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| 明暗视场切换拨杆 | GX51对应明视场、暗视场、微分干涉和简易偏振光观察。明暗视场的切换，仅用手边的一个拨杆就能完成。 |
使用电动物镜转换器能快速地切换物镜，电动滤镜转轮的采用，使照明的切换等可由近在咫尺的手控开关和电脑完成。这些特长进一步提高了操作性，便于集中观察。可以按照需要自由组合电动单元。
※ 电脑控制需要使用影像分析软件
可以从不同的用途和倍率中，选择符合客户目的的UIS2物镜。来自波像差控制的高品质、逼真的中性色彩显示等，从目视观察到数码影像，UIS2物镜发挥着优异的性能。
| 观察影像实例 |
软件方案
奥林巴斯的各种数码相机都可以实现高分辨率查看图像和快速的图像传输，而且奥林巴斯内容庞大的图像分析软件完全授权用户使用，其拥有的各种工具，可以满足现今最复杂的冶金学的观测要求。只需要单击几下鼠标，便可以从扩展测量、标准金相学和高级金相学的具体应用程序模块中（有大量具体的应用例行程序）进行选择，并以最流行的ASTM和ISO规格自动生成数据和创立报告。
| GX-SPU | 除了显微镜机身正面内置的照相机端口以外，将三目镜筒和中间镜筒的IX-ATU或侧面中间镜筒的GX-SPU与显微镜机身组装，也可以连接照相机使用。 |
透射照明装置可以安装在显微镜镜体的背面，适合观察透明样本和粉末。
| 倒置金相系统显微镜 GX51 规格 | |||
| 光学系统 | UIS2光学系统（无限远校正） | ||
| 机身 | 观察方法 | 明视场/暗视场/微分干涉/简易偏振光 | |
| 反射/透射 | 反射/透射 | ||
| 照明装置 | 明暗视场摇杆切换 | ||
| 照明系统 | 反射照明 | 100 W卤素/100 W水银/75 W氙 | |
| 透射照明 | 100 W卤素 | ||
| 对焦单元 | 电动/手动 | 手动 物镜转换器上下移动式（载物台固定式） | |
| 行程 | 9 mm | ||
| 微调灵敏度 | 微调旋钮转动1周移动0.1 mm | ||
| 物镜转换器 | 电动型 | 明视场微分干涉6孔 明暗视场微分干涉5孔 |
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| 手动式 | 明视场微分干涉中心输出4孔 明视场微分干涉6孔 明暗视场5孔 明暗视场微分干涉5孔 明暗视场微分干涉中心输出5孔 明暗视场微分干涉6孔 |
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| 中间倍率 | – | ||
| 照相机端口 | 正面端口（负像），横向端口（正像：选件） | ||
| 载物台 | 行程 | 50（X）×50（Y）mm | |
| 观察筒 | 标准视场（视场数18） | 倒置 | – |
| 标准视场（视场数20） | – | ||
| 广角视场（视场数22） | 倒置 | 双目/三目/倾斜双目观察筒 | |
| 正像 | – | ||
| 超宽视场（视场数26.5） | 倒置 | – | |
| 正像 | – | ||
| 选件 | 偏振光观察单元 | ||
| 外形尺寸 | 280（W）×711（D）×425（H）mm | ||
| 重量 | 28 kg（标准组合） | ||
产品编号：
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同类显微镜中尤为出色的光学性能 光学性能得到全面飞跃，实现多种观察方式，是性价比最好的多用途临床级显微镜 CX41这款极畅销的显微镜的革新，在光学品质和系统性能方面都有全面提高，并提供优越的性价比。结合了奥林巴斯先进的UIS光学系统，在从明场到荧光等各种观察方法下，CX41的图像品质都有了质的飞跃。在生物及医疗领域的临床检验和教学应用中，CX41的系统性能在同类显微镜中一直处于领先水平。 Plan C平场物镜下出色的平场图像 在各种观察方式下，CX41都能提供拥有出色的明亮度与清晰度的图像。配合久负盛名的奥林巴斯UIS无限远校正光学系统，CX41采用了PLC系列平场消色差物镜作为基本配置，这一系列物镜由精选的高级玻璃通过精密制作而成。因此CX41在10×和40×下的平场度得到显著提高，图像品质有着质的飞跃。透射光照明采用6V，30W高强度汞灯光源。 实现包括荧光等多种观察方法，拥有极佳的性能价格比 滑动聚光镜/ CX-SLC 明场聚光镜/ CH3-CD 这些阿贝聚光镜可以进行4×到100×的明场观察。辅助透镜（CX-AL）能够精确调节光轴中心，并且配合孔径光阑获得最佳的苛勒照明效果。如果添加相应的附件，这些阿贝聚光镜就能进行相差和暗场的显微观察。 相差观察附件/ CX-PH1,2,3 用于10×，40×，100×的相差观察。 暗场中央光阑/ CH2-DS 用于4×到40×的暗场观察。 低倍放大适配器/ CX-LA 用于2×物镜进行宏观观察。 落射荧光装置/ CX-RFL-2 落射荧光装置可以进行蓝、绿两种激发的荧光观察。用户可以在荧光观察方式和明场观察方式之间自由切换。UIS2光学系统提供更明亮，更清晰的荧光图像，排除勒因为添加勒中间附件而产生的不良影响。标准的Plan C物镜能直接用于荧光观察。 防酶处理 观察筒、目镜和物镜等光学部件都进行了防酶处理，即使在潮湿地区也能保证光学部件的优良品质。 可靠的性能保证了出色的操作方便性 使用单个手指即可移动样品 载物台的XY旋钮带有胶皮帽，单个手指即可平滑地移动样品位置。紧凑的镜体和控制钮位置的设计保证了操作时手的移动最少，令使用者保持舒适的姿势。 内侧倾斜的四孔物镜转盘 在物镜前方留出了更多空间，更容易确认观察样品的位置，更换样品更方便快捷。 张力调节旋钮 粗调聚焦旋钮的张力可以根据个人需要随意调节，使调焦操作更平滑。并提供载物台限位拉杆。 可倾斜式双目观察筒 可倾斜式双目观察筒让每一位使用者都能选择适合自己的操作姿势，增加舒适，减少疲劳，使操作人员能够长时间地保持注意力。 无突出支架设计提高了操作性能 无突出设计使样品在X方向上移动时不会有支架延伸出载物台，保证了工作区域安全，避免观察时受到小意外的干扰。载物台刻度的位置明显，方便使用者读取记录。 保管和搬运非常方便 CX41非常轻便，镜体的前方与后方都提供了把手方便进行镜体移动，镜体上没有支出在外的棱角。 提供更多附件，更多功能选择 轻松进行数码摄像 双人共览装置/ U-DO3 三目观察筒/U-CTR30-2与中间附件/ U-TRU 眼点调节器/ U-EPA2 箭头指示器/ U-APT CX41规格 项目 CX41 光学系统 UIS光学系统（无限远校正系统） 照明装置 内置透射光柯勒照明，6V30W卤素灯 100-120V/220-240Vg 0.85/0.45A 50/60Hz 调焦系统 载物台垂直运动由滚柱（齿条—小齿轮）机构导向，采用粗微同轴旋钮，粗调行程每一圈为36.8mm，总行程为25mm，微调行程为每圈0.2mm，具备粗调限位器和张力调整环 换镜转盘 向内侧倾斜的固定5孔物镜转盘 观察筒 类型 U-CBI30-2，双目 U-CTR30-2，三目 视场数 20 20 倾角 镜筒倾角为30° 镜筒倾角为30° 瞳间距 48-75mm 48-75mm 光路选择 无 光路选择（50双目/50摄像） 载物台 尺寸为188mm × 134mm，活动范围为X轴向76mm × Y轴向50mm，双片标本夹，标配橡胶帽 聚光镜 阿贝聚光镜，数值孔径1.25（浸油时），内装式孔径光阑 尺寸和重量 233（宽）× 432（高）× 367.5（长）mm大约8.5kg 物镜，平场消色差 PLC 数值孔径(N.A.) 工作距离(W.D.) 4x 0.10 22.0mm 10x 0.25 10.5mm 40x 0.65 0.56mm 100xOil 1.25 0.13mm
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★ 多种显微观察方式，尽览各种生物标本
FSX100可以观察载玻片/培养皿/多孔板等多种器具上面的组织标本/活细胞和各种生物标本，实现明场/荧光/相差等生命科学最常用的几种研究方式。
△ 标准配置高通量U/B/G三种荧光激发块，覆盖绝大多数染料和荧光蛋白的光谱波段。
△ 采用PPC相差系统，在轻松获取高质量相差图像（活细胞和非染色的任何标本）同时，如与三荧光通道结合还能展现精确亚细胞定位的多标荧光图象。
△ 彩色标本的高色彩还原，全自动曝光控制，轻松实现明场观察。
△ 内置式暗室设计，完全屏蔽外界杂散光干扰。
★ 高度整合性，完成多种复杂功能
△ FSX100集中了传统正置倒置电动显微镜的全部优势，采用人机工程学技术将软硬件极其精妙地整合为一体，厢式外观。全自动聚焦和曝光系统，尤其是极具创新设计的 “自动像差调节系统”更是将微观光学调节推向“全自动微调”的极致层面，满足不同厚度底壁，不同介质的全领域标本观察的需要。
△ 可完成多种复杂功能，满足各种生物实验应用。
⊙ 荧光多通道自动采集，立刻显示多通道色彩合成的图像。
⊙ 活细胞研究的长时间获取，并可存成电影格式或静态图像格式。
⊙ 宏观图像扫描，高倍率图像拼接
⊙ Z轴序列扫描，并可做景深扩展，以满足厚标本研究的需要
★ 超高分辨，极强敏感，呈现完美生命图像
△ 图像采集系统分辨率高达1250万像素，2/3英寸大靶面制冷CCD，荧光/弱光敏感度高。
△ 荧光系统采用弗莱均衡化照明系统和全自动视场光阑为各种荧光强度的拍摄和光源强度的均匀化起了至关重要的作用。
△ 全自动曝光/聚焦，令人惊叹的图像亮度和清晰度。 使用40x的物镜，NA高达0.95. 这样的大NA物镜可以有效采集充足的光信号，即使微弱荧光也能拍摄到锐利和清晰的荧光图像。
|
观察方式 |
荧光、相差和明场 |
|
采集方式 |
单张图像、时间序列、Z轴序列和宏观图像拼接，可一次记忆30个位置 |
|
自动聚焦 |
一次点击可以实现 |
|
曝光控制 |
自动/手动 |
|
实时图像处理 |
降低噪声（3个等级），锐化（2个等级） |
|
白平衡、黑平衡 |
预设/识别/手动 |
|
图像格式 |
BMP、JPG、TIFF、AVI |
|
设置恢复功能 |
不同用户的不同设置储存和导入，图像采集时的条件储存和导入 |
|
图像处理功能 |
自动图像存储、自动设置恢复、操作指导功能、编辑测量等功能 |
|
样本夹 |
适用载玻片，培养皿，多孔板 |
|
标配物镜 |
精细：40X NA：0.95（17X-80X的光学放大） |
|
光学中间变倍 |
0.42X-2X |
|
全自动像差调节系统 |
可辅助调焦，满足不同厚度底壁，不同介质的标本观察的需要。 |
|
全自动XY载物台 |
行程：56X26mm（载玻片）；11X11mm（培养皿）；18X18mm（50mm的盘）（根据样本改变自动调整） |
|
透射光光源 |
长寿命白色LED光源，平均使用寿命16000小时 |
|
荧光光源及通道 |
预对中的金属卤化物灯，平均寿命2000小时；全自动视场光阑、光闸、光强调节；Ｕ、Ｂ、Ｇ激发方式/相差部件4通道全自动转换 |
|
图像采集系统 |
单芯片彩色CCD，2/3英寸，1250万像素，制冷低于环境温度10， binning功能（4×4） |
|
观察方式 |
荧光、相差和明场 |
|
采集方式 |
单张图像、时间序列、Z轴序列和宏观图像拼接，可一次记忆30个位置 |
|
自动聚焦 |
一次点击可以实现 |
|
曝光控制 |
自动/手动 |
|
实时图像处理 |
降低噪声（3个等级），锐化（2个等级） |
|
白平衡、黑平衡 |
预设/识别/手动 |
|
图像格式 |
BMP、JPG、TIFF、AVI |
|
设置恢复功能 |
不同用户的不同设置储存和导入，图像采集时的条件储存和导入 |
|
图像处理功能 |
自动图像存储、自动设置恢复、操作指导功能、编辑测量等功能 |
|
样本夹 |
适用载玻片，培养皿，多孔板 |
|
标配物镜 |
精细：40X NA：0.95（17X-80X的光学放大） |
|
光学中间变倍 |
0.42X-2X |
|
全自动像差调节系统 |
可辅助调焦，满足不同厚度底壁，不同介质的标本观察的需要。 |
|
全自动XY载物台 |
行程：56X26mm（载玻片）；11X11mm（培养皿）；18X18mm（50mm的盘）（根据样本改变自动调整） |
|
透射光光源 |
长寿命白色LED光源，平均使用寿命16000小时 |
|
荧光光源及通道 |
预对中的金属卤化物灯，平均寿命2000小时；全自动视场光阑、光闸、光强调节；Ｕ、Ｂ、Ｇ激发方式/相差部件4通道全自动转换 |
|
图像采集系统 |
单芯片彩色CCD，2/3英寸，1250万像素，制冷低于环境温度10， binning功能（4×4） |
|
观察方式 |
荧光、相差和明场 |
|
采集方式 |
单张图像、时间序列、Z轴序列和宏观图像拼接，可一次记忆30个位置 |
|
自动聚焦 |
一次点击可以实现 |
|
曝光控制 |
自动/手动 |
|
实时图像处理 |
降低噪声（3个等级），锐化（2个等级） |
|
白平衡、黑平衡 |
预设/识别/手动 |
|
图像格式 |
BMP、JPG、TIFF、AVI |
|
设置恢复功能 |
不同用户的不同设置储存和导入，图像采集时的条件储存和导入 |
|
图像处理功能 |
自动图像存储、自动设置恢复、操作指导功能、编辑测量等功能 |
|
样本夹 |
适用载玻片，培养皿，多孔板 |
|
标配物镜 |
精细：40X NA：0.95（17X-80X的光学放大） |
|
光学中间变倍 |
0.42X-2X |
|
全自动像差调节系统 |
可辅助调焦，满足不同厚度底壁，不同介质的标本观察的需要。 |
|
全自动XY载物台 |
行程：56X26mm（载玻片）；11X11mm（培养皿）；18X18mm（50mm的盘）（根据样本改变自动调整） |
|
透射光光源 |
长寿命白色LED光源，平均使用寿命16000小时 |
|
荧光光源及通道 |
预对中的金属卤化物灯，平均寿命2000小时；全自动视场光阑、光闸、光强调节；Ｕ、Ｂ、Ｇ激发方式/相差部件4通道全自动转换 |
|
图像采集系统 |
单芯片彩色CCD，2/3英寸，1250万像素，制冷低于环境温度10， binning功能（4×4） |
|
观察方式 |
荧光、相差和明场 |
|
采集方式 |
单张图像、时间序列、Z轴序列和宏观图像拼接，可一次记忆30个位置 |
|
自动聚焦 |
一次点击可以实现 |
|
曝光控制 |
自动/手动 |
|
实时图像处理 |
降低噪声（3个等级），锐化（2个等级） |
|
白平衡、黑平衡 |
预设/识别/手动 |
|
图像格式 |
BMP、JPG、TIFF、AVI |
|
设置恢复功能 |
不同用户的不同设置储存和导入，图像采集时的条件储存和导入 |
|
图像处理功能 |
自动图像存储、自动设置恢复、操作指导功能、编辑测量等功能 |
|
样本夹 |
适用载玻片，培养皿，多孔板 |
|
标配物镜 |
精细：40X NA：0.95（17X-80X的光学放大） |
|
光学中间变倍 |
0.42X-2X |
|
全自动像差调节系统 |
可辅助调焦，满足不同厚度底壁，不同介质的标本观察的需要。 |
|
全自动XY载物台 |
行程：56X26mm（载玻片）；11X11mm（培养皿）；18X18mm（50mm的盘）（根据样本改变自动调整） |
|
透射光光源 |
长寿命白色LED光源，平均使用寿命16000小时 |
|
荧光光源及通道 |
预对中的金属卤化物灯，平均寿命2000小时；全自动视场光阑、光闸、光强调节；Ｕ、Ｂ、Ｇ激发方式/相差部件4通道全自动转换 |
|
图像采集系统 |
单芯片彩色CCD，2/3英寸，1250万像素，制冷低于环境温度10， binning功能（4×4） |
|
察方式 |
荧光、相差和明场 |
|
采集方式 |
单张图像、时间序列、Z轴序列和宏观图像拼接，可一次记忆30个位置 |
|
自动聚焦 |
一次点击可以实现 |
|
曝光控制 |
自动/手动 |
|
实时图像处理 |
降低噪声（3个等级），锐化（2个等级） |
|
白平衡、黑平衡 |
预设/识别/手动 |
|
图像格式 |
BMP、JPG、TIFF、AVI |
|
设置恢复功能 |
不同用户的不同设置储存和导入，图像采集时的条件储存和导入 |
|
图像处理功能 |
自动图像存储、自动设置恢复、操作指导功能、编辑测量等功能 |
|
样本夹 |
适用载玻片，培养皿，多孔板 |
|
标配物镜 |
精细：40X NA：0.95（17X-80X的光学放大） |
|
光学中间变倍 |
0.42X-2X |
|
全自动像差调节系统 |
可辅助调焦，满足不同厚度底壁，不同介质的标本观察的需要。 |
|
全自动XY载物台 |
行程：56X26mm（载玻片）；11X11mm（培养皿）；18X18mm（50mm的盘）（根据样本改变自动调整） |
|
透射光光源 |
长寿命白色LED光源，平均使用寿命16000小时 |
|
荧光光源及通道 |
预对中的金属卤化物灯，平均寿命2000小时；全自动视场光阑、光闸、光强调节；Ｕ、Ｂ、Ｇ激发方式/相差部件4通道全自动转换 |
|
|
荧光、相差和明场 |
|
采集方式 |
单张图像、时间序列、Z轴序列和宏观图像拼接，可一次记忆30个位置 |
|
自动聚焦 |
一次点击可以实现 |
|
曝光控制 |
自动/手动 |
|
实时图像处理 |
降低噪声（3个等级），锐化（2个等级） |
|
白平衡、黑平衡 |
预设/识别/手动 |
|
图像格式 |
BMP、JPG、TIFF、AVI |
|
设置恢复功能 |
不同用户的不同设置储存和导入，图像采集时的条件储存和导入 |
|
图像处理功能 |
自动图像存储、自动设置恢复、操作指导功能、编辑测量等功能 |
|
样本夹 |
适用载玻片，培养皿，多孔板 |
|
标配物镜 |
精细：40X NA：0.95（17X-80X的光学放大） |
|
光学中间变倍 |
0.42X-2X |
|
全自动像差调节系统 |
可辅助调焦，满足不同厚度底壁，不同介质的标本观察的需要。 |
|
全自动XY载物台 |
行程：56X26mm（载玻片）；11X11mm（培养皿）；18X18mm（50mm的盘）（根据样本改变自动调整） |
|
透射光光源 |
长寿命白色LED光源，平均使用寿命16000小时 |
|
荧光光源及通道 |
预对中的金属卤化物灯，平均寿命2000小时；全自动视场光阑、光闸、光强调节；Ｕ、Ｂ、Ｇ激发方式/相差部件4通道全自动转换 |
|
图像采集系统 |
单芯片彩色CCD，2/3英寸，1250万像素，制冷低于环境温度10， binning功能（4×4） |
观察方式 荧光、相差和明场 采集方式 单张图像、时间序列、Z轴序列和宏观图像拼接，可一次记忆30个位置 自动聚焦 一次点击可以实现 曝光控制 自动/手动 实时图像处理 降低噪声（3个等级），锐化（2个等级） 白平衡、黑平衡 预设/识别/手动 图像格式 BMP、JPG、TIFF、AVI 设置恢复功能 不同用户的不同设置储存和导入，图像采集时的条件储存和导入 图像处理功能 自动图像存储、自动设置恢复、操作指导功能、编辑测量等功能 样本夹 适用载玻片，培养皿，多孔板 标配物镜 精细：40X NA：0.95（17X-80X的光学放大） 宏观：10X NA：0.40（4.2X的固定光学放大） 光学中间变倍 0.42X-2X 全自动像差调节系统 可辅助调焦，满足不同厚度底壁，不同介质的标本观察的需要。 全自动XY载物台 行程：56X26mm（载玻片）；11X11mm（培养皿）；18X18mm（50mm的盘）（根据样本改变自动调整） 透射光光源 长寿命白色LED光源，平均使用寿命16000小时 荧光光源及通道 预对中的金属卤化物灯，平均寿命2000小时；全自动视场光阑、光闸、光强调节；Ｕ、Ｂ、Ｇ激发方式/相差部件4通道全自动转换 图像采集系统 单芯片彩色CCD，2/3英寸，1250万像素，制冷低于环境温度10， binning功能（4×4）
产品编号：
市场价：￥0.00元
会员价：￥0.00元
品牌：Olympus奥林巴斯
生产厂家：olympus奥林巴斯
| BX51M and OLYMPUS Stream | Your time is just as important as your working conditions. That’s why the OLYMPUS Stream system can be personalized to fit your process flow. An easy-to-use interface guides you effortlessly through every step from image adjustment, image capture, measurements, report creations and data basing or whatever end result you need to achieve. As a result, you’ll find that you can complete your tasks more efficiently regardless of the complexity. |
The OLYMPUS Stream software system can be purchased in a variety of packages designed to fit your needs. Whether you require the capabilities found in the entry level OLYMPUS Stream Start or the advanced automation controls found in OLYMPUS Stream Motion. The packages are also expandable with specific applications modules to meet unique analysis needs. There is always the right package for your requirements. As a result, you can have your system exactly as you wish – your way.
With the OLYMPUS Stream system, you’re prepared not only for today’s applications but for tomorrow’s. Whatever the future may bring, you’ll be ready to keep up with advances in technology with OLYMPUS Stream system solutions.
| OLYMPUS Stream user interface | As you progress from image capture to report creation, the tool windows you need are always displayed at every stage. You can quickly and easily access control parameters. |
Depending on your needs, you can arrange the layout of the tool window to best fit your workflow. You can create customized layouts with all the necessary functions for each activity.
OLYMPUS Stream can create professional reports directly into Microsoft Word. Report templates and headers can be flexibly modified according to your company’s needs. The images can be zoomed and annotated along with the metadata.
Statistical analysis and graphing are also accomplished using Excel with the output easily imported into your report. OLYMPUS Stream uses a unique compression method that allows you to store view reports without the need for any unique applications software.
You can create intuitive workflows based on the most frequently used functions, simplifying repetitive tasks so that even new users are able to operate the software easily and efficiently.
Using the OLYMPUS Stream image navigation allows you to pan and zoom on live or stored images. The image navigator interface provides immediate updates at your location on both the zoomed and unmagnified images. The navigation system provides you with fast, immediate views of your sample before you acquire an image. All image viewing and manipulation is carried out with a clean, simple user interface, providing fast and intuitive results.
Peeled integrated circuit
The Olympus Stream focus indicator enables users to select a region of interest and bring it into optimum focus using the focus control of the microscope. This function is essential when a large optical depth of field makes it difficult to find the best focus position by eye. OLYMPUS Stream’s, live histogram display and over-exposure indicator let you easily find the optimum exposure time to avoid over exposed images that cause a loss of detail. Your digital camera’s exposure time can then be adjusted manually or automatically when using the family of Olympus DP series cameras.
OLYMPUS Stream software easily provides images for samples that extend beyond the depth of focus. The manual Extended Focus Image allows you to use the fine focus adjustment to combine many images in the z-axis to provide you with a single combined output that can be used for visualization or measuring in x and y.
OLYMPUS Stream software provides MIA to enable the creation of panoramic images of samples that extend beyond the field of view. The simple step-by-step process allows you to quickly combine the images. The OLYMPUS Stream software then quickly stitches them together, providing you with an output ready for simple visualization or complex measurement.
For precise sample focusing and speedy image acquisition, OLYMPUS Stream offers two autofocus options. For surfaces with high contrast, OLYMPUS Stream can also use its contrast-based software autofocus. For surfaces with low contrast, such as polished or transparent materials, the laser autofocus unit is a fast, repeatable option when integrated with the Olympus BXiS microscope system. Both systems provide perfectly focused images with the simple click of a button.
OLYMPUS Stream provides a way to preset complex imaging and measuring tasks with the Macro Recorder. The Macro Recorder creates step-by-step processes, which, after completion, are stored and then implemented with a single click. This capability provides all operators with the same settings and consistent output.
Multiple Image acquisition Pt wires cross sections |
When creating large, high-resolution automated MIA (montage overview) images, the combination of OLYMPUS Stream with a motorized stage easily provides a fast result. The operator selects MIA scanning by using the stage navigator tool, which steps the operator though the entire process. When using the automatic EFI function with a motorized focus unit, the software recommends the optimum number of images required to provide perfectly focused images that are outside the depth of field. |
OLYMPUS Stream can predict a sample’s tilt by taking three or more points on the coordinate data when performing automated MIA using motorized systems. This shortens the time and increases the repeatability for stage height adjustment when acquiring images.
By using the a motorized focus unit, images with different focus positions can be recorded automatically. In addition, calibrated z-profile measurements using z-stack data and 3D image creation using the 3D-EFI function are made possible. The three-dimensional view of the sample becomes crystal clear with a few mouse clicks.
OLYMPUS Stream has a variety of filters for edge detection, smoothing, and other purposes. You can visualize image features by enhancing and modifying with a rocessing filter on the acquired image. For best results, you can check or adjust the filter results in a preview display. Additionally, image manipulations such as subtraction and erosion are also easily carried out without losing your valuable original image.
Measurement Operation |
Optical inspection and quality control require frequent measurements. OLYMPUS Stream provides interactive measurement functions such as distances, angles, rectangles, circles, ellipses and polygons. The measurements are made with your mouse and show immediate feedback indicated on the image or in the live data table. All results are saved with the image files as records. To further improve on accuracy, optical data such as system magnification are automatically available when combined with the Olympus Microscope system. |
Included with the OLYMPUS Stream Basic package and other more advanced packages is an integrated data analysis package. The data analysis provides statistical analysis on your data based on your needs. You can calculate mean standard deviation, min, max, and more. All of the data gathered is exported to Microsoft Excel with a single click.
OLYMPUS Stream Essentials includes a wand for automatically detecting the edges of the sample you wish to measure. The Magic Wand allows you to select the measurement points-free hand for simple or multiple lines, plus free hand polygon measurements for irregularly shaped objects.
Each image as it is captured and annotated is broken into layers (original image, measurement data, annotations etc.), allowing you to change processing files (smoothing and/ or sharpening) without affecting your measurement results. You can easily retain your measuring data as you carry out your analysis and measurements.
For quality control and traceability recording the conditions of image acquisition is essential. With OLYMPUS Stream, you can quickly create a calibration report for important information like magnification, objective lens type, pixel size, scale bar, etc. The Info Stamp created from updated calibration information can be used for overlaying on the acquired image and reports.
OLYMPUS Stream Essentials and other more-advanced packages offer a very flexible and powerful phase analysis tool with ROI selection. It speeds and simplifies the extraction of phase fraction data of more than one compound in the same image.
| Object Detection and Classification | Object detection and size distribution measurement are among the most important applications in digital imaging. OLYMPUS Stream incorporates a detection engine that utilizes threshold methods to reliably separate objects (e.g. particles, scratches) from the background. OLYMPUS Stream offers more than 50 different parameters for shape, size, position, and pixel properties (intensity, gray value) for object classification. |
With the click of an icon on the Materials Solution tool window, you can execute the most complex image analysis task quickly, precisely, and in compliance with most common international standards.
Example: Grains Planimetric
| With this color digital camera, resolution, sensitivity, frame rate, and color fidelity combine to provide the highest level of performance. The DP72 is compatible with all samples and observation modes, including fluorescence, and produces clear 12.8M-pixel sample images |
This high-resolution 5M pixel color CCD camera provides the highest performance in brightfield observation for most applications. The DP 25 accommodates all techniques with high color fidelity.
This 2M-pixel color CCD camera can be controlled from a space-saving, intuitively operated hand- switch (PC required). The hand-switch incorporates the 12 most frequently used measurement functions for efficient inspection of industrial parts.
When you need to efficiently browse through thousands of images and other files created in the past, OLYMPUS Stream can streamline your workflow from image capture through data management.
The software incorporates a client-server database based on Microsoft SQL Server Express. It allows you to assign user-definable fields (creation date, project ID, parts number, deadline, and metadata) into image and other files and folders, permitting efficient data sharing and quick searches.
The OLYMPUS Stream NETCAM option lets any authorized network user connect to your OLYMPUS Stream PC and visualize the same image in real time with a web browser. What’s more, the DP21 also provides self-contained integration into your local network, allowing you to share your work across your office or around the world.
Stay up to date with OLYMPUS Stream. The report tool can use the new version of the very popular Microsoft Office suite. OLYMPUS Stream is there and is designed for the future.
The 64-bit edition of Microsoft Windows 7 is the new reference in operating systems. OLYMPUS Stream fully utilizes all of the advanced capabilities of 64-bit computing for your everyday tasks. You can smoothly execute advanced image processing tasks (like counting more than 2 million objects simultaneously) that were impossible before.
| Motion | |||||
| Basic Image Acquisition | |||||
| Live image acquisition | Captures live image in various format | ■ | ■ | ■ | ■ |
| Live pan and zoom | Zoom into live image using mouse wheel, displays crosshair in overlay | ■ | ■ | ■ | ■ |
| Basic Image Tools | |||||
| Image history and properties | Displays image history and properties | ■ | ■ | ■ | ■ |
| Image navigator | Enables tool window for image navigation and zooming | ■ | ■ | ■ | ■ |
| Gallery view | Displays thumbnails of open images in a gallery | ■ | ■ | ■ | ■ |
| Layers | Enables viewing, extraction and deletion of single image layers | ■ | ■ | ■ | ■ |
| Image processing and filters | Enables contract adjustment, edge detection, smoothing and sharpening of images and shading correction | ■ | ■ | ■ | ■ |
| Static annotations | Draws text, arrows, lines, rectangles and ellipses on the image | ■ | ■ | ■ | ■ |
| Interactive Measurements | |||||
| Field of view measurement | Measures distances, angles, rectangles, circles, ellipses and polygons | ■ | ■ | ■ | ■ |
| Advanced measurement | Interpolated polygon, Magic wand | – | – | ■ | ■ |
| Olympus Device Control | |||||
| Olympus microscope control | Controls motorised and coded Olympus microscope systems BX2, GX, SZX, SZX2 and MX, reads out Prior SZX-ZE | ■ | ■ | ■ | ■ |
| Olympus cameras | MX61A, MX61, MX61L, SZX-MDCU, SZX2-MDCU, BX-UCB, IX-UCB, BX-REMCB, U-CBS, Prior SZX-ZE | ■ | ■ | ■ | ■ |
| Extended Image Acquisition | |||||
| Movie | Create movie files (*.avi format) | – | ■ | ■ | ■ |
| Software autofocus | Perform contrast-based sorftware autofocus3 | – | ■ | ■ | ■ |
| Reporting | |||||
| Data export and statistics | Exports measurement data to Microsoft Excel and OLYMPUS Stream workbook, including statistical analysis of measurements | – | ■ | ■ | ■ |
| Report composer | Creates Microsoft Word documents, directly from OLYMPUS Stream (requires Microsoft Word 2003, 2007 or 2010) | – | ■ | ■ | ■ |
| Extension to Microsoft Word | Creates additional menu for report creation into Microsoft Word | – | ■ | ■ | ■ |
| Basic Customization | |||||
| MyFunctions | Creates a workflow and large button bar for frequently used commands | – | ■ | ■ | ■ |
| Extended Device Control | |||||
| Non-Olympus cameras | Controls non-Olympus cameras4 | – | ■ | ■ | ■ |
| Imaging source converter | Controls DFG-1394 A-D (CON 800) converter (FireWire and USB 2.0) | – | ■ | ■ | ■ |
| Advanced Customization | |||||
| Layout management | Allows recording and editing of layouts | – | ■ | ■ | ■ |
| Macro recorder | Allows recording and editing of macros | – | – | ■ | ■ |
| Advanced Acquisition Process | |||||
| Instant EFI | Instantly creates an EFI image while focusing | – | Option | ■ | ■ |
| Manual MIA | Creates panoramic images over areas (requires manual XY stage) | – | Option | ■ | ■ |
| Time lapse | Captures still images over time frequency | – | – | ■ | ■ |
| Extended Image Tools | |||||
| Image arithmetic | Performs arithmetic and logical operations with image | – | – | ■ | ■ |
| Basic Image Analysis | |||||
| Phase analysis | Perform threshold-based phase segmentation on full images and ROIs5, calculates area, area fraction and objects count | – | – | ■ | ■ |
| Advanced Automated Acquisition Process | |||||
| Automated EFI | Automatically creates an EFI image via a predefined number of frames, step size and top/bottom range (requires motorised Z) | – | – | – | ■ |
| Automated MIA | Creates panoramic images over areas (requires motorised stage) | – | – | – | ■ |
| Automated Z-stack acquisition | Automatically acquires Z-stacks (requires motorised Z) | – | – | – | ■ |
| Stage navigator | Position list and stage navigator to capture images at several stage positions or over stage areas | – | – | – | ■ |
| Stage Control | |||||
| 3rd party stage controls | Controls XY stage controllers from Objective Imaging, Prior ProScan, Ludl MAC, Märzhauser, ITK and LANG | – | – | – | ■ |
| Advanced Image Tools | |||||
| Intensity calibration | Performs intensity calibration of channels | – | – | – | ■ |
| Z-stacks projection | Calculates projections over Z-Stacks | – | – | – | ■ |
| Data Management | |||||
| Client-server database | Provides image and data management solution for microscopy (utilises Microsoft SQL Server Express 2005 or 2008) | – | – | – | ■ |
| User rights management | Provides user rights management for granting access to different records and record types | – | – | – | – |
| Large Database and LIMS support | Support of Oracle 11g and Microsoft SQL databases and allow the communication with external LIMS | – | – | – | – |
1. Altra 20, DP20, DP21, DP25, DP26, DP70, DP71, DP72, SC20, SC30, SC100, XC10, XM10, XM10IR, UC30, UC50, XC30, XC50
2. CC12, CVI, CVII, CVIII, CVIIIu, F-View II
3. Requires Olympus microscope with motorized Z-axis or external motorised Z-axis (supported in OLYMPUS Stream Motion)
4. Qimaging cameras: MicroPublisher 3.3 RTV, MicroPublisher 5 RTV; Jenoptik cameras: ProgRes C3, ProgRes CT3, ProgRes C5
5. Rectangle, circle, polygons and magic wand.
| Materials Solution | |
| Layer Thickness Measurement | |
| Description | Measures the thickness of single or multiple layers (cross section view) |
| Supported standards | n/a |
| Measurement types | Layer boundaries can be specified using automatic detection, magic wand or manual mode. Individual measurements can be added or deleted later on. |
| Measurement of any type of layers (with even or uneven boundaries) is supported. Layer thickness measurement calculates mean, maximum and minimum values as well as statistical data for each individual layer. |
|
| Output | Spreadsheet with individual measurements. Report automatically created in Microsoft Word. |
| Cast Iron Analysis | |
| Description | Measures the distribution, shape and size of graphite content in cast iron samples |
| Supported standards | EN ISO 945-1, ASMT A247, JIS G5502, KS D 4302, GB/T 9441 |
| Measurement types | On polished samples: Automatic measures the characteristics of the graphite content (Size, Shape and Distribution) On etched samples: Measures the ferrite to pearlite ratio |
| Integrated workflow which take into account the sample status (etched or polished) Stores all results in the image property for additional data mining. |
|
| Output | Spreadsheet with individual measurements. Report automatically created in Microsoft Word. |
| Grain Sizing Intercept | |
| Description | Measures the mean grain index using the intercept method |
| Supported standards | ASTM E112, GB/T 6394, GOST 5639, ISO 643, DIN 50601, JIS G0551, JIS G0552 |
| Measurement types | Selection of pattern (Circles, Cross, Cross & Circles, Vertical Lines, Horizontal Lines, Horizontal & Vertical Lines). Definition of the number of test lines for determination of grain elongation. |
| Display the g-value in the Material Solution Tool Window. Stores all results in the image property for additional data mining. |
|
| Output | Spreadsheet with individual measurements. Report automatically created in Microsoft Word. |
| Grain Sizing Planimetric | |
| Description | Measures the distribution of grain index using the planimetric method |
| Supported standards | ASTM E112, GB/T 6394, GOST 5639, ISO 643, DIN 50601, JIS G0551, JIS G0552 |
| Measurement types | Automatic extraction of grain boundaries. User interaction using Stream sliders for improved usability. |
| Display the g-value histogram in the Material Solution Tool Window for direct interaction Stores all results in the image property for additional data mining. |
|
| Output | Spreadsheet with individual bins measurements, Stream chart with the distribution. Report automatically created in Microsoft Word. |
| Non Metallic Inclusion Rating in Steel | |
| Description | Measures the non metallic inclusion rating in steel using the worst field method |
| Supported standards | ASTM E45 Method A, DIN 50602 Method M, ISO 4967 Method A, GB/T 10561 Method A, JIS G0555 Method A, UNI 3244 Method M |
| Measurement types | Automatic detection of non metallic inclusion using colors, shape and size. Automatic classification of oxydes, sulfides, silicates and aluminates |
| Live display of the detected inclusion with its rating. Stores all results in the image property for additional data mining. |
|
| Output | Spreadsheet with individual measurements. Report automatically created in Microsoft Word. |
| Chart Comparison | |
| Description | Allows the user to compare live or selected images with standard charts |
| Supported standards | ASTM E112, ISO 643 (Option), DIN 50602 (Option), ISO 945 (Option) and DIN 50601 (Option) |
| Measurement types | Multiple displays available, including live overlay. User interaction using Stream sliders for improved usability. |
| Calculates statistics on the selected values. Stores all results in the image property for additional data mining. |
|
| Output | Report automatically created in Microsoft Word using selection of pre-defined templates. |
| Other Optional Software | |
| Particle Detection | |
| Description | Automatically Count & Measure of objects and particles |
| Supported standards | n/a |
| Measurement types | Multiple threshold methods are available (automatic, manual HSV, manual and adaptative). |
| The system can automatically measure multiple parameters on all segmentd objects (Area, Aspect Ratio, Bisector, Bounding box, Gravity Center, ID, Mass Center, Intensities Values, Convexity, Diameters, Elongation, Feret, Extent, Next Neighbor Distance, Orientation, Perimeter, Radius, Shape, Sphericity …). | |
| Output | Spreadsheet and charts with individual measurements. Report automatically created in Microsoft Word. |
| 3D Surface View | |
| Description | Displays a 3D perspective of an image stack acquired with a motorised Z. (available with Stream Motion) |
| Display | Creates a new image with a 3D perspective. Easy navigation and rendering with the mouse |
| Measurement of height profiles on the 2D projection | |
| Output | The result image can be exported. Animation can also be created automatically. |
| Netcam | |
| Description | Live transmission of images over the network |
| Display | Remote Live view of the image using Microsoft Internet Explorer |
| Output | Several users can share the same image at the same time. |
| PC Requirements | |
| CPU | Intel Core series 1.8 GHz or higher (Intel Core i5-650, 3.2 GHz recommended) |
| RAM | 2GB or more recommended (4GB for Windows 7 64bit) |
| Hard disk | 2 GB or more free space |
| OS | Windows XP Professional SP3 (32 bit) / Windows Vista Business, Ultimate SP2 (32 bit) / Windows 7 Professional (32 bit/64 bit) |
| Graphic card | 1280×1024 monitor resolution with 32 bit video card |
产品编号：admin
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品牌：Olympus奥林巴斯
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| 伽利略光学系统光路图 | 采用了左右光路无差异的、平行光束的伽利略光学系统。配置了与观察面平行的高NA物镜，实现了平坦性优越的高分辨率影像观察。可以在丰富的附件中自由选择所需中间镜筒和物镜，构建符合观察目的的最佳观察系统。 |
| 物镜产品阵容 | DFPL2x/DPFL1.5x/DFPL 0.75x/DFPL 0.5x 实现了优异的结像性能。色差小，分辨率、对比度和影像平坦性能都很优越。 DFPLAPO 1.25x /DFPLAP01x-4 SZX-ACH1.25x /SZX-ACH1x |
高性能的奥林巴斯目镜有超宽视场，不管短时间或长时间，观察3D图像时都能轻松观察到，所以减轻眼疲劳。
基于人体工程学，追求操作者舒适的操作环境。高性能的奥林巴斯目镜有超宽市场，不管短时间或长时间，观察3D图像时都能轻松观察到，所以减轻眼疲劳。为不同操作者身高差异，准备了上下5～45°可调倾斜角度的观察筒。
机体和主要附件都涂以防静电材料和涂料，能快速去除静电。从而防止了静电破坏样品。
LED透射照明底座组合 |
开发了使用LED的透射照明底座。极薄型设计降低了样品的位置，发挥了优异的操作性能。此外，透射、反射的切换可以通过旋转轻松操作。 |
| 双分支互锁导光管高亮度反射照明装置组合 | 位置、角度能自由设置，是观察高对比度图像时的最佳组合。 |
| SZX同轴反射照明装置组合 | 不用强调中心就能得到明亮均匀的照明。备有起偏振镜和1/4λ波长板，能够观察在偏斜反射照明中无法观察的样品。 |
| 白色LED照明装置组合 | 实现了高性价比的高亮度连续调光，热影响最小、寿命长的环形照明装置。 |
| SZ2-ST组合 | 有可以自由调节手臂角度和长度的SZ2-STU2型号，还备有能固定于设备的侧面等处，在组装和检查工程流水线中发挥威力的SZ2-STU3之类的、能有效观察无法放入载物台的大样品的支架。 |
三目镜筒可以安装数码照相机。可以保存和记录数码影像，帮助创建观察报告。可依据用途从图像质量、功能、使用方便性等方面选择数码照相机。
| 系统体视显微镜 SZX7 规格 | ||||||
| 光学系统 | 伽利略光学系统 | |||||
| 总放大［率］ | 4.0x～336x※1 | |||||
| 变倍体 | 变焦比 | 7（0.8x～5.6x） | ||||
| AS | 选件 | |||||
| 观察筒 | 双目/三目/倾斜三目观察筒 | |||||
| 对焦单元 | 支架台 | |||||
| 物镜 | 倍率 | 种类 | N.A. | W.D.（mm） | 观察倍率※2 | 观察范围（mm）※2 |
| 0.5x | 平场消色差透镜 | 0.05 | 171 | 4x～28x | φ55～φ7.9 | |
| 0.75x | 平场消色差透镜 | 0.075 | 116 | 6x～42x | φ36.7～φ5.2 | |
| 1x | 平场复消色差透镜 | 0.1 | 81 | 8x～56x | φ27.5～φ3.9 | |
| 消色差透镜 | 0.1 | 90 | 8x～56x | φ27.5～φ3.9 | ||
| 1.25x | 平场复消色差透镜 | 0.125 | 60 | 10x～70x | φ22～φ3.1 | |
| 消色差透镜 | 0.125 | 68 | 10x～70x | φ22～φ3.1 | ||
| 1.5x | 平场消色差透镜 | 0.15 | 45.5 | 12x～84x | φ18.3～φ2.6 | |
| 2x | 平场消色差透镜 | 0.2 | 33.5 | 16x～112x | φ13.8～φ2.0 | |
| 外形尺寸 | 194（W）×253（D）×403（H）mm | |||||
| 重量 | 4.5 kg（标准组合） | |||||
| 备注 | ※1 物镜与目镜组合时的倍率范围 ※2 使用目镜10x时 |
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平场消色差透镜MPLN
主要规格
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VS120以优异的性能提供出众的数字化图片
用于教学、会诊、培训和科研等多种应用
高级医疗教学
VS120系统可以让多个用户同时登陆服务器进行数字标本的学习，可以随时随地进行操作，如同显微镜随时在身边，提供一个工作和学术的氛围，进行Q&A的练习或其它形式的教育。
远程病理会诊
数字切片可以存储到数据库，基于网络远程获取图片以便进行会诊或其它用途。
所有标本用高分辨率物镜扫描存储，参加者可以同时浏览相同的观察区域，以便更有效率的分析和讨论。
使科研更缜密
对病理、神经科学和其它领域
VS120可进行超高分辨率的扫描，对于不能复制的标本进行扫描后共享是非常理想的。
比如比较罕见的标本或荧光标本，进行数字存储后可以消除标本损坏或退色的问题。
软件能使多个视野直接拼接，以创建大视野的数字标本，比如来自小动物的脑片，保留了与原标本异常细节的高度一致性。
扫描scanning
更快的扫描速度：15cmx15cm大小，20x物镜扫描时间<2min
可以进行三维序列Z-Stack的扫描
可选择1、5、100张切片的扫描
自动聚焦、自动白平衡、自动无缝式拼接
可以进行荧光的扫描
更高的分辨率、更好的图像质量
预览Viewer
不同染色的标本可以同时比对展示
可以进行文字、声音注释
全视野图像和局部放大图像可以同一屏幕显示
不同放大倍率，标尺自动改变
数据库
更强大的更快速的搜索功能
可直接追加图像的属性，方便查找
可进行数字化图片的批量管理
有两种服务器进入模式可选，以方便控制和管理
产品编号：SC30数码照相装置
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High resolution: sensitive touch
The sensitive CMOS sensor is ideal for entry-level Industrial imaging, measurement and documentation.
The camera also offers three frame rates:
The SC30 enable users to quickly find, focus on and image exactly what they are looking for with excellent color fidelity. Additionally, the SC30 offers a broad exposure range (57 μs?.75 s).
The SC30 can be quickly and easily mounted onto all light microscopes with a C-mount adaptor. Furthermore, USB 2.0 technology guarantees that installation onto a PC or laptop equipped with a USB2.0 port is simple, rapid and flexible, with power and data all from one cable.
The SC30 can be fully operated via Olympus Discover/Stream modular imaging software. This ensures that the camera can be used to its maximum capacity very easily and enables innovative solutions to all challenges, including image commenting, archiving, report generation and emailing.
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cellSens Entry -Results documentation cellSens Entry是研究人员获取数字图像和文档的理想工具。cellSens Entry独一无二的可自定义相机控制界面保证每一位用户的都可以轻松获取他们需要的图像。 cellSens Standard– Experiment documentation 奥林巴斯cellSens Standard 是在cellSens Entry套装的基础上又包含了高级的图像获取程序（例如：时间序列图像获取），它还支持TWAIN设备获取图像。不但提供高级的图像处理功能而且提供图像测量的功能。 cellSens Dimension– Experimental systems 在Olympus cellSens系列中Dimension功能最强大。它可以为完整的显微镜实验系统提供控制和多种图像处理的要求。根据不同用户的实验要求，还可以选配功能不同的软件模块。 Olympus cellSens Dimension软件还有一系列功能强大的插件，具有广泛的扩展性。 cellSens Dimension– 多维5D模块 特别为高级自动的图像应用开发的。它包括X、Y、Z、T以及多通道与投射光的叠加。该模块可以满足多个应用领域的显微成像实验。荧光共定位的研究和荧光重叠信号的拆分操作简单。整个软件的使用版面可以根据需求自行设计，完全匹配您的工作习惯。 cellSens Dimension–多点模块 具有自动拼图的功能可以快速创建全景图像。通过该模块可以轻松获取多个位置或整个载物台区域的图像。 cellSens Dimension–图像数据库 如果有大量的显微图片数据，那么图像数据的管理和高效的图像查询就变得极其重要。cellSens Dimension图像数据库模块增加了一个利用Microsoft SQL 2005 express的客户与服务数据困，以确保图像和有关数据结果等被明确可控的方法管理，从而实现理想数据结构和文档的处理。 cellSens Dimension–奥林巴斯反卷积模块 利用CI算法去除非焦平面的模糊信息从而得到聚焦的图像，研究者可以从图像中获取更多的信息，并生成功能强大的三维视图显示结构和表面信息。 cellSens Dimension–计数测量模块 可以利用阈值高效精确的识别目标物并分类。明场光谱拆分功能可以对染色较弱的样品区分出细微的差异。