3D MAP™
3D Microfludics Analysis Platform
Precise, Quantitative, and Flexible Channel and Flow Characterization
for Research and Process Development
The 3D MAP™ is a powerful tool for characterizing and quantifying microfluidic devices. The 3D MAP™ provides surface roughness, step heights, critical dimensions, and other topographical features in transparent media and hyphenates these capabilities with the most advanced Micro-PIV flow characterization tools available. The 3D MAP™ provides unsurpassed precision and accuracy and all measurements are nondestructive, fast, and require no sample preparation.
Profile data ranging from <5 nm up to 15,000 µm and micro particle image velocimetry data can be obtained from a flexible micro analysis platform without the need to change instruments or region of interest.
3D MAP™ delivers high resolution height and flow information, independent of surface textures, angles, or transparent media effects. The result is the first true Microfluidics Total Analysis Platform that offers the highest resolution, precision and versatility available today.
3D MAP™ delivers Hyphenated-Systems optical profiling and imaging quality with world class Micro PIV capabilities. The single platform, allows for simple configurability, providing you with the flexibility and range for enhanced 3D profiling.
A wide range of imaging capabilities are available to meet most any analytical or metrology task, including, epi-fluorescence, laser confocal, interference contrast and darkfield imaging modes, with a full range of high numerical aperture or extended working distance objectives. Range, resolution, and flexibility are no longer a trade-off. The speed, stability and reliability of the 3D MAPS™ provides flexibility and performance in the new and emerging microfluidics market place.