Transmission Electron Microscope In Mumbai

MOQ1 Unit/Units

Power450 W

MaterialHigh-grade Stainless Steel and Aluminum Alloy

TemperatureAmbient operating temperature 15AdegC to 30AdegC

InterfaceDigital Interface with USB and Ethernet ports

Usage & ApplicationsHigh-resolution imaging and analysis of biological material science and nanotechnology samples

Voltage220 V AC

Dimensions50x40x60 cm

FeaturesCompact design High contrast Low energy Long life Space saving

MagnificationHigh range

MaterialMetal plastic

Power ConsumptionLow voltage

ResolutionNanometer scale

Dimensions45x30x50 cm

FeaturesHigh Resolution Easy Operation Compact Design Affordable Price Versatile Imaging Reliable Performance User-friendly Interface

Magnification300000x

MaterialMetal and Plastic

Resolution1 nm

VacuumHigh Vacuum

ControlComputer based

FeaturesHigh resolution Nanoprofiler Complete system Easy operation Large samples Affordable price

ResolutionSub-nanometer

Sample height20 mm

Sample size200 x 200 mm

StageRotating

DimensionsVariable

FeaturesHigh Resolution Nano Imaging Easy Integration Complete System Versatile Use

MagnificationHigh

MaterialMetal/Plastic

ResolutionSub-nm

TypeAFM Microscope

Dimensions50x40x30cm

FeaturesHigh Resolution Nano-scale Imaging Material Analysis Surface Mapping Precise Measurement

Operating Temperature20-25°C

ResolutionSub-nanometer

Scan SpeedVariable

Scanning Range100µm

DimensionsCompact

FeaturesCompact design Tabletop use Easy operation High resolution Precise imaging Affordable price

MaterialMetal Plastic

Power120V/230V

ResolutionHigh

TypeAFM Microscope

DimensionsVariable

FeaturesHigh resolution Compact design Low energy use Long lifespan Easy operation High contrast Space saving

MagnificationVariable

MaterialMetal Plastic

Pump typeDiaphragm

ResolutionVariable

DimensionsVariable

FeaturesHigh Contrast Low Voltage Benchtop TEM Reasonable Cost Easy Operation

Resolution (SEM)3 nm

Resolution (TEM)1.2 nm

TypeElectron Microscope

UsageNanotechnology material science biological samples nanomedicine polymers