The Technology Leader in Atomic Force Microscopy
At Oxford Instruments, we specialize in making the best atomic force microscopes for academic research and industrial R&D. Our passion for innovating AFM technology is our driving force, and since then, we have continuously worked to develop higher performance AFMs.
Asylum Research Vero Family of AFMs
Vero AFMs are next-generation AFMs that precisely and accurately measures true tip displacement using Quadrature Phase Differential Interferometry (QPDI). Built on the unrivaled stability and performance of the Cypher AFM family, this unique patented QPDI innovation enables Vero AFMs to provide results with higher accuracy, precision, and repeatability.
Jupiter Discovery AFM

The Jupiter Discovery Atomic Force Microscope offers a unique combination of best-in-class performance along with exceptional ease of use. Whether in academia or industry, researchers expect high quality results with less training and effort. At the same time, today’s AFM measurements demand higher performance as users strive to resolve finer details and achieve higher accuracy, repeatability, and throughput. The Jupiter Discovery is the only AFM that meets these needs, delivering both the ultra-high performance and the exceptional usability that researchers need.
Asylum Research Cypher Family of AFMs
Our ultra-high-performance AFM family offers unmatched imaging resolution, incredible ease of use, exceptional environmental control, and scan speeds all the way to video rate

Confocal Raman Imaging Microscopes
Oxford Instruments' confocal Raman imaging microscopes deliver advanced chemical characterization with industry-leading speed, sensitivity and resolution – simultaneously. The witec360 microscopes include variations for every budget environment and sample type. Through a modular hardware and software architecture, the systems can be configured for individual requirements and reconfigured as experiments evolve. Excitation wavelengths from the UV through VIS to the NIR are available and their fiber-based beam delivery provides a flexible laboratory footprint.