08.28.24 -- How Tissue Spectroscopy Just Might Save Your Life | Achieving High-Precision Components | Is A DIY Microscope For You?

Comparing preamplifier configurations from 77K to 340K, explore the impact of different circuits on the spectral response of a PbSe thin film photoconductor.

Explore how PPLN's superior nonlinear properties, broad tunability, and high sensitivity drive advancements in various spectroscopic techniques and applications.

Explore the world of Raman spectroscopy with this terminology guide. Uncover the definitions and insights behind key techniques—from SERS to CARS—to enhance your understanding in this vital field.

The use of UV lasers in Raman Spectroscopy overcome traditional limitations and allow high signal-to-noise measurements. Advances in UV lasers and filters make this technique increasingly accessible.

Because more manufacturers are making high-precision, small-scale components are critical to the function of a host of end products. A company’s livelihood may mandate that the components they use in their products are uniform, definable, and "high-precision."

Whether modifying existing instrumentation or building a new tool from the ground up, a meticulous process is as critical as the functional result.

The HELIX system has redefined measurement capabilities of high performance thin-film optical filters, designed to address the limitations of most commercially available spectrophotometers.