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MIC-JY7 Fluorsecent Microscope
MIC-JY7 five wave bands LED fluorescent microscope is widely used in biology,medicine,immunology,oncology,genetics,materials science and other fields.
It has five wave bands as G,B,BV,V,U,and meanwhile,the conventional transmission observation can be proceeded.
High precision filters and LED revolver system makes the conversion of the different wave bands flexible,soft and accurate positioning.
It also ensures that each wave band can be illuminated by excitation light fully and equably.High quality optical system and advanced stray light elimination system greatly increased the Signal-to-Noise of the fluorescent image.
Large N.A fluorescent objectives greatly increased the fluorescent intensity. It can make you observe the satisfactory fluorescent effect.Humanized configuration design,convenient operation system and novel appearance would be your best choice
MIC-KF1 fluorescence biological microscope
Fluorescence Microscope irradiates objective with a wavelength of ultraviolet radiation (sightless) as light source to bring sighted fluorescence after it is blazed. After then, it will do inspection of lens by Microscope imaging system to magnify. It can do fluorescence Micro-appraisal in Biological organization、physiology pathology、Animalcule、Curative、Foodstuff、Chemical and so on. It is important instrument in Biology and Medicine.
MIC-KL industrial microscope
♦smart module design, multiple combination methods which can use independently or combined use for different application
♦Iris epi-kohler illumination provide excellent light
♦Manual or auto nosepiece center adjustable for best parfocal image.
♦Can be used in different industry such as online test, measurement, laser processing and etc.
♦Nosepiece: auto quandruple (center adjustable) nosepiece/ manual quintuple (center adjustable) nosepiece
♦main body lens zoom: 1X
♦Observation method: coaxial epi-kohler illumination reflecting light(bright field.)
♦beam splitting ratio: 30：70（image: laser/illumination）/50：50（image: illumination）
♦C mount 0.5x, 0.75x, 1x
♦Main body lens tube with 1X cmount wave length: 266nm / 355nm / 532nm / 1064nm
♦with APO LWD objective visible light: 2x / 5x / 10x / 20x / 50x / 100x
NIR : 20x / 50x
NUV : 20x / 50x
♦3W LED point illumination/150w halogen fiber light illumination
MIC-L3CMOS USB3.0 CMOS Camera
MIC-L3CMOS USB3.0 CMOS Camera
L3CMOS is Luxurious USB3.0 CMOS camera with frame buffers and it adopts ultra-high performance CMOS sensor as the image-picking device, and USB3.0 is used as the data transfer interface.
L3CMOS comes with advanced video & image processing application system; Providing Windows/Linux/ OSX multiple platforms SDK; Native C/C++, C#/VB.NET, Direct Show, Twain Control API;
TheL3CMOS can be widely used in bright field light environment and microscope image capture and analysis.
The basic characteristic of L3COMS cameras are as follows:
C-Mount camera has 25.4mm or 1 inch diameter with32 threads per inch;
Scientific research grade camera with Aptina CMOS sensor;
With hardware resolution among1.2Mto 14M;
On-board memory for perfect synchronization，higher frame rate and stable performance;
High performance cooling structure, ensures low image noise;
USB3.0 5 Gbps interface ensuring high frame rate;
Ultra-FineTMcolor engine with perfect color reproduction capability;
With advanced video & image processing application system;
Providing Windows/Linux/Mac OS multiple platforms SDK;
Native C/C++, C#/VB.NET,DirectShow, Twain Control API;
MIC-LCMOS Series USB2.0 Camera
MIC-LCMOS Series USB2.0 Camera
LCMOS is luxurious USB2.0 CMOS camera with frame buffers and it adopts ultra-high performance CMOS sensor as the image-picking device, and USB2.0 is used as the data transfer interface.
LCMOS comes with advanced video & image processing application system; Providing Windows/Linux/OSX multiple platform SDK; Native C/C++, C#/VB.NET, Direct Show, Twain Control API;
The LCMOS can be widely used in bright field environment and microscope image capture and analysis with moderate speed.
The basic characteristic of L3CMOS cameras are as follows:
Stand C-Mount camera with Aptina CMOS sensor;
With hardware resolution among1.2M to 14M;
On-board memoryfor perfect synchronization，higher frame rate and stable performance;
High performance cooling structure, ensures low image noise;
USB2.0interface ensuring high speed data transmission;
Ultra-Fine color engine with perfect color reproduction capability;
With advanced video & image processing application system
Providing Windows/Linux/Mac OS multiple platforms SDK;
Native C/C++, C#/VB.NET, Direct Show, Twain Control API;
MIC-LHCCD Series Linear USB2.0 CCD Camera
MIC-LHCCD Series Linear CCD Camera
Linear USB2.0 CCD camera with C-mount, f-mount, and M72x0.75 photography standards;
2048~3648 pixel silicon linear CCD array;
16-Bit A/D converter for high intensity resolution;
External trigger capability;
Optical integration time adjustable from 2 to 4000ms;
Board-level camera, ideal for OEM applications;
No external power supply required;
High scan rate (up to 120 scans/second);
SDK for user applications;
Demo graphical user interface;
Compatible to Windows XP, Vista and 7/8(32 or 64 bit);
MIC-M LCD stereo microscope
9" HD LCD screen, resolution: 1280*800. Deeply resolve fatigue for longterm working and improve effiency.
The highest 12M images ,1080P/30fps HD video with memory card(Max:64G) to store inspection results anytime ,no need to connect to PC.
1X objective and zooming range :07X-4.5X. Total magnifications:9X-76X.
HDMI HD output, freely connect to big monitor to anaysis.
LED illumination with longterm life expectancy.
Improvingworking efficiency andreducing labor intensity
It can be conveniently applied to testing and inspecting in product assembly, research and teaching fields.
MIC-M mono fixed zoom microscope
Fixed zoom: 0.1X,0.2X,0.25X,0.3X,0.35X,0.4X,0.48X,0.5X, 0.6X,0.7X,0.8X,1X,1.2X,1.25X,1.5X,1.6X,1.7X,1.8X,2X,2.5X,3X,3.5X,4X,5X,6X,7X,8X,10X,12X,16X. WD refer to details
Fixed multiple non-telecentric lens (none telecentric)
Advantages
Compact design
Greater depth of field
Multi-Lens variety selection
Non-telecentric (none telecentric) annular lens
Non-telecentric (none telecentric) coaxial lens
