Ocean Optics

We're #hiring a new Production Planner in Orlando, Florida. Apply today or share this post with your network.

As perovskite solar technology moves toward large-scale manufacturing, maintaining film quality and consistency becomes a key challenge in achieving reliable device performance. Even small variations in composition, deposition, or stability during production can significantly impact efficiency—making real-time, in-line monitoring increasingly important. Spectroscopy provides a practical solution. In perovskite photovoltaic manufacturing, optical spectroscopic techniques enable non-destructive monitoring of thin-film properties, allowing researchers and engineers to track absorption behavior and spectral signatures throughout the fabrication process. This helps identify subtle variations that would otherwise be difficult to detect. Where do you see the biggest challenge today—maintaining measurement consistency between lab and production, or interpreting spectral changes during processing? Read More: https://hubs.ly/Q04qT41K0

We're #hiring a new Manufacturing Engineer in Shanghai, Shanghai. Apply today or share this post with your network.

5 Habits for Better Measurements Your fiber and probe are doing more of the work than you think. Treat them right. Or your data will tell on you. 🔹 Don’t bend fibers like a pretzel — tight bends = signal loss 🔹 Keep fiber + probe ends clean — dust and residue weaken signals 🔹 Always use dust caps — exposed optics get damaged fast 🔹 Handle carefully — connectors and probes are precision parts 🔹 Store properly — avoid stress, strain, and microbending Small habits, big impact on signal quality and stability. 👉 See the full guide: https://hubs.ly/Q04pkf4T0

We're #hiring a new RMA Coordinator in Shanghai, Shanghai. Apply today or share this post with your network.

What if you could identify materials in seconds, without changing or damaging your sample? That’s the power of Raman spectroscopy. With the right Raman probe, you can take fast, precise measurements directly where your sample is. Whether it’s in the lab, on the production line, or out in the field. No complex prep, no disruption. Just clear molecular insight. But performance depends on more than the spectrometer alone. Probe design, optical alignment, and sampling conditions all play a role in the quality of your data. 🔍 Curious how Raman probes can fit into your workflow? Explore the possibilities: https://hubs.ly/Q04plXlM0

We're excited to introduce four more team members who recently joined us. Each brings unique skills, experience, and fresh perspectives that strengthen our ability to innovate, solve challenges, and support customers around the world. Swipe through to learn more about our newest colleagues and help us give them a warm Ocean Optics welcome. We're glad you're here.

We're #hiring a new Applications Engineer I in San Mateo, California. Apply today or share this post with your network.

Even small experimental inconsistencies can significantly impact data quality in UV-Vis measurements. Common sources of error, such as cuvette misalignment, inconsistent positioning in the holder, bubbles, fingerprints, or variations in optical path length, can all introduce unwanted variability into absorbance readings. This often leads to issues like baseline drift, poor repeatability, or unexpected signal fluctuations. The blog explores how controlling these small but critical factors can dramatically improve measurement reliability. One of the key takeaways: mechanical consistency matters. A secure, well-aligned cuvette position helps ensure that each measurement is taken under identical optical conditions, reducing variability and improving confidence in your results. 👉 Read more: How to Ensure Reliable Absorbance Results

Cleaning validation in pharmaceutical manufacturing isn’t just about running a cycle—it’s about proving it worked. Residual APIs can remain in tanks and processing equipment after Cleaning-in-Place (CIP), creating risk for cross-contamination and inconsistent product quality. Absorbance spectroscopy provides a practical way to verify cleaning effectiveness. In this application, the Ocean HR High-Resolution Spectrometer is used to measure residual API concentration before and after CIP cycles. UV-Vis absorbance delivers a direct, quantitative indicator of whether cleaning has been successful—supporting faster and more reliable validation. This enables better process control, improved consistency, and greater confidence in pharmaceutical manufacturing workflows. Read more: https://hubs.ly/Q04pjGHP0 How are you currently verifying cleaning effectiveness in your process systems?