Renishaw inVia^TM

The Renishaw inVia™ Confocal Raman Microscope is a leading research-grade system engineered for high-precision Raman analysis. It combines a high-performance spectrometer with a research-grade microscope, providing unparalleled sensitivity, spectral resolution, and stability. Designed for ease of use and flexibility, the inVia™ allows you to confidently perform complex analyses, producing detailed chemical images and point-specific data, even from challenging samples. With its robust, long-lasting design and automated functionality, the inVia™ is trusted worldwide for accurate, repeatable results across a wide range of scientific applications.

High Spectral Performance and Sensitivity:
The inVia™ microscope offers unmatched spectral resolution, resolving features narrower than 0.5 cm⁻¹. This allows researchers to differentiate between even the most closely related materials, such as polymorphs, and detect weak Raman signals, including monolayers and minute traces of material. Its highly efficient optical design ensures maximum sensitivity, allowing for rapid analysis of low-intensity signals while maintaining precise spectral performance.

Automated Laser Switching:
Easily switch between multiple laser wavelengths with the inVia’s automated system, designed for seamless transitions between configurations. This flexibility lets you quickly optimise excitation wavelengths for different samples, improving efficiency and data reliability. The computer-controlled switching enables uninterrupted workflows, letting you focus on achieving the most accurate results across various materials.

Confocal Imaging for High Spatial Resolution:
The inVia™ excels in confocal imaging, achieving exceptionally high spatial resolution. Its advanced optical design minimises stray light and enhances confocality, allowing you to isolate specific areas of interest with unmatched precision. This confocal capability is crucial for detailed material analysis, enabling you to capture rich, localised data while rejecting unwanted signals from surrounding regions.