簡要描述:Leica M165 FC熒(ying)光體(ti)視顯微鏡具有 16.5:1 變焦功能,以分辨小(xiao) 1.1 微米的結構,實(shi)現清(qing)晰的熒(ying)光成像(xiang)(xiang)(xiang)。圖(tu)像(xiang)(xiang)(xiang)編碼(ma)功能確(que)保輕松便(bian)捷地(di)保持(chi)圖(tu)像(xiang)(xiang)(xiang)設置與參數正確(que),實(shi)現快速便(bian)捷的高(gao)質量(liang)觀察與圖(tu)像(xiang)(xiang)(xiang)采集。
詳細介紹
Leica M165 FC熒光體視顯微鏡產品介紹:
徠卡(ka) M165 FC 全復(fu)消色差功(gong)能使體視顯(xian)微(wei)鏡具有(you) 16.5:1 變焦功(gong)能,以(yi)分辨最小 1.1 微(wei)米的結構,實現(xian)清(qing)晰的熒光成像。
圖像(xiang)(xiang)編碼功能確保(bao)輕松(song)便(bian)捷地保(bao)持(chi)圖像(xiang)(xiang)設置與(yu)參數正確,實現快速便(bian)捷的高質量觀察與(yu)圖像(xiang)(xiang)采集。
TripleBeam™ 技術可(ke)為熒光激發光源單獨光路(lu),以增強圖(tu)像對比度、清晰度與亮(liang)度,以提高系統性能。
The Leica M165 FC fully apochromatic corrected stereo microscope with 16.5:1 zoom optics resolves structures down to 1.1 micron for detailed fluorescent imaging.Image coding allows easy, convenient reproduction of image settings and parameters for fast, consistent, high quality observation and documentation.TripleBeam technology dedicates a separate beam channel for fluorescence illumination to enhance image contrast, details and intensity for better performance.
Leica M165 FC熒光體視顯微鏡技術參數:
Your Advantages
特點:
16.5:1 zoom optics
16.5:1 zoom optics – resolves structures down to 1.1 micron for detailed fluorescent imaging
16.5:1 變焦光(guang)學元件
16.5:1 變(bian)焦光學元件(jian)——分辨(bian)最(zui)小 1.1 微米的結構,實(shi)現清晰(xi)熒光成像(xiang)。
Image Coding
Image Coding - provides convenient, reproducible settings for quick, easy documentation
圖像編碼
圖(tu)像編碼—確保圖(tu)像設置(zhi)的正確,實現快捷圖(tu)像采集。
TripleBeam technology
TripleBeam technology – separate illumination channel for high contrast, high performance imaging
TripleBeam™ 技術
TripleBeam™技術—單獨的(de)激發光路(lu)以(yi)獲得高對比度(du)、高性能圖像(xiang)。
Parallax-free documentation
FluoCombi: provides stereo and macro view to cover both, manipulation purposes and parallax-free documentation with just one instrument.
無視差圖像采集
FluoCombi: 提供(gong)體視顯微成像與顯微觀察功能,一臺儀器即可滿足顯微操作(zuo)與無(wu)視差圖(tu)像采(cai)集的要求。
Modularity for maximum flexibility
Modularity - for maximum flexibility and optimal adaptation of the microscope to application requirements
模(mo)塊(kuai)化實(shi)現(xian)最大靈活性
模塊化—實現最(zui)大靈活性,根(gen)據應用要求對顯微(wei)鏡進行利用。
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