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新西蘭Izon Science  
2010 年， Izon公司發(fā)布了目前最全面的納米粒子分析系統(tǒng)qNano 和qViro，是目前第一套真正運用納米孔技術(shù)的納米粒子分析平臺，實現(xiàn)了真正的單個粒子測量，可變壓力模塊（VPM）結(jié)合可調(diào)式納米孔洞薄膜與電阻脈沖感應(yīng)器，以調(diào)控納米孔洞的大小來控制粒子的進出，可對單一粒子的粒徑、分布和濃度進行分析計數(shù)，同時還能測量電泳遷移率、聚集動力學(xué)。精準的濃度分析，增強了對電解質(zhì)溶液的兼容性，帶電與不帶電荷的離子均能檢測。此項創(chuàng)新的分析工具有望開拓眾多納米粒子相關(guān)領(lǐng)域的新型研究，Izon 期待此方法將成為粒子濃度測量的全球新標準。

Izon Science design and manufacture precision instrumentation for nano- and micro-scale particle analysis. The instrument systems, the qNano and qViro, are now in use in a wide range of research institutes and universities around the world.

The basis of Izon’s instrumentation is a unique, dynamically tunable nanopore technology platform which utilises a technology called SIOS (Scanning Ion Occlusion Sensing). This technology platform is world-leading in offering an affordable, robust and highly flexible technology for real-time particle detection, quantitation and characterisation of individual particles at the nanoscale, across a wide range of applications.

SIOS represents a new paradigm in nanoparticle analysis, offering a unique alternative to the existing laser-based technologies available on the market. It offers applications not previously available to researchers and at a fraction of the cost of the incumbent technologies.

Our Philosophy

Izon's philosophy is one of continual improvement and high customer focus. Strong and positive relationships with customers and collaborators are seen as important aspects of the way Izon operates. We are constantly learning and developing as a company and, similarly, expect our technology platform and products to undergo constant development for the benefit of all users.

Strategy

Izon's short term focus is to build on the success that a number of our customers and collaborators have had with the qNano and qViro systems and spread the word about the apossible applications the new platform provides to researchers.

Longer term the strategy is to have the unique features of the SIOS platform being used to solve a wide range of problems in human health and nanotechnology measurement.