Quartz Crystal Microbalance openQCM is a technology that enables researchers and institutions to unlock unprecedented levels of precision, ensuring accurate and reproducible results across a wide range of applications.

open QCM version 1.2 is the application software for the unique open source quartz crystal microbalance. openQCM software run on Windows, Mac and Linux. Download and install the software depending on your platform

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openQCM Q-1 is the first QCM open hardware instrument suitable for simultaneously Frequency and Dissipation monitoring in a wide range of overtones. A surface sensitive technology for monitoring mass variations and viscoelastic properties at molecular scale.

OpenQCM Q-1 is an advanced quartz crystal microbalance, characterized by high sensitivity and precision in measurements. Equipped with real-time resonance frequency and Dissipation monitoring.

openQCM NEXT is the advanced open – source Quartz Crystal Microbalance with frequency and dissipation monitoring, enabling a comprehensive analysis of multiple overtones for detailed investigations into surface interactions.

openQCM Q-1. explore the dissipation measurements. ORDER NOW. Featured Products. Quick view View Options. openQCM NEXT €3 999,00. openQCM. Quick view Add to Cart. Pipetting module for openQCM NEXT €599,00. openQCM. Quick view View Options. OPENQCM WI2- MOUNTED AND TESTED €999,00 ...

Download the comprehensive set of open-source software, firmware, and source code for your OpenQCM Q-1 device, enhancing your research experience. The open-source approach promotes collaboration by encouraging users to develop, modify, and share their code, ultimately fostering an innovative and collaborative environment.

openQCM is a real scientific instrument featuring performances comparable with those of commercial "close devices"

openQCM Wi2 is a user-friendly Quartz Crystal Microbalance (QCM) for precise real-time mass sensing, measuring fundamental frequency and providing integrated temperature monitoring for nanoscale molecular analysis.