Integrated CMOS Microscope Camera Leica IC90 E-徕卡显微镜摄像头-徕卡显微镜-青岛中徕科技有限公司

咨询热线(同微信): 13355424741 0532-80760000
青岛中徕科技有限公司—— 您身边的显微专家 ——

徕卡显微镜摄像头

全国服务热线

0532-80760000
Integrated CMOS Microscope Camera Leica IC90 E
Are you looking for a stereo microscope camera that gives you networking ability, allows you to work more ergonomically, and is cost effective? Then the Leica IC90 E is the right choice for you. The Leica IC90 E CMOS microscope camera for stereo micr
全国热线

0532-80760000

详细信息

Are you looking for a stereo microscope camera that gives you networking ability, allows you to work more ergonomically, and is cost effective? Then the Leica IC90 E is the right choice for you.  The Leica IC90 E CMOS microscope camera for stereo microscopes was developed for the Leica M series stereo microscopes. It provides pin-sharp images with spot-on color reproduction for professional visualization and documentation of industrial applications.   Reveal more details with the 10 megapixel resolution  Directly connect to your microscope, no documentation tube needed Choose your connection to the camera via USB, Network, or HDMI.

Connectivity made easy

Connect via Ethernet

Several users can work with direct access to your facilities’ network, and conveniently operate the Leica IC90 E from any remote PC or Mac. Even mobile devices can be used to operate the camera wirelessly, if they are connected to your company’s network by Wi-Fi.

Connect via USB

For workplaces without network access choose the USB-mode to connect the camera and the software directly with your PC or Mac. 

Connect via HDMI

The HDMI mode allows you to view images directly on an HD monitor or capture images directly onto SD card, without a computer.

Integrated, Compact, and Ergonomic

No more adapters!

The Leica IC90 E is designed to directly interface with your microscope. It is mounted between the tube and the optics carrier, so you don’t need a documentation tube nor a c-mount to operate the camera. 

Cost-effective documentation

All connectors are housed inside the camera and help to ensure the durability of the system. This gives you a cost-effective way to add documentation ability to your microscope. 

Binoculars or computer screen

The camera integration also ensures an ergonomic microscope workplace. Users can view their samples conveniently both on screen and through the microscope's binocular tube.

See more and work fast

  • See more details due to the 10 MP CMOS camera sensor
  • Experience the camera strength even at lower magnification due to the harmonized resolution of camera and optics
  • Work fast and focus comfortably on your live image on screen with up to 35 frames per second
  • Find the best contrast in your sample by using the integrated color and monochrome acquisition modes

Software and Mobile Applications

The camera is supported by multiple different software versions to give you the right solution for your situation:

  • Work with the Leica Application Suite software in the versions LAS 4.9 and LAS X for PCs. LAS X supports you with the latest imaging technology to simplify your inspection and photo documentation work.
  • Choose Leica Acquire imaging documentation software for your Mac. The software is free of charge and available on iTunes.
  • Try the free Leica LAS EZ imaging software for basic documentation and annotations for your Windows PC.
  • Install the Leica AirLab App from iTunes or Google Play Store to work with your mobile devices and an application free of charge.

 

热品推荐 / Hot product
新款Aivia 14:AI赋能的更深入的3D空间组学洞见

新款Aivia 14:AI赋能的更深入的3D空间组学洞见

新版Aivia的改进的深度学习模型将细胞检测加速了高达78%,从而实现了更快、更准确的细胞检测和分割。这种增强功能使得可以根据多个生物标志物(如疾病状态或细胞类型)的表达来对组织微环境和不同的表型进行表征。借助软件更新的树状图和降维工具,用户可以交互式地探索表型,并对3D多路复用图像数据有更深入的了解。图片说
徕卡EduTree显微互动教学系统正式发布

徕卡EduTree显微互动教学系统正式发布

作为全球光学与成像技术的先驱者,徕卡自豪地宣布专为教育界精心研发的EduTree显微互动教学系统正式发布。这一创新系统的上市标志着徕卡国产化进程又迈出了坚实的一步。徕卡EduTree显微互动教学系统将创新技术与教育理念进行了融合。通过流畅快速的无线互动体验,让显微教学真正互动起来,并轻松实现井然有序的课堂秩序,让
模式生物研究

模式生物研究

模式生物研究徕卡显微系统提供灵活的成像系统,从总体概览到微小细节,助您加深对模式生物的理解。模式生物是研究人员用来研究特定生物学过程的物种。 它们具有与人类相似的遗传特征,通常用于遗传学、发育生物学和神经科学等研究领域。 选择模式生物的原因通常是它们在实验室环境中易于保持和繁殖、生成周期短,或能
癌症研究

癌症研究

癌症研究癌症治疗方法的研究通常需要将荧光显微成像与创新的功能实验相结合癌症是一种复杂的异质性疾病,由于细胞生长失控而引起。 一个或一组细胞的基因和表观遗传的变化破坏了正常功能,导致细胞自发、不受控制地生长和增殖。成像技术已成为研究癌症生物学的重要工具。 高分辨率成像对于研究导致癌症的基因和细胞信