Zeiss Axioskop EL-Einsatz 5対物レンズ顕微鏡Zeiss
Axioskop EL-Einsatz
Zeiss Axioskop EL-Einsatz 5対物レンズ顕微鏡
Zeiss
Axioskop EL-Einsatz
固定価格 消費税別
€453
状態
中古
所在地
Duxford 

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機械に関するデータ
価格と所在地
固定価格 消費税別
€453
- 所在地:
- Duxford, UK

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オファーの詳細
- 広告ID:
- A20567335
- リファレンス番号:
- 412960
- 更新:
- 最終更新日:19.11.2025
説明
This listing is for a Zeiss Axioskop EL-Einsatz 5 Objectives Microscope.
The unit is in full working condition and is ready for immediate release.
Objective Lenses supplied:
Plan 100/1.25
Plan 40X/0.66
Plan 20x/0.40
Achroplan 10x/0.25
SPL10/0.25
Zeiss Axioskop EL-Einsatz 5 Microscope Overview
The Zeiss Axioskop EL-Einsatz 5 microscope is a sophisticated instrument designed for advanced microscopy tasks, particularly in research and clinical settings. Its range of objective lenses and features supports high-quality imaging and user-friendly operation.
Key Features:
Water Immersion:
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These objective lenses are designed for application in physiological salt solutions, making them perfect for examining thick biological specimens, such as brain sections.
High Numerical Aperture (NA):
The lenses feature high NA values (e.g., 0.80 for the 50x lens), enhancing light-gathering capability and image resolution, especially beneficial for fluorescence microscopy.
Fluorescence Capabilities:
The Axioskop EL-Einsatz 5 can capture fluorescent images across four channels. The system automatically adjusts brightness and white balance, simplifying the imaging process.
Ergonomic Design:
With an adjustable ergotube, users can comfortably position the eyepieces for extended use. Essential controls are conveniently located for ease of access.
Smart Microscopy:
The microscope is built for efficiency, featuring automatic adjustments that minimize the need for manual intervention, streamlining workflow.
Applications:
The Zeiss Axioskop EL-Einsatz 5 is suitable for a variety of applications, including:
Materials Science and Metallography:
Ideal for examining the microstructure of materials and conducting failure analysis.
Physiology and Electrophysiology:
Great for observing living cells and tissues, understanding physiological processes in real-time.
Biomedical Research and Clinical Diagnostics:
Useful for analysing biological samples, including histological sections and cultured cells, contributing to disease research and diagnostics.
Microscopy Tasks Requiring Advanced Imaging Capabilities:
Perfect for researchers needing high-resolution images and automation in their microscopy tasks.
The unit is in full working condition and is ready for immediate release.
Objective Lenses supplied:
Plan 100/1.25
Plan 40X/0.66
Plan 20x/0.40
Achroplan 10x/0.25
SPL10/0.25
Zeiss Axioskop EL-Einsatz 5 Microscope Overview
The Zeiss Axioskop EL-Einsatz 5 microscope is a sophisticated instrument designed for advanced microscopy tasks, particularly in research and clinical settings. Its range of objective lenses and features supports high-quality imaging and user-friendly operation.
Key Features:
Water Immersion:
Nwjdpsxxzliefx Ah Ajp
These objective lenses are designed for application in physiological salt solutions, making them perfect for examining thick biological specimens, such as brain sections.
High Numerical Aperture (NA):
The lenses feature high NA values (e.g., 0.80 for the 50x lens), enhancing light-gathering capability and image resolution, especially beneficial for fluorescence microscopy.
Fluorescence Capabilities:
The Axioskop EL-Einsatz 5 can capture fluorescent images across four channels. The system automatically adjusts brightness and white balance, simplifying the imaging process.
Ergonomic Design:
With an adjustable ergotube, users can comfortably position the eyepieces for extended use. Essential controls are conveniently located for ease of access.
Smart Microscopy:
The microscope is built for efficiency, featuring automatic adjustments that minimize the need for manual intervention, streamlining workflow.
Applications:
The Zeiss Axioskop EL-Einsatz 5 is suitable for a variety of applications, including:
Materials Science and Metallography:
Ideal for examining the microstructure of materials and conducting failure analysis.
Physiology and Electrophysiology:
Great for observing living cells and tissues, understanding physiological processes in real-time.
Biomedical Research and Clinical Diagnostics:
Useful for analysing biological samples, including histological sections and cultured cells, contributing to disease research and diagnostics.
Microscopy Tasks Requiring Advanced Imaging Capabilities:
Perfect for researchers needing high-resolution images and automation in their microscopy tasks.
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