Scientific Standard Cameras

Scientific imaging applications like DIC (digital image correlation), spray analysis, particle analysis, Tracer-LIF and Schlieren imaging require cameras with low noise and a wide dynamic range. All LaVision single-frame (constant recording frequency) cameras utilise scientific grade newest sensor models which achieve this at a range of different resolutions. From highest data throughput to reduced budget requirements the Imager product family serves all individual needs.

no-img

Complementary Metal-Oxide Semiconductor (CMOS) cameras are known for their superior image quality, low read out noise and large dynamic range. The Imager US camera series offers this excellent image quality thanks to this state-of-the-art CMOS sensor technology. The camera delivers true 8, 10 and 12 bit digital images and comes with an USB 3.0 interface. Its compact design and the resolution from 2 MP at 155 Hz frame rate up to 25 MP at 14 Hz frame rate makes this camera series ideal for use in all cases of low-speed strain analysis.

no-img

The Imager CS1.1 camera family is a high sensitivity, high resolution digital camera, equipped with the new generation CMOS sensors with excellent image quality and low readout noise. The camera delivers true 8, 10 and 12 bit digital images and comes with a modern CoaXPress-12 interface for distances up to 20 m. Models from 5 MP to 16 MP with high frame rates between 35 – 210 Hz are available.

no-img

Like the CS camera family the Imager CS3 camera series combine high sensor resolution with excellent image quality. Due to latest sensor technology highest frame rates between 100 and 240 Hz can be reached depending on the camera model. Versions from 5 MP up to 25 MP are available enabling high resolution measurements for DIC and other applications. The cameras come with a modern CoaXPress-12 interface for distances up to 20 m.

no-img

The Imager M-lite 2M camera is not optimized for resolution or frame rate but it's excellent signal-to-noise ratio and dynamic range make it a preferred solution for LIF imaging and each application where quantitative signal levels are used for accurate calculations. It benefits from a larger pixel size and matches our modular intensifiers extremely well. With a small size and cost-efficient USB3 interface it is a good solution whenever the highest number of pixels is not of primary importance and 2.3 MP serve the application.

 

The Photron and Phantom cameras are fully integrated within the software and feature CMOS sensors with frame rates of several kHz at highest spatial resolution. Like all other cameras LaVision's high-speed cameras are ready for use in time-resolved applications featuring very high strain rate testing such as impact or blast.

no-img
no-img
no-img
 

Please also visit our online-shop. Here you can easily order spare parts for our cameras.

Overview

Scientific Standard Cameras Scientific Standard Cameras
 

camera
model

resolution
[pixel]

frame rate1

pixel size
[µm]

digital
output

Imager US-5 2440 x 2040  72 Hz@8bit 2.74 x 2.74 8, 10, 12 bit
Imager US-12 4080 x 2984 29 Hz@8bit 2.74 x 2.74 8, 10, 12 bit
Imager US-16 5312 x 3024 22 Hz@8bit  2.74 x 2.74 8, 10, 12 bit
Imager US-25 5296 x 4584  14 Hz@8bit 2.74 x 2.74 8, 10, 12 bit
Imager CS1.1-5 2464 x 2064 143 Hz@12 bit 2.7 x 2.7 8, 10, 12 bit
Imager CS1.1-16 5328 x 3040 35 Hz@12 bit 2.7 x 2.7 8, 10, 12 bit
Imager CS3-5 2440 x 2040 260 Hz@8 bit
260 Hz@10 bit
172 Hz@12 bit
2.7 x 2.7 8, 10, 12 bit
Imager CS3-12 4080 x 2984 181 Hz@8 bit
145 Hz@10 bit
120 Hz@12 bit
2.7 x 2.7 8, 10, 12 bit
Imager CS3-16 5312 x 3024 142 Hz@8 bit
113 Hz@10 bit
95 Hz@12 bit
2.7 x 2.7 8, 10, 12 bit
Imager CS3-25 5296 x 4584 96 Hz@8 bit
75 Hz@10 bit
63 Hz@12 bit
2.7 x 2.7 8, 10, 12 bit
Imager M-lite 2M 1936 x 1216 100 Hz@12 bit 5.86 x 5.86 8, 12 bit

1 all cameras offer increased frame rates at reduced resolution

High-speed Cameras High-speed Cameras
 

PIV camera

Resolution
[pixel]

Pixel size
[µm]

Min. time interval
(dt)

Digital output

FASTCAM Mini UX100 1280 x 1024
up to 4 kHz
10 x 10  1.5 µs 12 bit
FASTCAM Mini AX100 1024 x 1024
up to 4 kHz
20 x 20  2.5 µs 12 bit
FASTCAM Mini AX200 1024 x 1024
up to 6.4 kHz
20 x 20 2.5 µs 12 bit
FASTCAM NOVA S6 1024 x 1024
up to 6.4 kHz
20 x 20  2.1 µs
@rates>1 kHz
12 bit
FASTCAM NOVA S9 1024 x 1024
up to 9 kHz
20 x 20  2.1 µs
@rates>1 kHz
12 bit
FASTCAM NOVA S12 1024 x 1024
up to 12.8 kHz
20 x 20  2.1 µs
@rates>1 kHz
12 bit
FASTCAM NOVA S16 1024 x 1024
up to 16 kHz
20 x 20  2.1 µs
@rates>1 kHz
12 bit
Phantom VEO 1310 1280 x 960
up to 10.86 kHz
18 x 18 0.726 µs 12 bit
Phantom VEO 1010 1280 x 960
up to 8.42 kHz
18 x 18 0.726 µs 12 bit
Phantom VEO 610 1280 x 960
up to 5.61 kHz
18 x 18 0.726 µs 12 bit
Phantom VEO 440L 2560 x 1600
up to 1.1 kHz
10 x 10 1.73 µs 12 bit
Phantom VEO 640L 2560 x 1600
up to 1.4 kHz
10 x 10 1.73 µs 12 bit
Phantom VEO-E-310L 1280 x 800
up to 3,2 kHz
20 x 20 0.48 µs 12 bit
Phantom VEO-E-340L 2560 x 1600
up to 800 Hz
10 x 10 1.71 µs 12 bit
TMX-7510 1280 x 800
up to 76 kHz
23.7 x 14.8 229 ns 12 bit
TMX-6410 1280 x 800
up to 66 kHz
23.7 x 14.8 tbd 12 bit
TMX-5010 1280 x 800
up to 51 kHz
23.7 x 14.8 tbd 12 bit
Phantom T2540 2560 x 1664
up to 5,84 kHz
9,27 x 9,27 365 ns 12 bit
Phantom T4040 2560 x 1664
up to 9,35 kHz
9,27 x 9,27 365 ns 12 bit
FASTCAM NOVA S20 1024 x 1024
up to 18.75 kHz
20 x 20



2.0 µs
@rates>1 kHz

 

10,12 bit
Phantom T2410 1280 x 800
up to 24.2 kHz
18,5 x 18,5 tbd 12 bit
Phantom T3610 1280 x 800
up to 38 kHz
18,5 x 18,5 tbd 12 bit
FASTCAM NOVA R3-4K 4096 x 2304
up to 750 Hz
6.5 x 6.5 tbd 12 bit
FASTCAM NOVA R5-4K 4096 x 2304
up to 1.25 kHz
6.5 x 6.5 tbd 12 bit