PiezoNanomotionTechnologyAppliedtoOptical Microscopy
Withthecontinuousdevelopmentofvarioustechnologies,opticalmicroscopybecomesmore andmoreimportant,andplaysanimportantroleinlifescience,materialscienceandotherfields. Therearemanykindsofopticalmicroscopes,suchasordinaryopticalmicroscope,fluorescence microscope,phasecontrastmicroscope,invertedmicroscope,laserconfocalscanningmicroscope, darkfieldmicroscope,polarizingmicroscopeandsoonWhenusinglightmicroscopes,the accurate,rapidandstablemovementofsamplesisveryimportantforthestudyofsamples.
Invariousopticalmicroscopysystems,withoutthesupportofnanopositioningsystem,the microscopicaccuracyoftencannotreachtherequirementsandthescanningspeedisslow Therefore,nanomotioncontrolsystemsareusedinmanymicroscopesystems.Evenifthereisno microscopeequipmentpre-equippedwithnanomotioncontrolsystem,itcanbebuiltbyitselfto addnanopositioningsystem.
Withmaturetechnologyandexperienceinpiezonanomotionandcontrolsystems,CoreMorrow hasequippedavarietyofpiezonanosamplestages,piezoobjectivescannersandpiezo controllersforvariousopticalmicroscopesystems.
ApplicationofCoreMorrowPiezoObjectiveScannerinOptical Microscopy
InvertedMicroscope
Thepicturebelowshowsaninvertedmicroscope.CoreMorrowXP-721piezoobjectivescanneris integratedbetweentheobjectivelensandtheinterfaceItprovidesafinetuningrangeof100μm forZ-directionfocusing.
ColdAtomMicroscope
Anatomicmicroscopeusesaverysharpprobeaboutthesizeofafewatomsatthetoptoscan thesurfaceoftheobjectunderobservationtocreateanimageColdatommicroscopy(coldatom
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
microscopy)isatechniqueinwhichsamplesareimagedafterbeingmomentarilyfrozenina vacuum
CoreMorrowpiezoobjectivescannerhasacryogenicvacuumversionandcanoperateina cryogenicvacuumenvironment
AutomaticCellImagingSystem
Automaticcellimagingsystemisamulti-dimensionalandhigh-resolutiondigitalmicroscopic imagingandanalysisinstrument,whichcaneasilyrealizetheimagingandbiologicalanalysisof low-densitycellsandtissuesinporousplates,includingcellcounting,unlabeledcellcounting, neuritetracking,etc.Ithasimportantapplicationsinnewdrugdevelopment,cellbiology research,histopathologicalanalysis,environmentalmonitoringandotherfields
Inthissystem,theadaptivecontinuousfocusisachievedbytheP72seriespiezoobjective scannersystem.Thepiezoobjectivescannercanachieveafocusingrangeof100μm,aresolution of25nm,andafastfocusinganimallens,thusachievingautomaticcellimaging
AutomaticMicroscope
Fullyautomaticmicroscopesareidealforindustrialscanning/inspection,metallography,laser cuttingandotherapplications.Theyarealsobasedonopticalsystemswherelightisstruckonto thesurfaceoftheobjecttobeobservedorprocessedforimagingorlaserprocessing (lithography).
TheP76piezoobjectivescannerhasalargeloadcapacityof500g,whichissuitableforfast
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy scanningandfocusingofheavydutyobjectivelenses.
objectssuchasbiologicalcells,biologicalsections,bacteriaandlivingtissuecultureThe integratedofCoreMorrowpiezoobjectivescannerinthebiologicalmicroscopecangreatly
MaterialCompositionAnalysis Materialcompositionanalysisistheanalysisofunknownsubstancesorunknowncomponents, throughtheanalysiswecandeterminethecompositionofthesampleandcomponentcontent TheP76serieshaveintegratedlarge-loadpiezoobjectivesscanner,whichcanbearthelensof heavierobjectsandprovidenano-levelfocusingaccuracy
BiologicalMicroscope Biologicalmicroscopeisapreciseopticalinstrumentusedtoobservetransparentortranslucent
improvethefocusingaccuracytonanometer
ApplicationofPiezoNanoscaleSampleTableinOpticalMicroscopy
StructuredLightTomography3DImagingTechnique
Structuredlight3Dimagingistoobtainthe3Dshapeofthesurfaceofobjectsandscenes throughnon-contact,andreconstructthesurfaceofsamplesInthereconstructionprocess, energyisradiatedtothesurfaceofthemeasuredobject,andthethree-dimensionalshapeis reconstructedbycollectingthereflectedenergy
TheimagingsystemisintegratedwiththeCoreMorrowP11piezonanopositioningstage, providingrapidnanoscalescanningforstructuraltomography.
BiologicalMicroscope
Picturedbelowisabio-microscopewithanintegratedCoreMorrowP79XYZ50Spiezosample stage,providingsamplewithanXYZtriaxial50μmprecisionscanningrange.Andthesamplecan berapidlyfocusedandscannedinmilliseconds
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Multi-headObjectiveMicroscopy Intheobservationprocessofsomeapplications,amicroscopicsystemwithmultipleobjectlenses willbeused.Thelow-powerlenswillbeusedfirsttofindtheobjecttobeobserved,andthenthe high-powerlenswillbeusedforhigh-precisionobservationInsomeapplications,inorderto observecellsandtissuestructuresofdifferentsizes,differentmagnificationlensesarealso
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
switched.
Amicroscopesystemwithmultipleobjectlensesandconverterswillincreasetheloadweightof thepiezonanopositioningsystemTheCoreMorrowP12Seriesonetothreedimensionalpiezo scannerwithloadbearingcapacityupto800gorhighercanbeusedformulti-lensfastnanoscale focusingTheswitchingoftheobjectlensdoesnotaffecttheZ-directionfocusingofthepiezo nano-positioningstage.
BiologicalMicroscopicImaging
P78Z200seriespiezoscanningtable,whosecoremovesintheZdirection,isappliedtothe Z-directionfocusingofbiologicalmicroscopicsystem.Tofacilitatesampleintegration,agrooveis integratedinthehollowpartoftheP78Z200sothatthesamplecanbemountedandplacedin thecentralthrough-holeposition.
FluorescenceMicroscopicImaging
Fluorescencemicroscopeisakindofmicroscopeequipmentforproductresearchbyobserving thefluorescenceofobjectsItisanimportantmeansandtoolforcarryingoutmicroscopiclife scienceresearch.Thistechnologycanbeusedtoobservethefinestructureoforganismsand dynamicallytrackthelifeactivityprocessesofdifferentscalessuchastissues,cells,nuclei, proteinsandsmallmoleculesinorganisms,andhasbeenappliedinmanydifferentfields.Suchas biologicalscience,aerospacescienceandtechnology,educationalinstitutions,etc
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Fluorescencemicroscopeusesshortwavelengthlight(excitationlight)toirradiatethesample,so thatthesampleisexcitedbyhighenergy,andproduceslongwavelengthfluorescence(emission light),whichisusedtoobserveanddistinguishthecompositionandpositionoffluorescent substancesinthesampleThroughthefluorescencemicroscopetoseethefluorescenceimage morphologicalfeaturesandfluorescencecolor,brightnessandsoontojudgeandrecordthe image
P12XYZpiezoscanningtableprovidesonetothreedimensionalnanomotion,whichcanadjust thefocusofthesampleandalsoadjustthehorizontalfieldofvision.
SeveralZ-axisandXYZPiezoSamplePlatformsDesignedby CoreMorrow Intheopticalmicroscopesystem,becauseofthedifferentstructure,thenano-motionpositioning platformwillhavedifferentstructureandparameterrequirements,CoreMorrowhasavarietyof piezonano-positioningplatformandcontrollerstandardproducts,andcustomdesignedproducts accordingtouser'sspecificapplicationenvironment Thefollowingaresomepiezosampleplatformforselectionreference P79-D1 Activeaxes:Z
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Travelrange:200μm@150V
Aperture:φ25mm×3
Closed/openloopresolution:55/2nm
Loadcapacity:1kg
P79.Z100S/K
Activeaxes:Z
Travelrange:100μm@150V
Aperture:83×65mm^2
Closed/openloopresolution:3/1nm
Loadcapacity:2kg
P79.Z200S/K
Activeaxes:Z
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Travelrange:187.5μm@150V
Aperture:83×65mm^2
Closed/openloopresolution:5/15nm
Loadcapacity:15kg
P79.Z200K-D1
Activeaxes:Z
Travelrange:200μm@150V
Aperture:86.5×128.5mm^2
Closed/openloopresolution:6/2nm
Loadcapacity:15kg
P79.XYZ50S/K-B1
Activeaxes:XYZ
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Travelrange:50μm@150V
Aperture:84×65mm^2
Closed/openloopresolution:15/05nm
Loadcapacity:05kg
P79.XYZ50S/K-B2
Activeaxes:XYZ
Travelrange:50μm@150V
Aperture:84×65mm^2
Closed/openloopresolution:1.5/0.5nm
Loadcapacity:0.5kg
P78A.Z200S/K
Activeaxes:Z
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Travelrange:200μm@150V
Aperture:φ25mm
Closed/openloopresolution:10/3nm
Loadcapacity:2kg
P78A.Z200S/K
Activeaxes:Z
Travelrange:100μm@150V
Aperture:120×70mm^2
Closed/openloopresolution:3/1nm
Loadcapacity:1kg
P78A.Z200/300S/K
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Activeaxes:Z
Travelrange:1875μmor2625μm@150V
Aperture:64×64mm^2
Closed/openloopresolution:5/15or7/25nm
Loadcapacity:1or0.5kg
P17.XY200S/K
Activeaxes:XY
Travelrange:1875μm@150V
Aperture:60×60mm^2
Closed/openloopresolution:5/1.5nm
Loadcapacity:1kg
P15.XYZ100S/K
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Activeaxes:XYZ
Travelrange:120μm@150V
Aperture:60×60mm^2
Closed/openloopresolution:35/1nm
Loadcapacity:1kg
P15.XYZ300S/K
Activeaxes:XYZ
Travelrange:300μm@150V
Aperture:66×66mm^2
Closed/openloopresolution:8/2.5nm
Loadcapacity:05kg
P15.XY100S/K-C1
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Activeaxes:XY
Travelrange:100μm@150V
Aperture:66×66mm^2
Closed/openloopresolution:35/1nm
Loadcapacity:6kg
P15.XYZ300S/K-C2
Activeaxes:XYZ
Travelrange:310μm@150V
Aperture:66×66mm^2
Closed/openloopresolution:10/5nm
Loadcapacity:5kg
P15.XY100S/K-B1
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Activeaxes:XY
Travelrange:100μm@150V
Aperture:55×65mm^2
Closed/openloopresolution:3/1nm
Loadcapacity:0.5kg
XD781
Activeaxes:Z
Travelrange:100μm@150V
Aperture:191.2×140.4mm^2
Closed/openloopresolution:3/1nm
Loadcapacity:1kg
P73.Z200S/K
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Activeaxes:Z
Travelrange:200μm@150V
Aperture:φ15~22mm
Closed/openloopresolution:55/2nm
Loadcapacity:0.2kg
P73.Z1000S/K
Activeaxes:Z
Travelrange:1000μm@150V
Aperture:φ15~22mm
Closed/openloopresolution:27/8nm
Loadcapacity:02kg
P76.Z200S/K
PiezoNanomotionTechnologyAppliedtoOpticalMicroscopy
Activeaxes:Z
Travelrange:200μm@150V
Aperture:φ27mm
Closed/openloopresolution:55/2nm
Loadcapacity:0.5kg
YouarewelcomedtocontactCoreMorrowformoredetailedtechnicalparametersandsolutions!