Featured research
Insights into adaptive structures with high-speed visualization
Adaptive materials and structures analyzed with Phantom cameras.
KT-Series family
KT1640
4.2 Mpx BSI in a small body: fine detail in fast events.
4.2 Mpx
2560 x 1664
3,760
fps at maximum resolution
421,050
maximum fps
CONNECTIONS
Connections on the back of the camera.
The rear view of the KT1640 shows the camera connections. The compact form factor of the KT line makes it easier to mount the camera close to the experiment and in tight spaces.
Where KT1640 makes a difference
Aerospace
Compact for onboard installation.
DIC and materials testing
High resolution and high QE for DIC in a compact body.
Microfluidics and biomedical
4.2 Mpx BSI for detailed microscopy.
Biomechanics and sports
Human movement, impact and sports equipment.
Academic research
Physics, materials and engineering with A+ Academic Advantage.
Case studies and featured research
Featured research
High-speed cameras enable fire research experiments with unexpected results
Fire spread experiments observed at high speed.
Featured research
Terrestrial gamma-ray flashes
The physics of lightning and atmospheric discharges recorded at high speed.
Read the full text: Terrestrial gamma-ray flashes (opens in a new tab)
Featured research
Detecting sepsis quickly with Phantom
High-speed imaging in cytometry for rapid diagnosis.
Read the full text: Detecting sepsis quickly with Phantom (opens in a new tab)
Featured research
Biomechanics of pitching
Analysis of the pitching motion at high speed.
Read the full text: Biomechanics of pitching (opens in a new tab)