Inspection & Vision Module

INSPECTION SOLUTION

Inspection & Vision Module

Vision-based automatic inspection solution using equipment-embedded inspection modules and industrial cameras

OVERVIEW

Product Overview

The Inspection & Vision Module is an inspection module that can be embedded into existing equipment. It uses high-resolution industrial cameras and vision algorithms to automatically detect product defects. It also supports connection to external equipment, significantly improving quality control efficiency on production lines.

Product overview

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FEATURES

Key Features

Vision-Based Inspection

Automatically identifies defects and anomalies through image processing algorithms

High-Resolution Camera

Equipped with industrial cameras capable of identifying minute defects

Real-Time Processing

Performs real-time inspection through high-speed image capture and analysis

Interconnectable

Supports interface connection with PLC and upper-level systems

SPECIFICATIONS

Technical Specifications

TypeVision inspection module
CameraIndustrial C-mount camera
ResolutionUp to 5MP (high-resolution option)
InterfaceGigE Vision / USB3.0
EmbeddedEquipment-embedded or external type options

APPLICATIONS

Application Areas

Manufacturing Process

Automatic defect detection and quality control on production lines

Precision Inspection

Inspection of minute parts and surface defects

Barcode/QR

Automatic reading and verification of product identification codes

Safety Inspection

Automatic detection of packaging and appearance defects

EXPECTED BENEFITS

Expected Benefits

Discover the key benefits of deploying Microsensus vision inspection solutions, based on real customer cases.

Defect Detection Rate Improvement

Maximized precision with AI-based vision inspection

Defect detection rate (%) — before vs. after

74
Before (Visual)
99
After (Vision)
Defect detection rate 74% → 99.2%
Undetected defects reduced 94%
Shipping quality standards fully met
Defect detection rate 74% → 99.2%Undetected defects reduced 94%Shipping quality standards fully met

Inspection Speed Improvement

Dramatically increased inspection throughput via automation

Hourly inspection throughput (units) — actual line measurements

320Before5801 mo8203 mo11006 mo1450Optimized
Throughput 320 → 1,450 units/hr
Inspection staff 4 → 1 person
Inspection lead time reduced 78%
Throughput 320 → 1,450 units/hrInspection staff 4 → 1 personInspection lead time reduced 78%

Quality Cost Reduction

Reduced claim costs by preventing defect outflow

Annual quality-related cost comparison (relative index) — customer measurement

100
Before
28
After
72% quality cost reduction
Claim handling cost reduced 72%
Rework cost reduced 65%
Customer trust index improved
Claim handling cost reduced 72%Rework cost reduced 65%Customer trust index improved

Smart Factory Transition

Foundation for data-driven process optimization

Smart factory transition index (0~100)

18
Before
35
3 mo
52
6 mo
71
1 yr
88
2 yr
Automatic inspection data collection & analysis
Process trend monitoring enabled
MES/ERP integration expansion supported
Automatic inspection data collection & analysisProcess trend monitoring enabledMES/ERP integration expansion supported
Key Expected Benefits
Defect Detection Rate 99.2%
Throughput 4.5x Improvement
Smart Factory Transition Base

APPLICATION SCENARIOS

Application Scenarios

Here is how you can utilize this in these situations. Check the scenario that fits your site.

Automotive Parts Appearance Defect Detection

Automotive / Metal Parts

Situation

Visual inspection easily misses micro-scratches and dimensional defects, leading to customer claims and recall costs when defects escape

How to Use

Apply high-resolution vision cameras and AI inspection algorithms to the line to build a 100% inspection system with automatic defect data recording

Expected Effect

Defect outflow blocked, claim costs reduced, inspection speed and throughput improved

PCB Soldering Defect Auto-Detection

Electronic Parts / PCB

Situation

Manual inspection causes inspection bottlenecks, high labor costs, and limited defect detection rates, resulting in unstable shipping quality

How to Use

Implement 3D vision inspection system and train AI on soldering defect patterns for automatic judgment and defect location marking

Expected Effect

Defect detection rate dramatically improved, inspection staff reduced, shipping quality stabilized

Food Packaging Foreign Object and Label Inspection

Food / Beverage Packaging

Situation

Foreign object contamination or label misprints discovered after shipping can lead to recalls and food safety regulation violations

How to Use

Use high-speed vision inspection system to simultaneously perform foreign object detection and label OCR inspection, automatically ejecting defective products

Expected Effect

Foreign object detection rate improved, food safety regulations complied, recall risk minimized

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PROJECTS

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Technical Proposal

Technical Proposal

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