Excellent cost-effectiveness. Provides hands-free operation for holographic lithography as a replacement for gas lasers.
●Operable at low cost ●1 Watt @ 405 nm ●Excellent beam quality, M² = 1.15 (typical value) ●Coherence length > 100 m ●Other wavelength lineup available* (229nm, 257nm, 266nm, etc.) *For other wavelengths including DUV, please visit our website or feel free to contact us.
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basic information
The TopWave 405 is an ideal laser system to replace the traditionally used high-power Kr+ gas lasers (406.7 nm and 413.1 nm) in holographic lithography applications. The TopWave 405 achieves 1 W output at 405 nm with excellent beam quality. The beam diameter and M² (typ. 1.15) are designed to match the parameters of existing gas lasers, allowing for easy integration into conventional systems without significant changes to the optical setup. Additionally, with a coherence length of over 100 m, it enables stable pattern generation in interference lithography and holography. Gas lasers require several kilowatts of power and cumbersome water-cooled chillers, but the TopWave 405, which adopts an "all-semiconductor laser" approach, operates with low power consumption of under 100 W and does not require a water-cooled chiller. This significantly reduces operating costs and greatly contributes to improving ownership costs. Furthermore, the use of long-lasting semiconductor lasers extends maintenance cycles, providing the benefit of dramatically reducing refurbishment costs.
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Applications/Examples of results
Manufacturing of diffraction devices for exposure and for AR/VR use.
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Company information
TOPTICA Photonics K.K. is the Japanese subsidiary of the German company TOPTICA Photonics SE, specializing in the import, sales, and technical services of cutting-edge laser systems, optical equipment, and terahertz-related products. Our experienced staff is dedicated to fully supporting our customers' research, development, and manufacturing needs. We offer a wide range of laser products for scientific research in fields such as fundamental physics and engineering, as well as industrial laser products for equipment integration. Please feel free to contact us with any inquiries.
