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WINDOWS · SCIENTIFIC IMAGING

cellamount scope pc — From capture to analysis,
one connected workflow.

Record what you see through the microscope. Explore changes over time, surface wettability, and biological movement.

Explore the featuresUsage & adoption
Microsoft StoreGet the PC app

Released · Available on Microsoft Store

cellamount scope pcPRODUCT FILM
From observation to analysis, in one PC appWatch on YouTube ↗
OBSERVE · RECORD · ANALYZE

01 / CAPTURE & ORGANIZE

Begin with observation.
Keep the details.

cellamount scope pcWINDOWS
v1.2.1 capture settings · camera not connected
v1.2.1 capture settings · camera not connected

Turn the current view into an experiment record

View the camera feed and save photos or video. Organize observations in folders so you can return to them for analysis.

  • Preview USB microscope and camera feeds
  • Capture and save photos and video
  • Organize observation files by folder
From one image to an organized experiment record.

02 / TIME-LAPSE

Slow changes,
seen as a sequence.

Record images at a chosen interval and duration, then turn an image folder into a time-lapse video. Adjust playback speed and FPS to explore slow processes such as germination and growth.

  1. 01Set interval and duration
  2. 02Select the image folder
  3. 03Set speed and FPS, then create a video
cellamount scope pcWINDOWS
v1.2.1 time-lapse settings · selected folder contains no images
v1.2.1 time-lapse settings · selected folder contains no images

03 / CONTACT ANGLE · SESSILE DROP

Read surface wettability
from a sessile drop.

Inspect the outline and baseline of a drop on a solid surface and analyze its contact angle. Compare the original image with the analysis overlay for wettability education and research.

01Original imageView full size
Sessile drop original image
02Analysis overlayView full size
Sessile drop contour and contact-angle analysis overlay

Contour, baseline, and contact angles together

Review the drop boundary and left and right contact angles on the overlay. The application brings the image and analysis information together.

The application screen shows a separate sample.
cellamount scope pcWINDOWS
v1.2.1 Contact Angle screen · separate sample example
v1.2.1 Contact Angle screen · separate sample example

04 / CONTACT ANGLE · MENISCUS

At a fiber’s surface,
the meniscus tells a story.

Observe the meniscus around a thin specimen and analyze the left and right contact angles. Complement sessile drop analysis when exploring wettability across different specimen geometries.

01Original imageView full size
Fiber meniscus original image
02Analysis overlayView full size
Fiber meniscus contour and contact-angle analysis overlay

From the meniscus contour to the result

Inspect the liquid contour and the contact region around the specimen using an overlay. Use the image alongside the application results to explain wetting behavior.

The application screen shows a separate sample.
cellamount scope pcWINDOWS
v1.2.1 Meniscus screen · separate sample example
v1.2.1 Meniscus screen · separate sample example

05 / MOTION & TRAJECTORY TRACKING

Follow the movement.
Turn the path into data.

Explore object tracking with an actual recording of C. elegans. Follow individual moving objects and review their trajectories and speed information.

C. elegansRecorded tracking example
Two C. elegans worms moving with green and blue tracking boxes
Individual objects, followed through time.

Individual trajectories

Review object-specific tracking overlays and movement paths.

Movement through time

Connect displacement and speed information with the observation record.

Continue the analysis

Review tracking results and export CSV data for further work.

cellamount scope pcWINDOWS
v1.2.1 motion-tracking screen · trajectory graph and result table
v1.2.1 motion-tracking screen · trajectory graph and result table

SINGLE-OBJECT / ENDPOINT TRACKING

One object. Two endpoints.
Two distinct trajectories.

For a selected single object, track and analyze the movement of each endpoint (head and tail) separately. Compare both paths to explore how each end moves alongside the overall trajectory.

Head endpointTail endpoint
cellamount scope pcWINDOWS
v1.2.1 single-object example · separate head and tail endpoint trajectories
v1.2.1 single-object example · separate head and tail endpoint trajectories

FOR EDUCATION & RESEARCH

Bring the next observation
into your workflow.

Tell us about your imaging setup and analysis goals to discuss use and adoption.

Product & adoption inquiry
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