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COTS to Custom: Using Microscope Objectives in OEM Products
JUN
6
1:00 PM EDT
David Biss of Optikos navigates the trade-offs that must be considered when developing the architecture of a microscope. In the vast expanse of life sciences, designing an OEM microscopy platform...
on demand
A Behind-the-Scenes Look at Creating Quality Parts Using Laser Welding
Laser welding has developed into one of the most used joining techniques in sheet metals for applications such as car bodies, medical devices, sensors, batteries, and more. To create successful welds...
on demand
Fiber Solutions in 0.3 to 16µm Range Enable Specialized Biomedical Applications
Fiber solutions for biomedical applications in the 0.3-16µm range include those utilized for multispectral diagnostics to define tumor margins and to detect osteoarthritis. IR-endoscopes and...
on demand
Radiation Resistance of Infrared Glasses
Spaceborne optics are exposed to extreme environmental conditions that may have short- and long-term effects on their performance. The periodic day to night transition over the orbit can induce...
on demand
Tolerancing Considerations for Infrared Optics
The tolerancing of optical components is a very important communication step between the optical designer, the optical fabricator, and the end user of the optics. Tolerances are a balance between...
on demand
Unlocking the Future of Low-SWaP Thermal Imaging: Design Challenges and Performance
Nissim Asida reviews recent breakthroughs in IR zoom lens development, addressing the demanding requirements for reduced size, weight, and power (SWaP) while enabling high-resolution vision and...
on demand
Supervised Learning Methods for Inspecting Semiconductors, Wafers, and Materials
Deploying supervised learning methods for automated optical inspection (AOI) of semiconductor wafers and other materials enables process engineers to detect defects on bare and patterned samples...
on demand
Medical Laser Applications: Defining Measurement Solutions That Keep the Process on Track
As with any precision process, laser-based medical applications demand tight control of a laser’s behavior to keep the process on track. But how is this implemented in applications? Mark...
on demand
QCL Dual-comb Spectroscopy for Density and Melt Flow Rate Prediction of Polyethylene
The high variety of tailor-fitted molecular structures of Polyethylene (PE) can fulfill the requirements of various applications, however, it also poses difficulty in the mechanical recycling of...
on demand
Exploring Plasmonics and Metamaterials with COMSOL®
Plasmonics, or the investigation and manipulation of electron oscillations along metal–dielectric interfaces, is an emerging technology with great innovation potential. Biophotonic sensing,...
on demand
High-Power Diode Laser Modules for Manufacturing and OEM Integration
High-power diode lasers have progressed significantly since their first appearance in the market. Today, these lasers are able to utilize high power levels and high-percentage electro-optical...
on demand
Managing Laser Degradation in Industrial Applications
Lasers are made of physical matter. Therefore, the natural degradation of their materials can cause variability in performance. Aging optics often cause slow changes in laser behavior and, when left...
on demand
Dynamic Beam Lasers: Introducing New Parameters for Laser Welding
Asaf Nissenbaum, Ph.D., shares new parameters for the Dynamic Beam Laser created by Civan Lasers. The laser’s unique power distribution provides complete control of the melt pool and keyhole,...
on demand
The Next Step in Optical Design: How the Modeling of Optics Fabrication Avoids Common Pitfalls
A new methodological analysis of optics fabrication technologies enables the modeling and simulation of whole fabrication chains — by reading in lens design data. Toward that aim, both optical...
on demand
Advancements in Fiber Optics for Spectrometers
Optical fibers are an important component in modern spectroscopy, enabling remote sampling, flexible measurements, and smaller instruments. But using fiber optics in spectroscopy systems entails...
on demand
Numerical Simulations of Optical Spectroscopy and Photonic Devices
Accelerating development of photonic devices and optical spectroscopy techniques, from the low-frequency RF/microwave regime to the high-frequency optical regime, have led to exciting and widespread...
on demand
Ultrafast-Laser-Based Figuring and Polishing of Optical Materials
Ultrafast lasers enable non-contact, waste free, precise material removal. Ultrafast laser-based processes have the potential to replace traditional diamond-turning, magnetorheological finishing, and...
on demand
Precision Laser Cutting and Welding of Glass and Polymer Materials
Glass and polymers are important materials in consumer electronics, automotive, medical device manufacturing, and many other industries. For mobile phones, advancements such as flexible and foldable...
on demand
How Open Pilot Line Deployments Are Advancing Laser-Based Additive Manufacturing
Among metal additive manufacturing technologies, laser-based direct energy deposition (LB-DED) processes, in which a focused laser source is used to melt-fuse materials as they are deposited, are...
on demand
Streamlined Ultrafast Laser Technique Improves Results and Throughput for Cutting Glass
Glass-cleaving techniques based on ultrafast lasers have become increasingly popular over the last decade. A key milestone contributing to this growth was the ability to shape the beam to obtain a...
on demand
New and Established Laser Applications in the Battery Manufacturing Process Chain
To make e-mobility a real success, production processes must be profitable, efficient and reproduceable. Laser technology is an indispensable manufacturing tool and is used throughout the entire...
on demand
Intelligent Material Design for Infrared Optics
Chalcogenide glasses offer an opportunity to expand the possibilities available to infrared optical designers by providing the ability to create IR optical materials with specifically designed...
on demand
Active Metasurfaces for High-performance, Ultracompact Optical Systems
Tian Gu outlines the opportunities enabled by and challenges of employing metasurface flat optics in optical systems that are traditionally bulky and complicated. Leveraging a low-loss,...
on demand
Streamlining Materials Processing with Blue Lasers
Since the blue laser's introduction in 2017, advancing capabilities have continued to expand its range. Blue laser materials processing is bringing new efficiencies to battery, consumer electronics,...
on demand
LED Lighting for Fluorescence Microscopy: A Sustainable Illumination Option
Fluorescence imaging in life sciences and microscopy applications has traditionally used mercury, metal halide, and xenon arc lamps for illumination. With advances in technology, LEDs are now able to...
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May 2024
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