Product Details
Max Photonics MFSC-4000X 4000W 4KW CW Laser Source For Metal Fiber
Laser Cutting Machine
Maxphotonics is a new generation of 3000W~4000W single-module CW
lasers. This product integrates high power, light weight,
user-friendly control, high-quality beam quality, and high light
conversion efficiency. It is used for carbon steel, stainless
steel, brass, and aluminum. Fast cutting of plate materials, high
frequency of laser cutting, and high surface finish. It can meet
the requirements of precision processing, 3C product welding,
high-reflection material cutting.
Main features:
(1) High beam quality
(2) High power and high efficiency
(3) High reliability and long life
(4) Compact, sturdy packaging
(5) Extended programming interface
Application areas:
(1) Industrial application
(2) Scientific research
Small volume
16% smaller in volume and 51% lighter
Easy integration
The layout structure is more compact and compact, reducing the
space and weight of the entire processing system
Performance boost
Thin plate cutting efficiency is up to 86% higher, and thick plate
cutting performance is also excellent
Fully sealed design
The optical path module has good protection and high safety
More stable processing
Self-developed devices are anti-high-reflection, ensuring
continuous processing of high-reflection metal materials
Company Profile
Founded in 2011, Dapeng Laser is a high-tech enterprise focusing on
the development, manufacture and service of laser equipment and
systems. Dapeng Laser has ten years of experience in laser
equipment design and manufacturing.
We focus on more than 50 industry-specific laser solutions for
laser cutting machines, laser welding machines, laser cleaning
machines, laser marking machines, and customization. And long-term
R & D cooperation with companies in more than 50 countries such
as the United States, Russia, Mexico, the United Kingdom, Germany,
Brazil, South Korea, Turkey, India, Indonesia, and Saudi Arabia.
Dapeng Laser is willing to share our advantages and resources with
partners, and warmly welcome to cooperate with us!
