Ocma 200 Center Deviation Measuring Instrument/Mirror Spacing Measuring Instrument

• After-sales Service: One Year
• Warranty: One Year
• Type: All
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: RAY-LH-MS-2462#
• Operate Method: CNC
• Transport Package: Wooden
• Specification: Based on size
• Trademark: RAYTEK
• Origin: Made in China
• Production Capacity: 10000 Set Per Year
• Package Size: 120.00cm * 90.00cm * 90.00cm
• Package Gross Weight: 50.000kg

Product Description

OCMA200 center deviation measuring instrument
    The center deviation measuring instrument OCMA200 is used for automated center deviation measurement and centering adjustment of lenses and lenses. Covering the entire process of center deviation measurement, optical system assembly and adjustment, and lens bonding, the measurement accuracy reaches+/-0.2um. It is an engineering centering measurement software with independent intellectual property rights, with reliable accuracy and easy operation. The design of a low distortion optical system combined with high-precision image recognition algorithms, integrating the company's unique technology, can achieve full domain measurement of curvature radius, covering a measurement range of+∞~- ∞.
    The product performance is superior to similar domestic products and comparable to similar foreign products.
Application scope:
    Measurement of center deviation of a single lens;
    Measurement of lens group center deviation;
    Measurement of center deviation of laminated lenses;
    Visible light optical system installation and adjustment;
Extended applications:
    Measurement of center deviation of aspherical lenses;
    Measurement of center deviation of cylindrical mirrors;

General attributes
Core technology	Reflective
Visible light optical module	Standard 520nm (G)
Z-axis guide rail	Standard 500mm, optional 700mm, with linear encoder
Air bearing	Turntable size: standard 200mm; Load capacity: 50kg;
Software	The optical system center deviation measuring instrument software V1.0 includes two working modes: installation and detection. In installation and adjustment mode, the software can provide real-time installation and adjustment plans for lenses or mirror groups based on measurement analysis results; In detection mode, the software has functions such as mirror group analysis and optimal optical axis analysis of the mirror group;
System performance
Detection of surface shape	Spherical, planar, non spherical
Detection of surface radius	+∞~-∞
Lens size	0.5mm-200mm
Eccentricity accuracy	Line eccentricity:+/-0.2um; Angular eccentricity:+/-2 arcsec
Accuracy of curvature radius measurement	+/-0.05%

OCMAD-400 dual optical path center deviation measuring instrument
    The OCMAD-400 dual optical path center deviation measuring instrument is an upgrade of the OCMA-200 center deviation measuring instrument technology, used for automated center deviation measurement and centering adjustment of lenses and lens groups. Used for measuring optical systems with a large number of lenses, measuring the center deviation of lenses that are opaque to visible light, and infrared optical lenses. The measurement accuracy reaches+/-0.2um, and the measurement range is covered by+∞~- ∞. It is an engineering centering measurement software with independent intellectual property rights, with reliable accuracy and easy operation.
Application scope:
    Measurement of center deviation of a single lens;
    Measurement of center deviation of laminated lenses;
    Installation and adjustment of infrared optical system;
    Measurement of lens group center deviation;
    Visible light optical system installation and adjustment;
    Measurement of single lens curvature radius;
Extended applications:
    Measurement of center deviation of aspherical lenses;
    Measurement of center deviation of foldable optical systems;
    Measurement of center deviation of L-shaped or U-shaped optical systems;
    Measurement of center deviation of cylindrical mirrors;
    C-Lens center deviation measurement;

General attributes
Core technology	Reflective
Visible light optical module	Standard 520nm (G)
Z-axis guide rail	900mm upper optical path, 200mm lower optical path, with linear encoder
Air bearing	Turntable size: 300mm; Load capacity: 200kg;
Software	The optical system center deviation measuring instrument software V1.0 includes two working modes: installation and detection. In installation and adjustment mode, the software can provide real-time installation and adjustment plans for lenses or mirror groups based on measurement analysis results; In detection mode, the software has functions such as mirror group analysis and optimal optical axis analysis of the mirror group;
System performance
Detection of surface shape	Spherical, planar, non spherical
Detection of surface radius	+∞~-∞
Lens size	0.5mm-500mm
Eccentricity accuracy	Line eccentricity:+/-0.2um; Angular eccentricity:+/-2 arcsec
Accuracy of curvature radius measurement	+/-0.05%

Large caliber center deviation measuring instrument
    Based on the large aperture design and development of the center deviation measuring instrument OCMA200, it is suitable for center deviation measurement and centering adjustment of optical systems with large aperture and long height. Covering the entire process of center deviation measurement, optical system assembly and adjustment, and lens bonding, the measurement accuracy reaches+/-0.2um. It is an engineering centering measurement software with independent intellectual property rights, with reliable accuracy and easy operation. The design of a low distortion optical system combined with high-precision image recognition algorithms, integrating the company's unique technology, can achieve full domain measurement of curvature radius, covering a measurement range of+∞~- ∞.
Application scope:
    Measurement of center deviation of a single lens;
    Measurement of lens group center deviation;
    Measurement of center deviation of laminated lenses;
    Visible light optical system installation and adjustment;
Extended applications:
    Measurement of center deviation of aspherical lenses;
    Measurement of center deviation of cylindrical mirrors;

General attributes
Core technology	Reflective
Visible light optical module	Standard 520nm (G)
Z-axis guide rail	1100mm with linear encoder
Air bearing	Turntable size: 300mm; Load capacity: 200kg;
Software	The optical system center deviation measuring instrument software V1.0 includes two working modes: installation and detection. In installation and adjustment mode, the software can provide real-time installation and adjustment plans for lenses or mirror groups based on measurement analysis results; In detection mode, the software has functions such as mirror group analysis and optimal optical axis analysis of the mirror group;
System performance
Detection of surface shape	Spherical, planar, non spherical
Detection of surface radius	+∞~-∞
Lens size	0.5mm-600mm
Eccentricity accuracy	Line eccentricity:+/-0.2um; Angular eccentricity:+/-2 arcsec
Accuracy of curvature radius measurement	+/-0.05%

LTCM600 mirror spacing measuring instrument
    The mirror spacing measuring instrument is used to measure the air gap between lenses and the center thickness of optical components in optical systems. The measurement accuracy reaches+/-1um, and the engineering interval measurement software with independent intellectual property rights is reliable in accuracy and easy to operate.
    The product breaks through core technologies such as lens assisted assembly and adjustment indication, interference peak envelope enhancement in complex backgrounds, and peak matching. The unique mirror spacing measurement technology is the first time in China to break through the technical application barriers of time-domain short coherence technology in the field of mirror thickness and air spacing measurement.
Application scope:
    Non contact measurement of the center thickness of optical components;
    Air spacing between lenses in optical systems;

General attributes
Core technology	Short coherent interference
Light source wavelength	1310nm
Maximum optical path	600mm
Software	Interval measuring instrument V1.0
System performance
Detection of surface shape	Spherical, planar, non spherical
Maximum optical path	600mm
Testing accuracy	Test accuracy:+/-1um; Repeatability accuracy:+/-0.5um

AMI200 high-precision optical lens assembly and adjustment instrument (all-in-one machine)
    The high-precision optical lens alignment instrument AMI200 combines a center deviation measuring instrument with a spacing measuring instrument, which can achieve both centering and spacing measurements simultaneously, and provides an adjustment plan. Not only can it measure the center deviation of optical systems, but it can also achieve the measurement of lens spacing and lens center thickness. It greatly facilitates the high-precision installation and adjustment of optical systems.
Application scope:
    Non contact measurement of center deviation and air spacing in optical systems.

General attributes
Core technology	Reflective
Visible light optical module	Standard 520nm (G)
Z-axis guide rail	Standard 500mm, optional 700mm, with linear encoder
Air bearing	Turntable size: 200mm; Load capacity: 50kg;
Software	Optical system center deviation measuring instrument software V1.0; Interval measuring instrument software V1.0;
System performance
Detection of surface shape	Spherical, planar, non spherical
Detection of surface radius	+∞~-∞
Lens size	0.5mm-200mm
Eccentricity accuracy	Line eccentricity:+/-0.2um; Angular eccentricity:+/-2 arcsec;
Accuracy of curvature radius measurement	+/-0.3%
Measurement accuracy of vertex spacing	+/-1um