Wholesale of domestic auto collimators

Haik Collapex digital photoelectric collimator

Digital photoelectric collimator

Collapex STDThe series of high-precision photoelectric auto collimators features easy operation, high reliability, and a wide range of accessories, making them widely used in optics and precision machinery.STDIn addition to using independently designed high-precision imaging objectives, the processing system of the series products is configured with commercial laptops or desktop computers. This series of instruments does not have testing blind spots or false resolution issues, and can directly observe the true image of optical targets on the display. Each instrument has undergone factory calibration and can provide services includingThe identification certificates at all levels can trace the national measurement standards.

CollapexDigital photoelectric autocollimator(electronic autocollimator)Series products are high-precision measuring instruments that apply excellent digital technology. After years of development, there are now multiple series products to meet the application needs of different customers. The products have the characteristics of high accuracy, stable performance, and easy operation.

CollapexThe autocollimator series has powerful functions and obvious advantages in usability, mainly due to years of understanding of customer application needs.CollapexThe series of instruments have multiple measurement modes and functions, including high-speed online continuous measurement saving mode, full screen debugging modeSPCReal time data analysis, automatic saving of test data, and other functions can simultaneously measure and lock up to200 Multiple optical targets.

The product has numerous specialized measurement modules for specific applications, Including the calibration of polyhedral prisms and multi tooth indexing tables The straightness, parallelism, verticality, flatness, and relative position of precision parts such as calibration, high-precision guide rails, and platforms. At present, instruments are used in metrological calibration, precision optics, precision machinery, laser alignment and testing, as well as aerospace, aviation, shipbuilding, and other fields It has a wide range of applications in various fields.

indicator parameters：

1. Focal length of objective lens300mm

2. Objective aperture68mm

3. Resolution0.005″

4. Field of view angle3800″x3800″

5. Accuracy±0.05″(In the central field of view10″inside) ; ±0.10″(In the central field of view20″inside) ; ± 0.25″(in±1500″inside)

6. Repeatability0.03″

7. Working distance:3000mm

8. ZUIbigMeasurement frequency not less than10Hz (Related to the incident light intensity)

9. Light source:LEDIllumination, center wavelength525nm

10. Real time image display; Digital and image display of measurement results; Custom tolerance range; A self collimator can simultaneously measure multiple reflected images; Output comprehensive data reports; Can be accessed through a computerUSBImplement remote control through formal means; The test results support being called by it; Chinese software interface.

Standard hardware：

1.High precision autocollimator:CollapexThe series of high-precision photoelectric auto collimators adopts a targeted optical system design with low wavefront aberration, combined with multiple specialized technologies, using high-performance image sensing and sub-pixel resolution technology. The light source adopts fiber optic cold light source, without testing blind spots and false resolution problems, and can directly observe the true image of optical targets on the display.

2.Two dimensional adjustment bracket: using a threaded pair composed of finely ground stainless steel screws and copper sleeves, this fine tooth fine-tuning threaded pair can provide higher adjustment accuracy than ordinary micrometer heads, thus meeting the imaging target's needsCCDMicro adjustment of the imaging position on the board surface;

3.Standard reflector: surface shape accuracy better thanλ/4；

4.LEDLight source: center wavelength525nm；

5.Image acquisition and data processing system: The image acquisition and data processing system of the dual axis photoelectric autocollimator is the core and soul system of the entire equipment. The key technology is high-precision digital positioning technology for optical targets, which can achieve high-precision recognition and digitization of optical targets. Dividing the image acquisition and data processing system into processes such as image acquisition module, data acquisition module, parameter setting module, metrology calibration module, and data management module is beneficial for the analysis, design, development, testing, and integration deployment of the system;

6.Packaging box: foam lining;

7.Notebook computer;

8.Certificate of Conformity/Instruction Manual/Packing List/Inspection Acceptance Form/One copy each of the CD and other materials.

software:

From the perspective of customer usage, the software interface, After several revisions, the interface is now clear at a glance, Image display area, results The display area and real-time monitoring curve are integrated into one. The menu tool is intuitive and easy to operate; The image display area can display in real-time Display the image acquisition results, Simultaneously display in the result display areaX/YTwo directions and fitting deviation angle. The real-time monitoring curve synthesizes the collected data into a rolling curve, making the relative angle deviation clear at a glance.

Design Principles:

As shown in the figure, After passing through the dividing plate of the focal plane of the objective lens, Parallel light is formed through the objective lens. Parallel light is perpendicular to The reflection mirror of the optical axis reflects back, passes through the collimating lens, and then converges at the conjugate focal plane through the splitting prismCCDOn the surface, a dividing board image is formed. When the mirror is tilted at a small angle, the reflected beam simultaneously produces a differential angle, located atCCDThe dividing plate image on the photosensitive surface of the detector produces a deviation. ByCCDThe angular displacement of the mirror can be determined by the magnitude of the offset of the dividing plate image. This is the basic principle of optical self collimation.

Set the distance from the reticle to the objective lens(Objective focal length)ForfThe deflection angle of the reflector isalphaThe cross dividing board isCCDupplaceIf the angle of the formed image changes to d, then there is:

d

=

2f

Based on this principle, the Collapex series photoelectric autocollimator combines digital photoelectric technology with optical design, mechanical design processes, and specially developed software to easily and quickly achieve sub second precision angle testing.

Product Features:

1. Dual axis simultaneous measurement

2. Large field electronic eyepiece technology

3. High resolution array detector

4. Simultaneously lock, track, and measure up to 200 targets

5. USB data interface, real-time computer processing

6. Multiple mature product series, high precision, high stability, and high cost-effectiveness

Technological innovation points:

1. This series of photoelectric auto collimators achieves ultra high precision measurement of dual axis full field of view, which means that the X and Y axes can achieve JUErightAccuracy of 0.1 inches.

2. This series of photoelectric auto collimators adopts a surface array detector to achieve ultra-high precision and quasi real time measurement in the entire field of view on ordinary commercial computer systems.

3. This series of photoelectric auto collimators adopts universal serial interface technology, making the instrument more convenient and versatile in operation.

4. This series of photoelectric auto collimators achieves dynamic locking, tracking, monitoring, and ultra-high precision testing of up to 200 optical targets.

Application areas:

1. Precise positioning of optical and mechanical components

2. Optical system calibration, laser projection system measurement

3. Optical parallelism and beam angle testing

4. Beam positioning, alignment, and measurement of point, line, and scanning laser (including pulse type) products

5. Precise measurement of mechanical straightness, flatness, verticality, etc

6. Precision turntable rotation accuracy and positioning accuracy testing

Haik Collapex digital photoelectric collimator