Technical Articles
-
Why Detector And Optical Filter Pairing Matters In High Accuracy Measurement
3/27/2026
Optimal optical sensing requires careful pairing of filters and detectors. Proper alignment, high transmission, out-of-band rejection, and stability ensure accurate, low-noise measurements across semiconductor, medical, aerospace, and industrial applications.
-
Decoding Asymmetric Cell Division Via Single-Molecule Imaging
3/27/2026
Cell polarity, the asymmetric organization of eukaryotic cells, is vital for tissue development and homeostasis, but intracellular assembly of the protein complexes involved remains unclear.
-
The Right Filter, Right Now
3/17/2026
IDEX Health & Science offers Quick Ship Semrock optical filters, delivering critical research and prototyping components in 1–3 days to keep your projects on schedule.
-
3 Costliest Optical Filter Spec Mistakes
3/17/2026
Over-specifying optical filters increases cost. Focus deep OD only where needed, allow wider transitions, and use average transmission (Tavg) instead of strict Tabs to optimize performance and reduce expenses.
-
Choosing The Right Materials For Mico-Molded Optics And Photonics Components
2/26/2026
Choosing materials for optical micro molding requires balancing transmission, stability, and manufacturability—because in photonics, polymer selection directly determines real-world performance and reliability.
-
From Sources To Sensors We Have You Covered
2/22/2026
IDEX Health & Science delivers fully integrated imaging subsystems, optimizing resolution, throughput, and reliability by combining lasers, optics, filters, sensors, and mechanics in a cohesive, design-through-manufacturing approach.
-
Monitoring Laser Power In Laser-Based Fill & Finish Biopharmaceutical Systems
2/19/2026
Custom laser power measurement ensures precise vaccine vial sealing, meeting strict biopharma compliance standards through tailored detectors, firmware, and calibration for critical fill-finish applications.
-
Is Your Nanopositioner Quantum Ready?
2/4/2026
Quantum sensing and computing require specialized, low-magnetic instrumentation because standard materials can disrupt detection. Modern experiments increasingly adopt these designs to ensure extreme magnetic sensitivity.
-
Chemical Process Control
1/30/2026
Near infrared spectroscopy enables real-time, remote chemical process monitoring using fiber optics and InGaAs detectors, allowing tighter control, enhanced safety, and reduced process variation.
-
Predictive Modeling Of Transmitted Wavefront Error In High-Performance Optical Coatings
1/27/2026
When interferometric testing isn’t possible, an analytical, spectral-based model predicts coating-contributed transmitted wavefront error with confidence, enabling compliance and control for advanced optical systems.