UPLXAPO

Extended Apochromat 物镜

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概述

UPLXAPO
UPLXAPO扩展型复消色差物镜具有高数值孔径(NA)、宽均质图像平整度以及从400 nm到1000 nm的扩展范围色差补偿。这些特性使您能够为从明场/荧光显微镜检查到共焦/超分辨显微镜检查等多种应用获取高分辨率的明亮图像。

比较适合您的应用的物镜

UPLXAPO4X

生命科学

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UPLXAPO10X

生命科学

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UPLXAPO20X

生命科学

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UPLXAPO40X

生命科学

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UPLXAPO40XO

生命科学

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UPLXAPO60XO

生命科学

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UPLXAPO100XO

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X Line UPLXAPO物镜客户评价

X Line客户评价:Josef Gotzmann博士

Josef Gotzmann博士
Central Facility BioOptics
光学显微术部科学经理

我们在使用X Line物镜时体验到了两大优势。首先,在拼接完整的动物图像时,扩展的视野均匀性大大简化了我们的处理工作流程。其次,由于曝光时间明显缩短,X Line镜头的集光性能得到增强,光毒性水平因而显著下降。X Line系列物镜在高水平显微镜试验中性能提升的关键水平上胜过了标准平场复消色差镜头。

X Line客户评价:Benedikt Pleyer

Benedikt Pleyer
显微镜专家

X Line20倍透镜具有通常只有40倍甚至60倍干物镜才有的高数值孔径,能为用户带来前所未有的亮度和细节。几乎所有20倍物镜都普遍存在的色差问题不是仅降至最低水平,而是已得到完全消除。借助20倍X Line透镜的超高传输速率,我可以在极高的快门速度下捕捉到令人难以置信的细腻画面和出色的景深。我强烈推荐X Line物镜用于所有光子匮乏型显微镜应用的成像。

X Line客户评价:Håkan Kvarnström

Håkan Kvarnström
显微镜专家

60倍的放大倍率与1.42的高数值孔径相结合,让我能够以高分辨率捕捉大视场。我之前使用的100倍物镜的NA值为1.40,因此使用X Line时,我可以捕捉到更多内容,看到更多细节。

开发高性能物镜

了解技艺精湛的工匠如何制造出作为X Line物镜系列核心的超薄镜片。这种突破性的镜头设计可提供更高的图像分辨率、均匀性和色彩还原性,而不会有所牺牲。

https://adobeassets.evidentscientific.com/content/dam/video/video/library/x_line_production_no_subtitles_5000(2).mp4

See the Truth: X Line Objectives

资源

3D CAD

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UPLXAPO100XO

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UPLXAPO60XO

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UPLXAPO40XO

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UPLXAPO40X

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UPLXAPO20X

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UPLXAPO10X

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UPLXAPO4X

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Application Notes

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High-Resolution Imaging of Bone Cell Interactions Using the FLUOVIEW FV3000 Confocal Microscope and an X Line 40X Oil Immersion Objective

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Connectome Imaging Using the FLUOVIEW FV3000 Confocal Microscope and X Line Objectives

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Discovering Fine Neurovascular Structures in Tibial Epiphysis Using the FLUOVIEW FV3000 Microscope

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Blog

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Crafting Precision: Behind the Lens of Microscope Objective Manufacturing

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What Do IOTY Jurors Look for in an Image? Let’s Find Out!

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4 Steps for a Successful Return to the Lab [+ Free Troubleshooting Guide]

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How to Use the Olympus Objective Finder in 5 Easy Steps

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Good Optics—Improving Single-Molecule Sensitivity in Confocal Microscopy

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5 Ways to Extend the Life (and Performance) of Your Microscope

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Barrier-Breaking and Now Edison Award-Winning Objectives

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The Anatomy of an Objective Lens

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6 Tips for Fluorescence Live Cell Imaging

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X Line Objectives Win a 2019 Laser Focus World Innovation Award

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3 Advantages of Using X Line Objectives

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eBooks

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Advance Your Science with Laser Scanning Microscopes: Application Examples Using Confocal and Multiphoton Microscopy

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Brochures

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Stunning 3D Images with X Line Objectives and TruSight Deconvolution

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X Line High Performance Objectives for Research

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X Line High Performance Objectives for Clinical Research

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Videos

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See the Truth: X Line Objectives

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X Line High Performance Objectives Introduction Movie

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X Line High Performance Objectives Product Introduction Movie

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Webinars

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EVIDENT Imaging Seminar 2022 Online:微細構造の観察を飛躍的に向上させる光学技術のご紹介

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White Papers

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X Line Objectives Offer Revolutionary Optical Performance Thanks to Advanced Manufacturing Technology

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