Observe Fluid Flow in Microfluidic Chips

Observe Fluid Flow in Microfluidic Chips

Observe Fluid Flow in Microfluidic Chips with High-Speed Camera

Product Inquiry

Industry pain points and demands

In microfluidic experiments, capturing quick and subtle fluid behaviors is tough. This includes droplet deformation, splitting, or merging in tiny microchannels. 

Traditional imaging tools are slow and lack resolution. This makes it hard to see quick, tiny events. Analyzing key factors like interfacial tension, flow velocity, and channel design is hard.




SinceVision Solutions: SH3-108 High-Speed Camera

01

Ultra-Fast Imaging at 8000 FPS: Enables real-time visualization of fast-moving droplets and fluid boundaries with unmatched clarity.

02

High Resolution (1280×1024): Clearly records fluid dynamics and small-scale structural changes within microchannels.

03

Micron-Level Spatial Resolution (with Microscopy): Supports advanced research in biomedicine, chemistry, and materials science by revealing physical mechanisms in microfluidic systems.





How can we help you?

How can we help you?

Tell us your challenge. We will solve it.

Apply for
a trial
SinceVision

How can we help you?

Thank you for considering SinceVision.

Please fill out the form below and let us know how we can assist you.

We value your feedback and inquiries. Our team will get back to you shortly.

  • Your question:

  • *Your full name

  • *Company name

  • *Industry

  • *Country

  • *Phone number:

  • *E-mail

  • *Interested products

    Please select

    Please select
    3D Laser Profiler
    Laser Displacement Sensor
    Spectral Confocal Displacement Sensor
    Through-Beam Edge Sensor
    Full Spectrum Sensor
    High-Speed Camera
    sCMOS Camera
  • Message

I have read and agree to the Privacy Policy.

I also want to subscribe SinceVision newsletters.

Comparison column

Materials waiting to be downloaded(0/20)

Total 0 MB

Delete all
Start downloading

I have read and agree to the privacy policy.

Verification
Complete the modifications