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Comprehensive introduction of Maxphotonics MFP-20
I. Product Overview
MFP-20 is the first 20W pulsed fiber laser launched by Maxphotonics, designed for precision marking, engraving and micro-machining. It adopts MOPA (master oscillator amplifier) technology, with high flexibility, high precision and long life, suitable for fine processing of metal and non-metal materials.
2. Core Features
Features MFP-20 Technical Advantages Application Value
MOPA technology independently adjusts pulse width (2-500ns) and frequency (1-4000kHz) to meet different material requirements. One machine can be used for multiple purposes, reducing equipment switching costs
High beam quality M²<1.5, small focused spot (≤30μm), clear edges and fine marking (QR code, micron-level text)
High repetition frequency up to 4000kHz, supporting high-speed processing to improve production efficiency (such as large-scale marking)
Wide material compatibility Metal (stainless steel, aluminum), non-metal (plastic, ceramic, glass) post processing cross-industry versatility
Long life design Fiber structure maintenance-free, pump source life>100,000 hours to reduce long-term use costs
3. Technical parameters
Parameter specifications
Laser type MOPA pulse fiber laser
Wavelength 1064nm (near infrared)
Average power 20W
Maximum power 25kW (adjustable)
Pulse energy 0.5mJ (maximum)
Pulse width 2-500ns (adjustable)
Repetition frequency 1-4000kHz
Beam quality M²<1.5
Cooling method Air cooling (consumes external water cooling)
Control interface USB/RS232, supports mainstream marking software (such as EzCad)
IV. Typical applications
Precision marking
Metal: stainless steel serial number, medical device trademark.
Non-metal: plastic QR code, ceramic QR code.
Micro-machining
Micro-cutting and cutting tools for brittle materials (glass, sapphire).
Okulongoosa kungulu
The division has reduced fading markings and inlays.
V. Okugeraageranya enkizo mu kuvuganya
Features MFP-20 ordinary Q-switched laser
Pulse control Pulse width/frequency independently adjustable Fixed pulse width, flexible low
Processing speed High energy is still maintained at high frequency (4000kHz) Energy attenuation is significant at high frequency
Material shell Metal + non-metal full coverage is usually only suitable for metal
Maintenance cost No consumables, air-cooled design requires regular replacement of lamps or crystals
VI. Ebiteeso ku kulonda
Recommended scenarios:
Multi-material marking is required in 3C electronics and medical device industries
Batch production lines that require higher processing efficiency.
Not recommended scenarios:
Ultra-thick metal cutting (requires continuous fiber laser).
Transparent material engraving (requires green light/Southern laser).
VII. Service Support
Provide free process testing and customized parameter optimization to ensure that the equipment matches the customer's material
