YESWEHAVE at Photonics West 2026: From Fiber Optic Components to Visible Lasers
The three-day Photonics West 2026 has come to a successful close, and YESWEHAVE was proud to showcase our latest advancements in fiber optic components, OCT modules, and visible & blue laser technologies. Visitors had the chance to explore our newest developments and discuss real-world applications with our team throughout the exhibition.
Fiber Optic Components for High Power with Compact Packaging
At the booth, many visitors went straight to technical questions about how YESWEHAVE keeps fiber components stable under high power operation while still maintaining compact package sizes.
A key point that drew attention was the ability of Pump & Signal Combiner (Nx1, (N+1)×1), High-Power Isolators, Free Space Isolator, TGG Circulator, FBG, In-line Polarizer, and other customized PM / Singlemode Fiber Components to operate reliably at high power levels without requiring large footprints. This performance combination is especially important in modern fiber laser designs where space, heat, and stability must all be carefully balanced.
In-House Developed OCT Components and Complete OCT Interferometer Modules
OCT system integration was another topic that naturally came up in discussions.
What interested many OCT developers was that the core devices and the complete OCT Interferometer modules are all developed in-house. With Tunable Filters, Fiber Optic Polarization Controllers, Broadband Fiber Optic Coupler and Delay Lines designed from the same technical origin, parameters are naturally matched, making integration easier and improving overall system stability for biomedical imaging and precision measurement setups.
High Stability Visible Lasers in Biomedical Instruments
In conversations related to biomedical and scientific instruments, visitors often focused on challenges such as alignment complexity, noise control, power stability, and long-term reliability. The VisiStable® Plug-and-Play Fiber-Pigtailed Diode Laser, Singlemode 4-in-1 Visible Laser, and Fiber-Pigtailed Laser Diode (405 – 850 nm) drew particular attention for how fiber coupling helps simplify optical alignment while ensuring low noise, stable beam quality, adjustable power, and long lifetime. Visitors appreciated that these features directly reduce system setup time and maintenance efforts, making the lasers highly suitable for delicate biomedical applications.
Their stable output and flexible configuration make these lasers well suited for flow cytometry, fluorescence microscopy, and other instruments requiring precise, repeatable illumination. Long lifetime and consistent performance enable integration into complex setups with minimal recalibration, providing reliable tools for advanced scientific measurements.
450 nm Blue Diode Laser (Up to 4 kW) for Reflective Metal Processing
On the display screen at the booth, welding videos demonstrated how YESWEHAVE’s 450 nm Blue Diode Laser processes highly reflective metals such as copper and aluminum. The videos clearly showed minimal spatter, very narrow weld seams, and consistent energy delivery, highlighting why blue wavelength lasers are highly suitable for industrial metal processing.
Visitors were particularly interested in how the short wavelength improves absorption on reflective surfaces, enabling more stable and efficient welding compared with traditional infrared sources.
Discussions also covered hybrid IR-blue processing approaches, multi-material welding setups, and practical considerations for integrating blue diode lasers into existing industrial workstations.
A sincere thank you to our team and everyone who visited the booth — your questions and feedback keep us motivated to innovate.We’re already looking forward to future events! If you want to continue the conversation or explore how our technologies can support your projects, feel free to reach out.
