Piezo nanomotion technology can achieve high precision motion control at nanometer scale. In optical microscopy applications, piezo nanomotion devices can perform sample control, scanning, beam alignment and auto-focusing operations, greatly improving the resolution and accuracy of the microscope, so as to achieve more accurate sample observation and analysis, and provide more advanced and efficient experimental instruments for research in medical, biological, materials and chemistry fields.

With the in-depth exploration of microscopic imaging technology, mesoscopic in vivo microscopy has come out, which can be regarded as a "super microscope". Different from the traditional light microscope which can only observe a single cell, it can observe the large-scale and diversified cell interaction behavior in mammalian living tissue in a panoramic, dynamic and long-term way. It will show broad application prospects in neuroscience, immunology, pharmacy and other fields.

Note: The picture comes from the Internet

The "super microscope" mainly consists of an optical system and a computational imaging chip, and the piezo nanopositioning technology can be applied in the optical system. Lights will distort when passing through the cell, and there is also insufficient focusing accuracy, so the use of piezo nanopositioning products can adjust the light path, focus, etc., and accurately project the light projected on the sample to the computational imaging chip, and also adjust the focus on the sample at different depths, and then restore the perfect image through powerful computing power.

CoreMorrow piezo objective lens positioner is specially designed for objective focusing microscopy. It can carry the loaded objective to do z-direction nanoscale step movement, has ultra-high focusing stability, and can be used with a variety of high-resolution microscopes.

Z motion, travel to 1mm, load to 900g, nanoscale resolution

Piezo nanopositioning stage, piezo tip/tilt rotation stage, piezo motor and other products can drive the sample in the microscopic imaging system for 1-6 axis movement, sample position adjustment and sample scanning, with travel range up to 1mm or more, and resolution up to nanometers or even subnanometers.

1-3 axis motion, travel to 1mm, load to 80kg, nanoscale positioning accuracy

1-6 axis motion, load to 60kg, nanoscale linear resolution and nanoscale angular resolution

1-6 axis motion, linear travel range up to 100mm, rotating angle up to 360°, self-locking at rest

The piezo tip/tilt platform and the piezo mirror mount can drive the lens deflection and adjust the optical path steering in the microscopic imaging system, which can be used to obtain clearer, uniform and higher contrast images.

CoreMorrow piezo tip/tilt platform uses piezo ceramics as the driving element, and realizes the single-axis or multi-axis angular tilt motion of the mechanical plane through the expansion and contraction of multiple piezo ceramics inside, which has very high motion accuracy and stability. Through the closed-loop control of built-in high-precision sensors, sub-micro radian resolution and micro-radian positioning accuracy can be achieved, which can make the optical path more accurate and the imaging clearer.  

θx, θy tilt, optional Z motion, travel to 43mrad, operating frequency up to kHz

θx, θy tilt, travel to ±5°, capable to load lens with OD≥100mm

Because of its excellent performance, the piezo nanopositioning products have become one of CoreMorrow’s ultra-high resolution microscopic imaging technology. CoreMorrow provide custom design according to the specific application needs, to satisfy customers with more appropriate technical solutions.

For more details, please contact us by calling 0451-86268790, 17051647888(Wechat ID).