About

About Phoenix Nano Technologies:

 

Having more than 10 years experience in the field of Scanning Probe Microscopy, AIST-NT & Phoenix Nano Technologies are committed to deliver instruments and components that enable customers to explore new fields in research at the nano scale in both science and industry.

 

Combination of technologies:

Now that Scanning Probe Microscopy is coming into maturity, the time has come for integration into complementary surface analysis tools. The integration and extension of the SPM capabilities towards these complementary tools greatly extends the scope of the various application fields and often opens new possibilities in the property investigation of matter. Experience shows that the combinations of the fundamental phenomena underlying both technologies deliver boosted performance of one or both of them. An example here is the integration of an ultra-stable SPM instrument with a top-end Raman microscope. An intelligent combination of both brings chemical element determination down to nano-scale spatial resolution within the reach of research.

 

Automation & Self-alignment:

Often it is seen that combining SPM with other surface analysis tools ends up with complicated, unworkable set-ups that can be operated only by those who have built them. And even then these combinations turn to be highly time-consuming and minimally productive. By supplying highly automated and self-aligning instruments on both sides of the combination, Phoenix Nano Technologies overcomes these setbacks and let advanced analysis take place.

 

SPM probes:

Another essential for ultra-performance on the nano-scale is the quality, durability and applicability of the selected probe. Phoenix Nano Technologies therefore supplies only selected top-quality SPM consumables from strict quality-controlled production.

 

By a thorough management of these three essential elements, Phoenix Nano Technologies  believes to contribute significantly to the further advancement of scientific development at the nano scale.