A laser diode is a semiconductor device that generates coherent light through the stimulated emission of photons at a pn junction. 405nm Single Mode Laser Diode are widely used in various fields such as biomedicine, optical storage, and optical communication. The 405nm Pumped Solid State Single Mode Laser Diode emits a violet-blue light when stimulated. This is a high-energy, short-wavelength color that is invisible to the naked eye under normal conditions. However, when combined with fluorescent materials or other visible light sources, it can be used to create a variety of visual effects.

405nm Pumped Solid State Single Mode Laser Diode

Specification:

405nm Pumped Solid State Single Mode Laser Diode have output powers ranging from 10mW to 300mW. Higher power diodes are available for special applications.

Wavelength	Part Number	Output Power	Mode Type	Laser Type	Package	PD	FAC
405nm	XLD-405-010m-1-PD	10mW	SM	FP	TO18	√	×
	XLD-405-150m-1(3.8mm)	150mW	SM	FP	TO38	×	×
	XLD-405-150m-1(5.6mm)	150mW	SM	FP	TO18	×	×
	XLD-405-200m-1	200mW	SM	FP	TO38	×	×
	XLD-405-250m-1	250mW	SM	FP	TO18	×	×
	XLD-405-300m-1(SM)	300mW	SM	FP	TO18	×	×

Product Packaging:

The most common configuration for 405nm Single Mode Laser Diode is the TO-38/ TO-18 (metal can) package. TO-38/ TO-18 (metal can) is the standard packaging type for high power laser diodes. It provides anti-static and ESD (electrostatic discharge) protection.

405nm Single Mode Laser Diode

High Power Single Mode Laser diode Application:
405nm laser diodes are used in a variety of applications, including:
1. Fluorescence Microscopy: The high-energy, short-wavelength light produced by a 405nm laser diode is ideal for exciting fluorescent molecules used in microscopy.
2. Optical storage: Blue/violet laser diodes are used to manufacture high-density optical storage devices, such as Blu-ray discs.
3. Medical applications: blue/violet laser diodes are used in medical instruments for photodynamic therapy.

laser diode