2026/07/01
What makes a camera scientific grade versus industrial?
As camera technology advances at rapid pace, increasing speeds, sensitivity and area, scientist use these advantages to extend their research, enabling faster imaging and seeing what has never been seen before, but what about instrumentation? When making an instrument you of course need performance, but size and cost targets must be met. How are these new advances in camera technology helping the engineers get what they need.
In this webinar we explore 3 different sensor technologies CMOS, sCMOS and TDI sCMOS and explore their high-performance or compact-industrialised forms.
We take a deep look at cooling, and it’s impacts relative to your experiment and operating environment. We also explore the performance metrics scientific camera companies obsess about which are often missed by industrial camera suppliers.
We will be using this opportunity to launch 3 new Scientific compact cameras into our Libra, Aries, and Gemini series. More to follow on these new models.
By the end of this webinar, you will:
1. Understand the differences between CMOS, sCMOS, and TDI sCMOS technologies.
2. Identify what distinguishes a scientific-grade camera from an industrial camera.
3. Evaluate when cooling improves imaging performance and when it may not be necessary.
4. Understand the imaging specifications that have the greatest impact on scientific measurements.
5. Select the right compact camera for scientific instrument integration.
6. Get an exclusive look at the latest compact Libra, Aries, and Gemini cameras.
Webinar Details
Date
Friday, 31 July, 2026
Platform
LinkedIn Live(English), WeChat Live (Chinese)
Language & Time
English
- 3:00 PM CEST (Europe)
- 3:00 PM EDT (US East Coast)
- 12:00 PM PDT (US West Coast)
Chinese Mandarin
- 3:00 PM CST (China)
Free register now to discover how the latest compact scientific cameras can help you build smaller, higher-performance scientific instruments. We will share the replay after the webinar!
