Edmund Scientific catalog

Today, we welcomed Mr. Randall Hinton and Dr. Bill Murray, PhD from Edmund Optics to give a physics talk organized by CCNY Optica Student Chapter. Thank you so much for such amazing presentation on ultrafast lasers, manufacturing, and career in the field of optics and photonics. #ccny #physics #iusl #cuny

Meet Edmund Optics at the Precisiebeurs on November 13 and 14 and check out our capabilities and solutions for your high-precision technolgies. See you there 👋! 📍 's-Hertogenbosch, Brabanthallen, booth 447 📅 13 - 14 November Will you be there too and will we meet you at our stand? Register your free visit here: https://lnkd.in/e2HPh9v4 #EdmundOptics #precision #precisionfair #precisionsolutions #precisiontechnology

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May 22, 2023 — Fever means a body temperature of 100.4° F (38°C) or higher. ... 100.6 to 102.2 F (38.1 to 39.0 C); High-grade: 102.4 to 105.8 F (39.1 ...

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Ocular lenses are also called the eyepiece. This contains a system of lenses that magnify further the image formed by the objective lenses and projects it ...

To judge the performance of a microscope, the FIELD of VIEW (FOV) is a criterion of interest. What is this “FIELD of VIEW”?

Especially in stereo microscopy, where large samples come as standard, a large FOV is appreciated for a better sample overview before going into details. But how much “more” do I see at a glance in a FOV 23, in comparison with a FOV 20? Is it worth to choose a more expensive model, or is the less expensive solution sufficient?

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Join us for an exclusive keynote by Leslie Kimerling, Co-Founder & CEO of Double Helix Optics, at our Innovation Summit in Cupertino, CA on December 12! 🧬 Leslie will explore groundbreaking trends in life sciences and dive into the world of super-resolution 3D microscopy—powered by Nobel Prize-winning technology. Discover how Double Helix Optics is revolutionizing imaging with stunning 3D molecular visualizations. 🌟 Don't miss your chance to learn from top experts in optics and life sciences at this free in-person event! 📅 December 12, 2024 | 8:45 AM PT 📍 Quinlan Community Center, Cupertino, CA 💡 Register now: https://ow.ly/gjsL50UbcvO #EdmundInnovationSummit #EdmundOptics #EdmundEvents

Edmund Scientific catalog PDF

In a technical sense, we are talking about the diameter of the INTERMEDIATE IMAGE, created by the objective or, in infinity systems, by the cooperation of objective and tube lens. This intermediate image is enlarged by the eyepiece, acting as a magnifying glass. The labelling of the eyepiece shows the actual FOV in combination with its magnification, e.g. 10X/23 for a standard 10X eyepiece with FOV 23 (1).

Join us for our next #EdmundInnovationSummit, a FREE in-person event of learning and networking at the Quinlan Community Center in Cupertino, CA. Our experts, along with guest speakers, we will discuss "Optical Solutions for Life Sciences: Maximizing Performance, Minimizing Costs." Let's discover the trends and technologies enabling successful optical systems for life science applications. 📆December 12, 2024 I 8:45 AM PT 📍Quinlan Community Center, Cupertino, CA Register here! https://ow.ly/MbmC50U58pK #EdmundEvents #TheFutureDependsonOptics

This kind of approach is also valid for compound micro- scopes. Motic’s BA410E, combined with the low power objective EC-H PL 2X/0.05 displays a sample area of 22/2 = 11mm Ø, roughly the size of a thumbnail. For pathology this is interesting, but also in botany or zoology this combination may be useful as it represents a “missing link” between macro and micro observation.

Trying to answer this question, we first have to calculate the area of the intermediate image by applying the formula for the circular area A= ¶ x r2 for both cases.

Now it comes to the sample itself. “My sample has a diameter of 30mm, is it possible to see it in total”? With a given FOV, every microscope user is able to work out quite easily the visible sample area with a particular objective.

Edmund Optics

We are proud to sponsor PhotonicsSweden's Award (2nd prize) for an outstanding master thesis in the field of photonics/optics. A big congratulations to Adrian Vågberg for receiving this well-deserved recognition! 🎉 His thesis, "CO2 Absorption Spectroscopy with Backward Wave OPOs," showcases the innovative research that drives our industry forward. We’re thrilled to support the next generation of bright minds in advancing photonics.

Thank you to the CCNY Optica Student Chapter for hosting such an engaging and informative session! We're proud to have had our experts, Randall Hinton and Bill Murray, PhD, there to share their insights on ultrafast lasers and the exciting opportunities in the optics and photonics field. Looking forward to more collaborations like this! #TheFutureDependsonOptics

A = area of circular intermediate image (unit: mm2) r = radius of circular intermediate image = 0.5 x FOV A1 = ¶ x r12 A2 = ¶ x r22 A1/A2 =¶x11,5mm2 /¶x(10mm)2 =1,322

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Mar 10, 2013 — Using a Fresnel lens taken from an old rear-projection TV, Grant Thompson channelled the heat of the sun into a 1000 degree Celsius ray.

Join us in-person for a FREE event of learning and networking at the Quinlan Community Center in Cupertino! 🎉 🔬 Save the Date! 🔬 Optical Solutions for Life Sciences: Maximizing Performance, Minimizing Costs ✨ Discover the cutting-edge trends and technologies powering successful optical systems in life science applications. 📅 When: December 12, 2024 | 8:45 AM PT 📍 Where: Quinlan Community Center, Cupertino, CA 🔹 Live presentations & demos from experts 🔹 Expert insights on life science trends 🔹 Networking with industry leaders 🔹 Lunch, coffee & beverages included! Let’s innovate and elevate the future of optics in life sciences! ✨ 🎟️ Register Now – Limited spots available! https://ow.ly/4NB850U4JNc #EdmundInnovationSummit #EdmundOptics #EdmundEvents

Learn all about Metrology Driving Manufacturing Innovation from Jessica DeGroote Nelson at Optica’s Latin America Optics and Photonics Conference in Puerto Vallarta on November 12 at 3 PM. This presentation will review the past 30 years of manufacturing and testing innovations including everything from CNC processing to freeform optics, highlighting the tried and true message: “If you can’t measure it, you can’t make it." Learn more at: https://ow.ly/qi0x50U4ItY #Optics #Photonics #Manufacturing

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Feb 20, 2009 — Warm the lens up to 150°F and immerse it in the solvent combination while still warm. The sudden contraction will allow the solvent to penetrate ...

ACC-01-5004: CS to C Mount 5mm Spacer Adapter · Specifications · Resources & Support · Related Products. Specifications. Part ...

This calculation reveals a 32.2% larger intermediate image in the FOV23; 32.2% more information in com- parison to a FOV20 setup.

We’re excited to share that two amazing members of the Edmund Optics team have been recognized among the prestigious #Photonics100 by Electro Optics! 🎉 Join us in celebrating Katie Schwertz and Dr. Mathias Mende, both honored as Optical Engineering Leaders, for their outstanding contributions to advancing photonics technology. Their innovation, passion, and leadership continue to inspire both their colleagues and the entire industry. Congratulations, Katie and Mathias – this recognition is well deserved! 👏 📍Learn more about the Photonics100 here: https://lnkd.in/gs9a_kKf #ElectroOptics #Photonics100 #TheFutureDependsonOptics

Edmund Optics has been a leading supplier of precision optics and optical components since 1942, designing and manufacturing a wide array of multi-element optical lenses, lens coatings, imaging systems, and optomechanical equipment. Led by a staff of skilled optical engineers and scientists, Edmund Optics is application focused and pursues new ways to implement optical technology, enabling advancements in industrial metrology, semiconductor manufacturing, life sciences, and more. Edmund Optics is a worldwide presence in industrial optics extending well beyond our original manufacturing plant and corporate headquarters in Barrington, New Jersey, USA. This page is hosted by Edmund Optics. View our privacy policy: https://www.edmundoptics.com/privacy-policy/

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It has a low refractive index (approximately 1.43 at 589 nm) and minimal chromatic dispersion, making it a preferred material for lenses, optical windows, and ...

The BA410E allows a profound diagnosis in pathology, hematology, and cytology with their requirements for best color fidelity.

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Lockable High Performance Iris Diaphragms from Edmund Optics – the ultimate solution for precise aperture control in your optical system! 🎯 Easily adjust the aperture diameter and lock it securely in place with a simple twist of the lever. Designed to maintain stability even in shock and vibration-prone environments, these irises are perfect for applications where consistent performance is crucial, such as imaging, machine vision, and industrial optics. 🔒 📌Learn more about the product: https://ow.ly/QeTr50Uaqi4 📌Watch the demo below or click here: https://ow.ly/88Ka50Uaqi5 #EdmundOptics

We were honored to be finalists in the Excellence in Diversity Award from the 2024 Delaware Valley HR Department of the Year Awards! 🏆 Diversity, equity, and inclusion have been driving forces behind our work, and we’re so grateful to have been part of a community that shares this commitment. A big thank you to all the incredible organizations working to create positive change—together, we’re making an impact! 🌍 #EdmundOptics #DEI

Humans tend to follow the idea “the more the merrier”. Basically this idea is also applied for the FOV. But there are limitations. A FOV 28 may be impressive from the technical side (think about the field flatness), but overburdens the human eye: the eyes have to “roll” in order to cover the whole visible area.

Following this chart, the standard configuration of Motic’s SMZ171 offers an area of 30.7mm Ø at a glance. The total magnification in this case is 7.5X. By adding auxiliary objectives < 1X magnification, this area can be enlarged up to an area of 102mm Ø.

The objective lens function by magnifying the specimen while the ocular lens magnifies the magnified image of the specimen for better resolution. Help improve ...

Is compressed air safe? Yes. Compressed air is clean, safe, simple, and efficient, as far as energy sources go. There are no dangerous exhaust fumes or other ...