Scanning electron microscope hi-res stock photography and images

Scanning electron microscope in use at the Research Laboratory for Archaeology & the History of Art at the University of Oxford. Stock Photo

RMJFDAX4–Scanning electron microscope in use at the Research Laboratory for Archaeology & the History of Art at the University of Oxford.

Researcher, Phillips FEI XL30 SFEG Scanning Electron Microscope. Stock Photo

RMCPC3GD–Researcher, Phillips FEI XL30 SFEG Scanning Electron Microscope.

A dual computer monitor display showing the software controlling a JEOL scanning electron microscope and the image it is seeing. Stock Photo

RME5YK4R–A dual computer monitor display showing the software controlling a JEOL scanning electron microscope and the image it is seeing.

Cow parsley (Anthriscus sylvestris) pollen particle magnified under scanning electron microscope (SEM) Stock Photo

RFHHXPDN–Cow parsley (Anthriscus sylvestris) pollen particle magnified under scanning electron microscope (SEM)

Tiny fungus gnat under scanning electron microscope Stock Photo

RMPDGEM4–Tiny fungus gnat under scanning electron microscope

Optical electron scanning microscope concept art, 3D illustration Stock Photo

RFKG55XT–Optical electron scanning microscope concept art, 3D illustration

Madrid, Spain. May 12, 2021: JSM-IT500 InTouchScope™ Scanning Electron Microscope Stock Photo

RF2FWKYKB–Madrid, Spain. May 12, 2021: JSM-IT500 InTouchScope™ Scanning Electron Microscope

Zeiss EVO 15 Scanning Electron Microscope scanning station in a science lab. It is flexible variable pressure scanning electron microscope or SEM with Stock Photo

RM2E3XXE0–Zeiss EVO 15 Scanning Electron Microscope scanning station in a science lab. It is flexible variable pressure scanning electron microscope or SEM with

$Cast Iron fractured surface. Fatigue striations under iron oxide corrosion imaged in a scanning electron microscope Stock Photo$

RFF0ACC9–Cast Iron fractured surface. Fatigue striations under iron oxide corrosion imaged in a scanning electron microscope

Scientist sitting in analytical laboratory with scanning electron microscope and spectrometer Stock Photo

RFE1JCW4–Scientist sitting in analytical laboratory with scanning electron microscope and spectrometer

Red Blood Cells.Scanning electron microscope Stock Photo

RFP4DP22–Red Blood Cells.Scanning electron microscope

S.E.M. specimen support stub, scanning electron microscope, coated specimen Stock Photo

RMBP02X9–S.E.M. specimen support stub, scanning electron microscope, coated specimen

Dobsonfly (Megaloptera: Corydalidae) imaged in a scanning electron microscope Stock Photo

RFJ3XN5J–Dobsonfly (Megaloptera: Corydalidae) imaged in a scanning electron microscope

colorized scanning electron microscope image of a blood clot Stock Photo

RMB0EKNJ–colorized scanning electron microscope image of a blood clot

Scanning Electron Microscope image of a Plant Bug magnified approximately 30X (Color enhanced) Stock Photo

RFA91NKW–Scanning Electron Microscope image of a Plant Bug magnified approximately 30X (Color enhanced)

Woman in research lab with scanning electron microscope and x ray analyzer Stock Photo

RMAMDYJD–Woman in research lab with scanning electron microscope and x ray analyzer

Researchers at the Texas Center for Cancer Nanomedicine (TCCN) have created particle-based vaccines for the treatment of cancer. The particles carry molecules that stimulate immune cells and cancer antigens (proteins) that direct the immune response. This scanning electron microscope image shows dendritic cells, pseudostained green, interacting with T cells, pseudostained pink. Dendritic cells internalize particles, provoke antigens and present peptides to T cells to direct immune responses. Stock Photo

RM2JKFTPB–Researchers at the Texas Center for Cancer Nanomedicine (TCCN) have created particle-based vaccines for the treatment of cancer. The particles carry molecules that stimulate immune cells and cancer antigens (proteins) that direct the immune response. This scanning electron microscope image shows dendritic cells, pseudostained green, interacting with T cells, pseudostained pink. Dendritic cells internalize particles, provoke antigens and present peptides to T cells to direct immune responses.

Scanning electron microscope control panel, illustration Stock Photo

RF2G9167C–Scanning electron microscope control panel, illustration

SEM Scanning Electron Microscope image of stinging nettles Stock Photo

RM2J9GREA–SEM Scanning Electron Microscope image of stinging nettles

RMJFDAXH–Scanning electron microscope in use at the Research Laboratory for Archaeology & the History of Art at the University of Oxford.

Researcher, Nikon MRC1024 Confocal/UV Laser Scanning Microscope. Stock Photo

RMCPCR02–Researcher, Nikon MRC1024 Confocal/UV Laser Scanning Microscope.

Scanning electron micrograph of HIV particles infecting a human H9 T cell. Stock Photo

RFECF1N3–Scanning electron micrograph of HIV particles infecting a human H9 T cell.

Many cow parsley (Anthriscus sylvestris) pollen grains magnified under scanning electron microscope (SEM), demonstrating shape at different angles. Stock Photo

RFHHXPDP–Many cow parsley (Anthriscus sylvestris) pollen grains magnified under scanning electron microscope (SEM), demonstrating shape at different angles.

Scanning electron microscope with EMF microanalysis Stock Photo

RF2TDGNCF–Scanning electron microscope with EMF microanalysis

Optical electron scanning microscope virus research concept Stock Photo

RFKG55XY–Optical electron scanning microscope virus research concept

Scientific hand holding a tweezers with a scanning electron microscope sample on a specimen mount. SEM pins to analyze. Stock Photo

RF2FNYE24–Scientific hand holding a tweezers with a scanning electron microscope sample on a specimen mount. SEM pins to analyze.

RM2E3XXE4–Zeiss EVO 15 Scanning Electron Microscope scanning station in a science lab. It is flexible variable pressure scanning electron microscope or SEM with

Dandelion pollen imaged in a scanning electron microscope Stock Photo

RFJ3XN69–Dandelion pollen imaged in a scanning electron microscope

Scientist standing in analytical laboratory with scanning electron microscope and spectrometer Stock Photo

RFE1JCW7–Scientist standing in analytical laboratory with scanning electron microscope and spectrometer

Female scientist uses scanning electron microscope to analyze materials Stock Photo

RMB3YER3–Female scientist uses scanning electron microscope to analyze materials

Scanning electron microscope microscope in a physical lab Stock Photo

RF2A1ENH5–Scanning electron microscope microscope in a physical lab

Head of house fly (Muscidae) imaged in a scanning electron microscope Stock Photo

RFJ3XN9P–Head of house fly (Muscidae) imaged in a scanning electron microscope

Scanning electron microscope (SEM) image of a human macrophage Stock Photo

RMBFNC0T–Scanning electron microscope (SEM) image of a human macrophage

Scanning Electron Microscope close-up of the hairs on the legs of a plant bug magnified approximately 800X Stock Photo

RFA9146M–Scanning Electron Microscope close-up of the hairs on the legs of a plant bug magnified approximately 800X

GREAT BRITAIN - CIRCA 1994: A used postage stamp from the UK, commemorating the invention of the Scanning Electron Microscope, circa 1994. Stock Photo

RMHJCJEM–GREAT BRITAIN - CIRCA 1994: A used postage stamp from the UK, commemorating the invention of the Scanning Electron Microscope, circa 1994.

Scanning electron microscope image of regulatory T cells (red) interacting with antigen-presenting cells (blue). T regulatory cells can suppress T cell responses to maintain homeostasis in the immune system. Stock Photo

RM2JKFTPF–Scanning electron microscope image of regulatory T cells (red) interacting with antigen-presenting cells (blue). T regulatory cells can suppress T cell responses to maintain homeostasis in the immune system.

RF2AT9GP7–Surgical needle, SEM

SEM Scanning Electron Microscope image of a Sandhopper, Sand Flea, amphipod Stock Photo

RM2J9GRG6–SEM Scanning Electron Microscope image of a Sandhopper, Sand Flea, amphipod

a scanning electron microscope Stock Photo

RF2CK2NYA–a scanning electron microscope

Nikon MRC1024 Confocal/UV Laser Scanning Microscope. Stock Photo

RMCPC3G5–Nikon MRC1024 Confocal/UV Laser Scanning Microscope.

Colorized scanning electron micrograph of a T lymphocyte. Stock Photo

RFHG65C6–Colorized scanning electron micrograph of a T lymphocyte.

Scanning electron micrograph of one pollen particle from Lesser Celandine flower. Nottingham, UK. April. Stock Photo

RFHJR72D–Scanning electron micrograph of one pollen particle from Lesser Celandine flower. Nottingham, UK. April.

RF2XA56KW–Scanning electron microscope with EMF microanalysis

Matal workpiece under the electron microscope Stock Photo

RF2RWT25W–Matal workpiece under the electron microscope

RF2FWKYK5–Scientific hand holding a tweezers with a scanning electron microscope sample on a specimen mount. SEM pins to analyze.

RM2E3XXE8–Zeiss EVO 15 Scanning Electron Microscope scanning station in a science lab. It is flexible variable pressure scanning electron microscope or SEM with

Head of long legged fly (dolichopodiae) imaged in a scanning electron microscope Stock Photo

RFJ3XN9A–Head of long legged fly (dolichopodiae) imaged in a scanning electron microscope

RFE1JCWC–Scientist standing in analytical laboratory with scanning electron microscope and spectrometer

RFAP7387–Woman in research lab with scanning electron microscope and x ray analyzer

Scanning electron microscope (SEM) micrograph depicting the petal of a carnation flower (Dianthus caryophyllus), showing cellular structure, with creasing due to desication (drying) of the petal, at a magnification of 1500x, 2016. Stock Photo

RMKW4HA1–Scanning electron microscope (SEM) micrograph depicting the petal of a carnation flower (Dianthus caryophyllus), showing cellular structure, with creasing due to desication (drying) of the petal, at a magnification of 1500x, 2016.

Large Caterpillar: Gold coated and imaged in Scanning electron microscope Stock Photo

RFE42JTX–Large Caterpillar: Gold coated and imaged in Scanning electron microscope

RMBFNC1D–Scanning electron microscope (SEM) image of a human macrophage

Scanning electron microscope close-up image of a beetle Stock Photo

RFB2G00R–Scanning electron microscope close-up image of a beetle

Optical electron scanning microscope laser beam. Concept art 3D illustration Stock Photo

RFKG55XN–Optical electron scanning microscope laser beam. Concept art 3D illustration

This scanning electron microscope image shows SARS-CoV-2 (round orange particles) emerging from the surface of a cell cultured in the laboratory. SARS-CoV-2, also known as 2019-nCoV, is the virus that causes COVID-19. Image captured and colorized at Rocky Mountain Laboratories in Hamilton, Montana. Credit: NIAID Stock Photo

RM2JKFT52–This scanning electron microscope image shows SARS-CoV-2 (round orange particles) emerging from the surface of a cell cultured in the laboratory. SARS-CoV-2, also known as 2019-nCoV, is the virus that causes COVID-19. Image captured and colorized at Rocky Mountain Laboratories in Hamilton, Montana. Credit: NIAID

RF2AT9GRP–Surgical needle, SEM

RM2J9GR46–SEM Scanning Electron Microscope image of a Sandhopper, Sand Flea, amphipod

Topographical SEM (scanning Electron Microscope) close-up of oxygenated Red Blood Cells (Erythrocytes) piled up on dark grey surface background. Stock Photo

RMK6WR43–Topographical SEM (scanning Electron Microscope) close-up of oxygenated Red Blood Cells (Erythrocytes) piled up on dark grey surface background.

Philips CM12 Scanning/transmission Electron Microscope. Stock Photo

RMCRC283–Philips CM12 Scanning/transmission Electron Microscope.

Scanning electron micrograph of an apoptotic HeLa cell. Zeiss Merlin HR-SEM. Stock Photo

RFECF1N6–Scanning electron micrograph of an apoptotic HeLa cell. Zeiss Merlin HR-SEM.

Iron oxide formations with sulphur and chlorine present, imaged with a scanning electron microscope Stock Photo

RFE1H6D1–Iron oxide formations with sulphur and chlorine present, imaged with a scanning electron microscope

RF2WAC7HX–Scanning electron microscope with EMF microanalysis

Group A streptococcus bacteria. STREP A Streptococcus pyogenes is a species of Gram-positive, aerotolerant bacteria in the genus Streptococcus. These bacteria are extracellular, and made up of non-motile and non-sporing cocci that tend to link in chains. This illustration depicted a 3D, computer-generated image, of a group of Gram-positive, Streptococcus pyogenes (group A Streptococcus) bacteria. The visualisation was based upon scanning electron microscopic (SEM) imagery. Optimised version of an image produced by the US Centers for Disease Control and Prevention / credit CDC /J.Oosthuizen Stock Photo

RM2M31C51–Group A streptococcus bacteria. STREP A Streptococcus pyogenes is a species of Gram-positive, aerotolerant bacteria in the genus Streptococcus. These bacteria are extracellular, and made up of non-motile and non-sporing cocci that tend to link in chains. This illustration depicted a 3D, computer-generated image, of a group of Gram-positive, Streptococcus pyogenes (group A Streptococcus) bacteria. The visualisation was based upon scanning electron microscopic (SEM) imagery. Optimised version of an image produced by the US Centers for Disease Control and Prevention / credit CDC /J.Oosthuizen

Unrecognizable scientist working with scanning electron microscope. Laboratory technician observing samples with a SEM. Stock Photo

RF2FWKYKA–Unrecognizable scientist working with scanning electron microscope. Laboratory technician observing samples with a SEM.

RM2E3XXEF–Zeiss EVO 15 Scanning Electron Microscope scanning station in a science lab. It is flexible variable pressure scanning electron microscope or SEM with

Young female scientist in lab using scanning electron microscope Stock Photo

RFEX0A19–Young female scientist in lab using scanning electron microscope

pressure valve Environmental Scanning Electron Microscope ESEM QuantaTM 250 FEG provides access to studies of wet biological samples, nano-bio compos Stock Photo

RM2X2AWG2–pressure valve Environmental Scanning Electron Microscope ESEM QuantaTM 250 FEG provides access to studies of wet biological samples, nano-bio compos

Asbestos fibres under the electron scanning microscope Stock Photo

RM2A7D9YW–Asbestos fibres under the electron scanning microscope

Scanning electron microscope (SEM) micrograph of the surface of a piece of foxtail grass (Hordeum murinum), showing microbarbs, at a magnification of 180x, 2016. Stock Photo

RMKW4HE2–Scanning electron microscope (SEM) micrograph of the surface of a piece of foxtail grass (Hordeum murinum), showing microbarbs, at a magnification of 180x, 2016.

RFE42K0M–Large Caterpillar: Gold coated and imaged in Scanning electron microscope

Scanning electron microscope image of lung trachea epithelium Stock Photo

RMCTP8KP–Scanning electron microscope image of lung trachea epithelium

Two scientists standing in analytical laboratory with scanning electron microscope Stock Photo

RFE1JCWA–Two scientists standing in analytical laboratory with scanning electron microscope

A Chines worker uses a scanning electron microscope to observe the structure of China's first far infrared conductive heating fiber developed based on Stock Photo

RMW54366–A Chines worker uses a scanning electron microscope to observe the structure of China's first far infrared conductive heating fiber developed based on

This scanning electron microscope image shows SARS-CoV-2 (round yellow particles) emerging from the surface of a cell cultured in the laboratory. SARS-CoV-2, also known as 2019-nCoV, is the virus that causes COVID-19. Image captured and colorized at Rocky Mountain Laboratories in Hamilton, Montana. Credit: NIAID Stock Photo

RM2JKFT57–This scanning electron microscope image shows SARS-CoV-2 (round yellow particles) emerging from the surface of a cell cultured in the laboratory. SARS-CoV-2, also known as 2019-nCoV, is the virus that causes COVID-19. Image captured and colorized at Rocky Mountain Laboratories in Hamilton, Montana. Credit: NIAID

RF2AT9GPK–Surgical needle, SEM

RM2J9GRMK–SEM Scanning Electron Microscope image of a Sandhopper, Sand Flea, amphipod

Extreme topographic close-up SEM (scanning Electron Microscope) of oxygenated Red Blood Cells (Erythrocytes) piled up on dark grey surface background. Stock Photo

RMK6WR3C–Extreme topographic close-up SEM (scanning Electron Microscope) of oxygenated Red Blood Cells (Erythrocytes) piled up on dark grey surface background.

(201218) -- BEIJING, Dec. 18, 2020 (Xinhua) -- Photo taken on Nov. 27, 2020 shows the scanning electron microscope in a laboratory for moon samples at the National Astronomical Observatories of the Chinese Academy of Sciences in Beijing, capital of China. The moon samples collected by China's Chang'e-5 probe will be unsealed at the laboratory. (National Astronomical Observatories, CAS/Handout via Xinhua) Stock Photo

RM2DNY9BE–(201218) -- BEIJING, Dec. 18, 2020 (Xinhua) -- Photo taken on Nov. 27, 2020 shows the scanning electron microscope in a laboratory for moon samples at the National Astronomical Observatories of the Chinese Academy of Sciences in Beijing, capital of China. The moon samples collected by China's Chang'e-5 probe will be unsealed at the laboratory. (National Astronomical Observatories, CAS/Handout via Xinhua)

A colorized scanning electron micrograph of a white blood cell eating an antibiotic resistant strain of Staphylococcus aureus ba Stock Photo

RFECF1C8–A colorized scanning electron micrograph of a white blood cell eating an antibiotic resistant strain of Staphylococcus aureus ba

Iron oxide formations with chlorine and sulphur present, imaged in a scanning electron microscope Stock Photo

RFE1H6DA–Iron oxide formations with chlorine and sulphur present, imaged in a scanning electron microscope

Mosquito front view taken with the scanning electron microscope Stock Photo

RMAJBXJH–Mosquito front view taken with the scanning electron microscope

RM2M31C4K–Group A streptococcus bacteria. STREP A Streptococcus pyogenes is a species of Gram-positive, aerotolerant bacteria in the genus Streptococcus. These bacteria are extracellular, and made up of non-motile and non-sporing cocci that tend to link in chains. This illustration depicted a 3D, computer-generated image, of a group of Gram-positive, Streptococcus pyogenes (group A Streptococcus) bacteria. The visualisation was based upon scanning electron microscopic (SEM) imagery. Optimised version of an image produced by the US Centers for Disease Control and Prevention / credit CDC /J.Oosthuizen

Young man scientist working with scanning electron microscope. Laboratory technician observing samples with a SEM. Stock Photo

RF2FRNJXY–Young man scientist working with scanning electron microscope. Laboratory technician observing samples with a SEM.

Covid-19 under the microscope. Cartoon virus from scanning electron microscope. Spread of viruses by airborne droplets. Symbol of pandemic, lockdown, Stock Vector

RF2J2X2P9–Covid-19 under the microscope. Cartoon virus from scanning electron microscope. Spread of viruses by airborne droplets. Symbol of pandemic, lockdown,

Scanning electron microscope SEM image of tiny wasp head. Stock Photo

RMAK668X–Scanning electron microscope SEM image of tiny wasp head.

Pear blossom image, Environmental Scanning Electron Microscope ESEM QuantaTM 250 FEG provides access to studies of wet biological samples, nano-bio co Stock Photo

RM2X2AWG1–Pear blossom image, Environmental Scanning Electron Microscope ESEM QuantaTM 250 FEG provides access to studies of wet biological samples, nano-bio co

Virus in blood – among the red blood cells – Scanning Electron Microscopy stylized Stock Photo

RFCN5T04–Virus in blood – among the red blood cells – Scanning Electron Microscopy stylized

Scanning electron microscope (SEM) micrograph showing granules of corn starch, at a magnification of 1000x, 2016. Image shows artifacts related to charging effect on the sample. Stock Photo

RMKW4HB9–Scanning electron microscope (SEM) micrograph showing granules of corn starch, at a magnification of 1000x, 2016. Image shows artifacts related to charging effect on the sample.

RFE42JTT–Large Caterpillar: Gold coated and imaged in Scanning electron microscope

Scanning electron microscope image of an eye on a fruit fly. Stock Photo

RMCTP8JC–Scanning electron microscope image of an eye on a fruit fly.

Scientist standing in analytical laboratory with scanning electron microscope in foreground Stock Photo

RFE1JCWF–Scientist standing in analytical laboratory with scanning electron microscope in foreground

scanning electron microscope image of a blood clot showing red cells and fibrin coagulum Stock Photo

RMB0EKY7–scanning electron microscope image of a blood clot showing red cells and fibrin coagulum

RM2JKFT4T–This scanning electron microscope image shows SARS-CoV-2 (round yellow particles) emerging from the surface of a cell cultured in the laboratory. SARS-CoV-2, also known as 2019-nCoV, is the virus that causes COVID-19. Image captured and colorized at Rocky Mountain Laboratories in Hamilton, Montana. Credit: NIAID

Orbulina. Coloured scanning electron micrograph (SEM) of the shell of the foraminiferan Orbulina sp. Foraminiferans are marine single-celled protists that construct and inhabit shells (tests), which are composed of several chambers. They are one of the ol Stock Photo

RFE7TW0P–Orbulina. Coloured scanning electron micrograph (SEM) of the shell of the foraminiferan Orbulina sp. Foraminiferans are marine single-celled protists that construct and inhabit shells (tests), which are composed of several chambers. They are one of the ol

RM2J9GR4J–SEM Scanning Electron Microscope image of a Sandhopper, Sand Flea, amphipod

RMW5436R–A Chines worker uses a scanning electron microscope to observe the structure of China's first far infrared conductive heating fiber developed based on