Fiber optic infrastructure for campus and cloud
Test equipment and cabling solutions

Dominic Laser Diode Platform

GaAs nano-ridge laser diodes fully fabricated in a 300

This work demonstrates monolithic III–V laser diode integration on 300-mm Si wafers entirely carried out in a CMOS manufacturing pilot line,

Sciton Launches OMNITM: A New Laser Hair Removal

Sciton Launches OMNITM: A New Laser Hair Removal Platform Designed For All. We are incredibly pleased to introduce OMNI for laser hair

Primelase Excellence

Primelase Excellence is the first laser platform that combines different wavelengths to perform hair removal on all phototypes —including tanned skin— on all hair

Developing A Technology Roadmap for High Power Diode Laser

This symposium will bring together experts not only in the field of diode lasers but also in the large laser facilities currently advancing the state of the art in high power and high energy laser

Diode Lasers – semiconductor lasers, laser diodes

Diode lasers are semiconductor lasers based on laser diodes. In contrast to some other types of semiconductor lasers, they contain a p–n junction.

Recent Progresses on Hybrid Lithium Niobate External

Thin film lithium niobate (TFLN) has become a promising material platform for large scale photonic integrated circuits (PICs). As an indispensable

Watt-level beam combined diode laser systems in a chip-scale hybrid

We experimentally demonstrate four channel chip-scale CBC and WBC with watt-level on-chip power by using III/V-Si3N4 hybrid integration. Our results show that PIC based beam combining is very

Industry Partnership Eyes High-Performance Diode

The full project will realize two types of high-power diode laser stack (s) research prototypes. The development of industrial design stacks, or Type 1, targets the

HÜBNER Photonics

We offer a full range of high performance lasers and terahertz systems, single and multi-line Cobolt lasers, tunable C-WAVE lasers, C-FLEX laser combiners.

Watt-level beam combined diode laser systems in a chip-scale hybrid

Request PDF | Watt-level beam combined diode laser systems in a chip-scale hybrid photonic platform | Scaling up the power of on-chip diode lasers is of great importance for many

Fraunhofer HHI Photonic Quantum Devices

Dominic Schulz – Fraunhofer HHI Photonic Quantum Devices EPIC Technology Meeting on PICs, 12. March 2025, Lausanne

Project DioHELIOS launches as part of BMBF Funding Program

The joint project DioHELIOS aims to advance the high-power diode laser bars of consortium partner Jenoptik and integrate them into diode laser pump modules for future fusion

Dominic Letz

Dominic is a long-term Erlang and Elixir enthusiast with a passion for Open Source. He is the creator of the elixir-desktop project allowing to build mobile and desktop applications using Elixir that can be

Laser diode modules

Solutions include single mode diode lasers with collimated free-space output, high-reliability fibre coupling, collimated VCSEL lasers and standard hermetic PIC

Dominic Letz – Co-Founder & CTO Diode.io | LinkedIn

Co-Founder & CTO Diode.io · Berufserfahrung: Diode.io · Ausbildung: Hasso Plattner Institute · Standort: Berlin · 500+ Kontakte auf LinkedIn. Sehen Sie sich

Dominic Letz – Co-Founder & CTO Diode.io | LinkedIn

Diode.io is working to change the fundamental layers of the internet so not only

Highly reliable diode laser pump sources for the space qualified

Highly reliable diode laser pump sources for the space qualified MERLIN laser platform and future wind LiDAR missions

110 W Fiber Laser

110 W Fiber Laser Vince Dominic, Stuart MacCormack, Rob Waarts, Steve Sanders, S. Bicknese, R. Doble, E. Wolak, P. S. Yeh, and E. Zucker

Laser diode modules

Each platform provides thermal management via integrated thermoelectric cooler and thermistors. This standardised approach results in no development costs,

Dominic Letz

Dominic Letz is the Co-Founder and CTO Diode.io. He attended Hasso Plattner Institute.

Customizable high power diode laser system

The ML6600 is a flexible diode laser system that can be adapted to your requirements. The platform offers the possibility to integrate up to 3 lasers.

GaAs Laser Diodes | Ferdinand-Braun-Institut

We manufacture GaAs laser diodes in the clean rooms operated by the Process Technology department. For this purpose, we use individual process steps that

Laser Diode Manufacturing with Automated Die Bonding

Enable laser diode manufacturing with automated die bonding. Achieve high precision, reliability and scalable production for medical and industrial applications

Diode laser platform for multi-kW applications

We report on developments in scalable high-power and high-brightness direct diode-laser systems for applications in fiber-laser pumping and material processing. A modular diode-laser platform suitable

From laser chips to complete systems – Ferdinand

Key developments include a novel GaAs-based photonic integrated circuit (PIC) platform that combines on-chip amplification with passive, flat and

ProFIT-Projekt HOTSTACK | Ferdinand-Braun-Institut

Im Projekt HOTSTACK werden die aktuellen technologischen Grenzen dahingehend untersucht, die Diodenlaser- und Montagetechnologien dieser Pumpquellen

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