High precision Compound Vision Measuring Instrument

High-end Configuration

01

Stability is the Foundation of Precision

Marble stage, 0.1μm metal grating ruler High-precision linear guideway, Precision-ground ball
02

Clear Image for High Accuracy

High-resolution color digital camera, Motorized 10x zoom coaxial opticallens Programmable 5-zone40-LED surface reflection light Integral parallel light path transmission light, Coaxial light
03

Stable Drive,Precise Control

Integrated full-closed-loop core control unit (safe, stable & precise positioning) Multifunctional joystick (intuitive & easy operation)
04

The“Smart Brain" for 3D

3D measurement & form and position evaluation software (supports 3D model import, and combined 2D/3D measurement)

Multi-Angle Anti-Glare Light Source

Multi-angle ring light sources enhance machine vision imaging quality. By illuminating from multiple angles, they eliminate shadow interference — ideal for high-reflectivity surface defect inspection, metal part edge extraction, and similar applications.

Eliminates Shadow Interference

The multi-angle ring light uses tilted/vertically arranged LED arrays to project light at varied angles, minimizing shadow areas:

O° light: Vertical illumination, suited for surface flatness inspection.

45°light: Tilted illumination to highlight object edge contours.

Boosts Imaging Contrast

For metal part inspection, multi-angle lighting reduces mirror reflection interference, making scratches/stains more visible:

Low-angle (0°~45*): Accentuates metal surface scratches.

High-angle (60°~90°): ldeal for high-reflectivity surface defect detection (suppresses glare & en-hances texture contrast).

Adapts to Diverse Inspection Needs

Adjustable illumination angle/brightness (based on material/surface properties):

450nm blue light: For metal scratch inspection.

850nm infrared light: Penetrates plastic packaging (for PCB circuit inspection).

255-level brightness adjustment via dimming tech.

Image Measurement – Non-Contact, High Efficiency, High Flexibility

Industrial Camera

Integrated with an ultra-high-resolution 2-megapixel CMOS sensor, it enables accurate edge detection.The display highlights the fine details of the measurement region, delivering a repeatability of ≤ 1.8 μm.
High-Resoluton Lens

The optmized optcal design strictly constrains image distorton, minimizing the impact of of-axis aberraton. Even under long- term operaton, the lens maintains sta-ble centraton, satsfying the requirements of high-pre-cision inspecton environments.
Sub-Pixel Edge Extracton

Conventonal edge detecton algorithms are limited to pixel-level edge localizaton. The sub-pixel edge extracton algorithm resolves subtle edge deviatons, enabling more precise edge positoning.

Image Measurement – Automated Detecton to Mitgate Measurement Errors

Automated Edge Detecton Measurement

Automated edge detecton of features removes depen-dence on operator expertse, ensuring highly consistent measurement results.
Automated Image Focus

The image-based autofocus functon eliminates human errors associated with manual focusing, while enabling consistent and reliable high-precision measurements.
Muti Workpieces Batch Inspecton

By utlizing the “Translaton & Replicaton” measure-ment feature, batch inspecton of multple workpieces can be accomplished in a single operaton.
Effcient Programming via CAD Import

By importng the workpiece CAD model, select features within the CAD interface, and quickly complete the programming of measurement tasks afer aligning the workpiece with CAD coordinates.

Multfunctonal Confocal Proflometry – Fast, High-Precision, Wide sample coverage

Fast

Supports non-contact manual point measurement and continuous automated scanning. Compared with contact-style point gauge measurement, efficiency is improved by over 2 times.
High-Precision

Every position in the measurement range is an optical focal point that affects wavelength, enabling full-range maintenance of high resolution and precision. Thus, the confocal method is especially suitable for measuring micro-geometric structures and contour variations.
Broad Sample Coverage

Compatble with any material type: transparent or non-transparent materials, refectve or anti-refectve materials, light-absorbing materials, colored materials, and rough or mirror-finish materials.

Contact Probe Measurement –High-Precision, Strong Adaptability, Comprehensive Data

Combined with optcal non-contact measurement, the probe can inspect features (e.g., blind holes, deep grooves) that are inaccessible to optcal systems, enabling “2.5D” measurement (planar + height), which enhances equipment versatlity. Automated probe positoning is achieved via program control, eliminatng positoning deviatons caused by manual opera-ton. It is especially suitable for batch inspecton and complex surface data acquisiton in reverse engineering.
Precision Chamfer Measurement

Utlizing a low-profle direct-contact probe, targets with post-processing features (such as top-side or side-surface perpendicularity and chamfer angles) – which are challenging for most measurement equipment to inspect – can be accurately measured. Additonally, extending the probe via an adapter allows for precise measurement of deep holes and grooves.

Comprehensive System Error Compensaton

Supports 21 geometric error compensations for the machine: straightness, flatness, angularity, perpendicularity, etc.

Supports Z-axis rotation compensation,Z-axis scale expansion/contraction compensation (with probe), and lens XY ratio distortion correction.

Supports compensation for multi-station switching,maximizing the measurement accuracy of the eauipment.

Supports 21-item single compensation and 21-item composite compensation for the probe.

Automated Edge Detecton Measurement

Automated edge detecton of features removes depen-dence on operator expertse, ensuring highly consistent measurement results.
Automated Image Focus

The image-based autofocus functon eliminates human errors associated with manual focusing, while enabling consistent and reliable high-precision measurements.

3D CAD Model Import for Measurement

By directly importng 3D models in standard for-mats (STEP, IGES), it extracts theoretcal features (e.g., planes, cylinders, curves) and automatcally generates measurement routnes via the intel-ligent path-matching system. Mult-sensor data acquisiton and fusion then enable comparison between actual measurement data and nominal model data.
It supports both random and sequental measure-ment. Users can program measurement paths and moton logic based on the digital model (even without physical equipment access) or sttch full workpiece images. This allows for virtual simula-ton of the measurement process in a digital envi-ronment, facilitatng procedure demonstraton or validaton.

Application Cases

Prototype & First Article Inspection

-Simplify setup, accelerate R&D validation
-Unattended operation, automated standardized measurement
-Traceable to national standards, data retrievable
In-Process Inspection

-Shorten equipment prep time, boost throughput
-Enhance equipment precision, improve yield
-Preempt anomalies, enable process closed-loop management
Pre-Shipment Inspection

-Support fast outgoing inspection for short-run products
-Streamline inspection reporting, reduce man-hours
-Lower personnel training costs
Incoming Quality Control (IQC)

-Standardized control for multi-SKU incoming inspection
-Increase inspection volume, reduce non-conforming part risk
-Recheck key features, ensure incoming product quality

A Series Compound Vision Measuring Instrument

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High-end Configuration

Stability is the Foundation of Precision

Clear Image for High Accuracy

Stable Drive,Precise Control

The“Smart Brain" for 3D

Hybrid Measurement

High Efficiency

Ultra-Precision

Multifunctionality

Multi-Angle Anti-Glare Light Source

Image Measurement – Non-Contact, High Efficiency, High Flexibility

Industrial Camera

High-Resoluton Lens

Sub-Pixel Edge Extracton

Image Measurement – Automated Detecton to Mitgate Measurement Errors

Automated Edge Detecton Measurement

Automated Image Focus

Muti Workpieces Batch Inspecton

Effcient Programming via CAD Import

Multfunctonal Confocal Proflometry – Fast, High-Precision, Wide sample coverage

Fast

High-Precision

Broad Sample Coverage

Contact Probe Measurement –High-Precision, Strong Adaptability, Comprehensive Data

Precision Chamfer Measurement

Comprehensive System Error Compensaton

Automated Edge Detecton Measurement

Automated Image Focus

Measurement Fixtures

Measurement Sofware Capabilites

Profile Deviaton Analysis

Sofware SPC Analysis

3D CAD Model Import for Measurement

Measurement Fixtures

Application Cases

Prototype & First Article Inspection

In-Process Inspection

Pre-Shipment Inspection

Incoming Quality Control (IQC)

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Company Introduction

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