20w 30w Mini Desktop for All Materials Logo Serial Number 2D Code Metal Cheap Price Hardware Tools Fiber Laser Engraving Machine

Short Description:

A laser marking machine is a device that uses a high-energy-density laser beam to create permanent marks on the surface of various materials. Through the interaction between the laser and the material surface (such as vaporization, melting, discoloration, etc.), it forms clear, precise, and wear-resistant marks. It is widely used in fields such as industrial manufacturing, electronic communications, medical devices, and auto parts.

Core Working PrincipleA laser marking machine generates high-energy laser through a laser device, which is focused by a galvanometer system. Under computer control, it rapidly scans the material surface according to preset patterns (such as text, QR codes, LOGOs, serial numbers, etc.). Depending on the material properties, laser energy causes physical or chemical changes on the surface:

For metal materials (e.g., stainless steel, aluminum alloy): The laser vaporizes the surface layer to form indentation marks.
For non-metal materials (e.g., plastic, wood, ceramic): The laser causes surface carbonization, discoloration, or melting to form contrast-color marks.
For special materials (e.g., glass, OLED screens): Through the cold processing characteristics of ultraviolet lasers, non-thermal-damage marking is achieved.

Product name: Fotary fiber laser engraving Marking machine

Laser wavelength: 1064nm

Laser Source: JPT MAX IPG

Marking Speed: 2000-15000m/s

Marking Depth: 0.01-5mm(Optional)

Input Voltage: AC 110V 220V 50Hz 60Hz 10A

N.W.: 6.5KG

Application: laser engraving machine with rotary

Certification: ce

Send email to us WhatsApp Email

Product Detail

Product Tags

Core Advantages Permanent marking: The marks are wear-resistant, corrosion-resistant, can withstand high and low temperatures and chemical cleaning, and are not easy to fall off (different from temporary marks such as inkjet and stickers).

High precision and flexibility: The minimum character can reach 0.1mm, supporting any pattern (vector graphics, bitmaps). The marking content can be quickly switched through computer programming, without the need for molds or consumables.

Wide adaptability: Covering almost all solid materials such as metals, non-metals, and composite materials, meeting the differentiated needs of different industries.

High efficiency and environmental protection: No consumables (only electricity consumption), no pollutant emissions. The marking speed can reach thousands of characters per second, suitable for automated production lines (can be linked with assembly lines and robotic arms).

Typical Application Fields Electronics industry: Marking of mobile phone shell LOGOs, circuit board QR codes, and chip serial numbers;

Automotive manufacturing: Marking of engine part numbers, frame VIN codes, and wire harness identifiers;

Medical devices: Traceability codes for surgical instruments, implant numbers (must comply with medical-grade certifications);

Consumer goods: Jewelry engraving, date marking on cosmetic packaging, brand logos on stainless steel kitchenware;

Aerospace: Anti-counterfeiting marks on precision parts, marking on high-temperature-resistant materials.