Understanding Axis Controls in automated laser systems
Understand the most challenge parameters of axis control in an automated laser systems, guidance of selection right motion control sub-system.
How to control the output power of laser source?
The typical 3 control methods are: adjusting the pump power; duty cycle modulation, and
change the intensity of dye or chemical.
Laser Spot size and Power Density Calculator
To better control the Laser processing quality, we provide a web calculator, quickly get the the calculation results to guide your application trial
How to select the right laser source for material processing application?
Laser power and beam quality are the two key factors for material processing applications
Advantages of laser processing compared to other non-contact processing methods
Laser processing the material has significant advantages compared to other non-contact processing methods in 5 aspects: material adaptability, control flexibility, processing efficiency, cost and environmental protection.
How do pulse energy, pulse width, and repetition rate affect the quality of material processing?
The key parameters of a pulsed laser—pulse width, repetition rate, and pulse energy—each affect material processing quality in different ways.
Web Optics Simulator
Here are the web optics simulators you can directly click hyperlink and start to use.
Five laser beam delivery systems
By function, the laser beam delivery systems can be classified into focusing, collimation, beam expansion, deflection, and splitting.