With the advantages of high precision, non-contact processing, and zero pollution, desktop laser marking machines have become standard marking equipment across multiple industries. Their core applications can be categorized into four major areas:
In industries such as automotive, aerospace, and construction machinery, full lifecycle traceability of components is critical for quality control. Desktop laser marking machines can mark the following information on metal or plastic parts:
Unique Identification Codes (UDI): Compliant with international standards such as ISO 13485, enabling full-process traceability from production and warehousing to after-sales service
Material Identification: Including steel grades, aluminum alloy specifications, and other technical parameters
Production Batch Information: Such as manufacturing date, shift codes, and production line numbers
The consumer electronics industry requires extremely high marking precision (minimum line width up to 0.01 mm). Desktop laser marking machines are capable of:
Chip and Circuit Board Marking: Etching QR codes and pin numbers on wafers and PCB boards
Appearance Customization: Engraving brand logos and personalized signatures on smartphone frames, earphone housings, etc.
Compliance Marking: Printing CE, FCC certifications, and energy efficiency labels on chargers and electronic components
In industries such as hardware, sanitary ware, and kitchenware, laser marking has replaced traditional silk printing and electroplating processes:
Anti-Counterfeiting Marks: Utilizing micro/nano textures and invisible QR codes to prevent counterfeit products
Specification Marking: Including torque values of wrenches, tool materials, faucet flow rates, and other parameters
Limited Edition Numbering: Custom serial numbers and designer signatures for high-end tools
The medical industry has strict requirements for marking permanence and corrosion resistance. Desktop laser marking machines can meet these needs:
Implant Marking: Product models and serial numbers on implants such as artificial joints and orthopedic plates
Surgical Instrument Traceability: Recording cleaning cycles and sterilization history for reusable tools like scalpels and forceps
Pharmaceutical Packaging Coding: Marking regulatory codes and expiration dates on medicine bottles and blister packs
20W/30W/50W Table Fiber Laser Marking Machine
20W/30W/50W Portable Fiber Laser Marking Machine
20W/30W Portable Hand-Held Fiber Laser Marking Machine
This is the last one.
