Semiconductor laser element - List of Manufacturers, Suppliers, Companies and Products

Semiconductor laser element Product List

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What is an organic semiconductor laser?

What is an organic semiconductor laser?

By combining with organic semiconductor products, it is possible to create a wider range of applications!

"Organic semiconductor lasers" have the potential to be low-cost in the future and can be manufactured on a large scale and easily using organic semiconductor processes. They can emit specific wavelengths, making them suitable as light sources for biosensors that detect specific substances within living organisms. Furthermore, they can enable displays that express ultra-high gradation beauty by utilizing the high color purity characteristic of laser light. 【Features of Organic Semiconductor Lasers】 ■ Can be placed anywhere ■ Can emit any wavelength ■ Excellent compatibility with organic devices *For more details, please refer to the PDF document or feel free to contact us.

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Core technology of KOALA Tech

Core technology of KOALA Tech

Strategically build your intellectual property portfolio! Solve the problem of having 'wavelength ranges that cannot be oscillated'!

We would like to introduce the core technology of KOALA Tech. The "Organic Semiconductor Laser Diode (OSLD)" is based on organic semiconductor technology, which is deepening its social implementation in applications like organic EL. It has features such as "can be placed anywhere," "freely selectable oscillation wavelengths," and "miniaturization and multifunctionality through ultra-integration." 【Features】 ■ Element Technologies - Laser material design - Resonator structure design - Device design *For more details, please refer to the PDF document or feel free to contact us.

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Comparison with inorganic semiconductors

Comparison with inorganic semiconductors

Set development goals to achieve habitat differentiation! Regularly monitor related patent application status!

KOALA Tech is advancing the commercialization of organic semiconductor lasers and regularly monitors research developments (in regions such as Europe, Australia, and China) and related patent applications in major countries. The current "competing technology" is existing inorganic semiconductor lasers. Rather than replacing demand, we have set development goals to differentiate based on the merits and demerits of both technologies. Comparison points include "manufacturing processes," "OLED compatibility," "stability," and "high-density integration." *For more details, please refer to the PDF materials or feel free to contact us.*

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Characteristics required of lasers

Characteristics required of lasers

Organic lasers solve challenging issues! They are a perfect match for organic devices, the stars of a smart society.

Introducing the breakthroughs in laser technology expected in future societies. In the "usage scenarios," we highlight "high design flexibility (substrate-independent and capable of ultra-integration)" and "flexible mechanical properties." Additionally, as a point of "freedom in oscillation wavelength," the ability to cover "blue to near-infrared (the advantages of organic materials)" is also a characteristic of organic lasers. 【Features】 ■ Usage Scenarios - High design flexibility (substrate-independent and capable of ultra-integration) - Flexible mechanical properties ■ Freedom in Oscillation Wavelength - Blue to near-infrared (the advantages of organic materials) *For more details, please refer to the PDF document or feel free to contact us.

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