Zoom Monocular Video Microscope Mzda1490 Video Systems

• Magnification: 50-100X
• Type: Video
• Number of Cylinder: Binoculars
• Mobility: Desktop
• Stereoscopic Effect: Stereoscopic Effect
• Shape: Rectangular Prism
• Model NO.: MZDA1490
• Principle: Optics
• Function: Monocular Microscope
• Feature: Video Microscope Systems
• Transport Package: Foamed in Paper Box
• Trademark: OEM
• Origin: China
• HS Code: 901180009
• Production Capacity: 100pieces/Month

Product Description

1.Introduction:
MZDA1490 series high-contrasted coaxial illumination zoom monocular video microscopes have two types, MZDA1490BC(binocular) and MZDA1490BTC(trinocular). They are the high-class products within coaxial illumination microscopes. Original imaging and illumination optical system design, making it have higher contrast and depth of field, are finished video displaying and binocular eyepieces observing at the same time,The image is erecting by eyepieces observing. It can be used in observing and checking-up reflecting
objects. Specially fit for checking-up LCD, plane pressworks and other plane articles with low reflectivity.

2.Main technology Specifications:
· It can be finished video displaying and eyepieces observing at the same time. The orientation of the observing image and the object is the same. The image is erecting. Choose to buy corresponding adapter, can connect CCD (CMOS) camera, digital camera or film camera.
· Standard eyepieces observing total magnification is 14X~90X. 1.4X~9X zoom magnification body, WFH10X/22 plane eyepieces. The working distance is 103mm. Matching 2X auxiliary objective and 30X eyepieces, the maximal magnification is 540X.
· Long life, environmental protection type many kinds of wavelength high lightness LED coaxial illuminator
· Binocular eyetubes inclined 45°
· The range of adjusting the diopter is ±6
· Interpupillary distance adjustment range 53~75mm
· The range of adjusting focus: Handwheel adjusting focus is 50mm. The height of round post is 242mm.
· The measurement to match between the support and the main body is Φ45mm.
· WFH10X/22,SWF15X,SWF20X,SWF30X four kinds magnification eyepieces and 0.7X,2X auxiliary objectives to be matched.
· There are 0.3X, 0.5X, 1X CCD adapters to be matched.
Main advantages: its high contract and high definition are the same level to the other international similar competitive grade, but the price is less than those products.The image is erecting, MZDA1490BTC are available for binocular and trinocular. It can see including LCD, chips, wafer etc. almost the whole objects.
Main sphere of application: it uses to observe, analysis and checking-up wafer fab, chips, LCD etc fine test with low reflectivity and generic objects high clearly imaging observing, analyse. Especially fit for the high level research.

3.Photots:
MZDA1490BC+SD11J-D

MZDA1490BTC+SD11J-D+1X CCD Adapter

		MZDA1490BC	MZDA1490BTC
Main body ZDA1490BC		*
Main body ZDA1490BTC			*
Eyepieces WFH10X/22		**	**
Eye shields		**	**
Stand SD11J-D		*	*
LED illuminator MLC1000		*	*
Eyepieces	Auxiliary objective	Main body	With 0.7X auxiliary objective	With 2X auxiliary objective
10X/Φ22	Total magnification	14X~90X	9.8X~63X	28X~180X
	Field of video(mm)	Φ15.7~Φ2.44	Φ22.4~Φ3.5	Φ7.86~Φ1.22
15X/Φ17	Total magnification	21X~135X	14.7X~94.5X	42X~270X
	Field of video(mm)	Φ12.14~Φ1.89	Φ17.35~Φ2.7	Φ6.07~Φ0.94
20X/Φ14	Total magnification	28X~180X	19.6X~126X	56X~360X
	Field of video(mm)	Φ10~Φ1.56	Φ14.29~Φ2.22	Φ5~Φ0.78
30X/Φ9	Total magnification	42X~270X	29.4X~189X	84X~540X
	Field of video(mm)	Φ6.43~Φ1	Φ9.18~Φ1.43	Φ3.21~Φ0.5
Working Distance		103	145	35
Note: a. Total magnification=Eyepieces magnification × Zoom body magnification × Auxiliary objective magnification     For example: Matching 10X eyepieces, on zoom body's scale locating 3, and choose 2X auxiliary objective     Total magnification=10 × 3 × 2=60X    b. Field of video = The diameter of field of eyepieces ÷ Zoom body magnification ÷ Auxiliary objective magnification(without auxiliary objective the value is 1)     For example: Matching 10X eyepieces, on zoom body's scale locating 3, and without auxiliary objective      Field of video =22÷3÷1=Φ7.33mm

 

Video display:
Auxiliary objective	CCD adapter
	0.5X		1X
Main body (Without auxiliary objective)	Total optical magnification	0.7X~4.5X	Total optical magnification	1.4X~9X
	Field of video(mm)	5.14X6.86~0.8X1.07	Field of video(mm)	2.57X3.43~0.4X0.53
	Working distance (mm)	103
0.7X	Total optical magnification	0.49X~3.15X	Total optical magnification	0.98X~6.3X
	Field of video(mm)	7.35X9.8~1.14X1.52	Field of video(mm)	3.67X4.9~0.57X0.76
	Working distance(mm)	145
2X	Total optical magnification	1.4X~9X	Total optical magnification	2.8X~18X
	Field of video(mm)	2.57X3.43~0.4X0.53	Field of video(mm)	1.29X1.71~0.2X0.27
	Working distance(mm)	35
Magnification range of zoom body 1.4X~9X
Note: a. Field of video is based on 1/3" CCD camera.       b. Video magnification=Total optical magnification × Digital magnification        Total optical magnification=CCD adapter magnification × Auxiliary objective magnification × Zoom body magnification        For example: CCD adapter is 1X, without auxiliary objective(now the multiplicator is 1), on zoom body's scale locating 2,        Total optical magnification=1×1×2=2X        Digital magnification = The size of display screen diagonal ÷ The size of CCD camera plate diagonal        The size of CCD camera plate diagonal:        1/3" CCD: 6mm;    1/2" CCD: 8mm;    2/3" CCD: 11mm.       For example:       14" monitor matches 1/3" CCD camera's digital magnification=14×25.4÷6=59.27       17" monitor matches 1/3" CCD camera's digital magnification=17×25.4÷6=71.97