical specifications are relevant for the YAG laser marking machine?

YAG lasers are commonly specified by wavelength (approximately 1064 nm), output power ranging from 30 W to 200 W, marking speed measured in mm/s, and compatible material types such as stainless steel, aluminum and certain plastics.

How are the machines usually shipped from China?

Export shipments are normally packed on wooden pallets or in reinforced crates and shipped in 20‑ft or 40‑ft containers under FOB or CIF Incoterms.

What sample testing is recommended for laser marking equipment?

Buyers should ask for a test marking on a sample part of the intended material to verify colour contrast, depth and repeatability before finalizing the order.

What information is needed to assess the laser cutting machine’s capability?

Key data include laser power (kW), maximum cutting thickness (mm), supported material grades, kerf width and cutting speed, which should be provided in the technical datasheet.