Stories & Features

What is proteomics and how does it differ from genomics? This post will discuss the definitions of proteomics and genomics, how they differ, and how life science applications are benefiting from this new approach to protein analysis.
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Learn how compact OEM light engines improve imaging performance, simplify integration, and deliver the precise illumination needed for today's life science, industrial, and semiconductor imaging systems.
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When designing fluorescence imaging, flow cytometry, molecular diagnostics, or analytical instrumentation systems, choosing between an LED and a laser diode is rarely a straightforward decision. Each technology offers distinct performance advantages, but each also introduces optical challenges that can impact system sensitivity, image quality, throughput, thermal management, and overall complexity.
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There is a common misconception in instrument development: that custom always means expensive. For many engineers, this leads to sticker shock when they see a custom quote, causing them to default to off-the-shelf (OTS) components. However, the cost delta between custom and off-the-shelf is often a myth when you look at the efficiencies gained across the entire Development Pathway from IDEX Health & Science.
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When you set out to build a fluorescence microscope, the focus is often on the components: which lens, which filter, and which camera. However, a high-performance system is not just a collection of parts—it is a series of interconnected architectural decisions. Many developers fear that moving away from off-the-shelf components into a custom design will be overwhelming. The goal of collaboration is to demystify the instrument development process by providing a clear, phased roadmap.
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Watch the replay! This session explores two primary strategies for increasing imaging speed—large-field “step-and-shoot” imaging and ultra-fast line scanning with Time Delay Integration (TDI) sensors—and the optical demands associated with each.
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In optical system design, light is the currency you spend to get meaningful results, but etendue is your spending limit. Many system designers hit a technical wall where simply trying to deposit more laser power or buy a faster camera no longer yields results. This stagnation happens because the system's etendue has already capped how much information can actually be transferred. To truly overcome these bottlenecks, we must look beyond individual components and consider the etendue conservation of the entire optical train.
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Our BrightLine filter sets have long been an industry ”work horse,” delivering dependable, exceptional performance for a wide range of ever evolving applications and customer needs. We're excited to announce a significant evolution in our BrightLine product offerings, designed to provide unparalleled value and performance: the BrightLine 2.0 and BrightLine Basic Optical Filter Sets.
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The design of illumination optics for fluorescence-based systems has traditionally been defined by a frustrating compromise: speed versus sensitivity. If you’ve ever had to choose between the high intensity of a pinpoint laser and the rapid scanning speed of a wide-field beam, you’ve experienced the inherent limitations of traditional illumination design. But what if you didn’t have to choose?
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Every high-performance life science instrument requires a precisely tuned source-to-sensor imaging subsystem that balances resolution and throughput. Discover how to avoid the endless design loop by partnering with our team of experts at IDEX Health & Science.
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