原始緊湊倒置顯微鏡

快速有效地檢查活細胞

現(xiàn)在你可以研究活細胞的形態(tài)，并用蔡司的這種小型倒置顯微鏡來評估它們的發(fā)育。Primovert非常適合你的細胞培養(yǎng)實驗室。它能快速、有效地研究相襯中的未染色細胞和熒光對比中的gfp標記細胞。它可以直接安裝到層流柜中，直接在無菌環(huán)境中工作。

它也給了你一個受歡迎的靈活性，它的相機兼容性和iPad的LabVIEW成像應用程序：從無菌工作空間外部觀察你的細胞，并與同事進行評估。

細胞培養(yǎng)實驗室的完整解決方案

Primovert的一切都是為了方便你的日常工作而設計的。使用支架上的開關輕松地從相襯切換到熒光

對比，評估未染色和熒光細胞。您可以選擇安裝框架，以配合各種插座，如培養(yǎng)皿和井板。當你使用培養(yǎng)瓶時，只需移除冷凝器以增加工作距離。這種緊湊的倒置顯微鏡可以很好地安裝在層流柜中，這樣你就可以直接在無菌環(huán)境下工作。

和你的工作流程一樣快：打開它，開始評估——一整天，每天

你那一本正經(jīng)的衣服隨時都可以穿。只需使用方便的臺式開關打開和關閉顯微鏡。由于集成了LED熒光燈，您可以立即開始工作，而無需預熱或冷卻?？臻e時，它會在15分鐘后自動關閉，這是另一個節(jié)能功能。Primovert很容易使用，運行成本也很容易——而且對你來說也很容易，它有一個能讓你找到一個舒適的工作姿勢，并在一個小時又一個小時的時間里保持放松。根據(jù)個人需要調(diào)整觀察角度，并在站立或就座時使用顯微鏡。

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擴大你的可能性

Primovert有一個通用的相位滑塊用于所有目標。您可以使用ph1進行10倍、20倍和40倍放大，并避免在更改放大倍數(shù)時必須調(diào)整相位。

Pimovert滑塊

LED照明具有使用壽命長、色溫穩(wěn)定等優(yōu)點。使用LED熒光燈，避免燈的升溫、降溫和調(diào)整。使用恒定亮度。

原始LED照明

您可以使用各種安裝框架和階段調(diào)整燒瓶和多井板。對于許多培養(yǎng)皿，你也可以擴大階段。

原始安裝架

使用免費的Zen-Lite顯微鏡軟件控制蔡司顯微鏡相機，捕捉圖像或查看您的CZI文件。

Primovert軟件

應用

hela細胞原代gfp細胞原代

hela細胞。放大20倍，相差u2os細胞，gfp標記放大20倍，熒光對比

用帶多個物鏡的鼻片改變放大倍數(shù)4-40倍，相位環(huán)。

Primovert有一個4×機頭和一系列目標。您可以使用平面消色差和ld平面消色差物鏡，其相位環(huán)和放大倍數(shù)分別為4×和40×。

用顯微鏡觀察幾個小時。

在自動模式下，Primovert在待機狀態(tài)下工作。如果設備15分鐘不使用，它會自動關閉。

只需按一個按鈕重新激活它。

Ergotube是為長期使用而設計的。您可以單獨調(diào)整觀看高度和角度，以便在坐姿或站姿下舒適地工作。

評估未染色的透明樣品，如活細胞。

Primovert配備了相位對比。使用通用相位滑塊（pH0、pH1和pH2）進行10倍、20倍和40倍放大，以消除在調(diào)整放大倍數(shù)時調(diào)整相位位置的需要。本顯微鏡組件中僅包含PH1放大鏡。

在無菌環(huán)境下使用顯微鏡（細胞培養(yǎng)實驗室的層流柜）。

Primovert緊湊的設計使顯微鏡能夠適應任何細胞培養(yǎng)實驗室。你可以把Primovert直接放在層流柜里。

使用各種細胞培養(yǎng)容器，如培養(yǎng)皿、多孔板和培養(yǎng)瓶。

Primovert為不同的細胞培養(yǎng)血管提供了多種對象引導和階段插入。如果要在邊緣堆疊多個容器，請使用階段展開。使用培養(yǎng)瓶時，只需拆下冷凝器。

Primovert是一個倒置的顯微鏡，所以很容易觀察到細胞從下面的細胞培養(yǎng)血管底部聚集的細胞。

原始緊湊倒置顯微鏡

Examine Living Cells – Quickly and Efficiently

Now you can study the morphography of living cells and evaluate their development with this compact inverted microscope from ZEISS. Primovert is perfectly suited to your cell culture laboratory. It enables fast, efficient investigations of both unstained cells in phase contrast and GFP-labeled cells in fluorescence contrast. It fits straight into your laminar flow cabinet to work directly in a sterile environment.

And it brings you a welcome degree of flexibility, too, with its camera compatibility and the Labscope imaging app for iPad: observe your cells from outside the sterile working space and evaluate them with colleagues.

A Complete Solution for Your Cell Culture Laboratory

Everything about Primovert is designed to facilitate your daily work. Use the switch on the stand to shift effortlessly from phase contrast to fluorescence
contrast, evaluating both unstained and fluorescent cells. Take your choice of mounting frames to work with various receptacles such as Petri dishes and well plates. And when you’re using culture flasks, simply remove the condenser to increase the working distance. This compact inverse microscope fits neatly into your laminar flow cabinet so you can work directly in a sterile environment.

As Rapid as Your Work Flow: Switch It On and Start Evaluating – All Day, Every Day

Your Primovert is always ready to go. Just use the convenient benchtop switch to turn the microscope on and off. Thanks to the integrated LED fluorescence, you start working right away – without warming up or cooling down. When idle, it shuts itself off automatically after 15 minutes – another energy saving feature. Primovert is easy to use, easy on running costs – and easy on you, too, with an ergotube that lets you find a comfortable working posture and stay relaxed, hour after hour. Adjust the viewing angle to your individual needs and use the microscope in a standing position or seated.

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Expand Your Possibilities

• Primovert has a universal phase slider for all objectives. You can use Ph1 for 10×, 20× and 40× magnification, and avoid having to adjust the phase position when you change the magnification.

• LED illumination gives you the benefit of long life and stable color temperature. Use LED fluorescence to avoid warming up, cooling down and adjustment of the lamp. Work with constant brightness.

• You can use various mounting frames and stage adjustment for flasks and multi-well plates. For many Petri dishes, you can also expand the stage.

• Use the free ZEN lite microscope software to control ZEISS microscope cameras, capture images or view your CZI files.

Applications

HeLa cells. Magnification 20×, phase contrast - U2OS cells, GFP labeled Magnification 20×, fluorescence contrast

• Use the nosepiece with multiple objectives to change the magnification 4 – 40×, phase ring.

Primovert has a 4× nosepiece and a selection of objectives. You can use Plan-Achromat and LD Plan-Achromat objectives with phase ring and magnifications of 4× and 40×.

• Use the microscope over several hours.

In automatic mode, Primovert operates in standby. If the device is not used for 15 minutes, it automatically shuts itself off.

Simply press a button to reactivate it.

The ergotube was designed for extended periods of use. You can adjust the viewing height and angle individually to work comfortably in either a seated or standing position.

• Evaluate unstained, transparent samples such as living cells.

Primovert is equipped with phase contrast. You use a universal phase slider (Ph0, Ph1, and Ph2) for 10×, 20×, and 40× magnification to eliminate the need for adjusting the phase position when adjusting the magnification. Only the Ph1 magnifiers are included within this microscope pack.

• Use the microscope in a sterile environment (laminar flow cabinet in cell culture laboratory).

Primovert’s compact design enables the microscope to fit into any cell culture laboratory. You can put Primovert straight in your laminar flow cabinet.

• Use various cell culture vessels such as petri dishes, multiwell plates and culture flasks.

Primovert comes with a variety of object guides and stages inserts for different cell culture vessels. Use the stage expansion if you want to stack several vessels on the edge. When working with culture flasks, simply remove the condenser.

Primovert is an inverted microscope so it’s easy to observe cells that collect at the bottom of cell culture vessels from below.