mobile AMR robot with collaborative robotic arm and 3D scanner scanning industrial product in modern factory, blue lighting, futuristic manufacturing

3D Inspection That Moves and Perceives · Powered by Physical AI

3D Scanning & Shape Inspection

A next-generation inspection system where a Cobot mounted on an AMR moves around, scans product geometry, and performs AI-based quality inspection. The same 3D perception technology leads to Physical AI — robots working autonomously.

Consultation Inquiry Watch Demo Video
AMR + Cobot Integration
µm-Level Measurement
AI Shape Analysis
3D scanner interface showing point cloud data analysis and defect detection on automotive parts with AI overlay

Limits of Conventional Inspection

Limited Range of Fixed Inspection Equipment

Inspection only from fixed positions, limiting inspection of large products and complex shapes

Difficulty Inspecting Complex Shapes and Large Products

Conventional fixed scanners create blind spots and cannot inspect from multiple angles

Cost and Time Burden of Line Changes

High costs from equipment relocation and reconfiguration when building new product lines

A New Approach

Mobile Inspection (AMR + Cobot + 3D Scanner)

A mobile inspection system combining autonomous mobile robots and collaborative robots

Free Scan Paths and Multi-Angle Inspection

Moves freely around the product for precision scanning at optimal angles

Flexible Deployment and Scalability

Relocatable to different positions as needed, supporting multiple lines simultaneously

Key Capabilities

Core Capabilities of the Next-Generation Mobile 3D Scanning System

AMR-Based Autonomous Mobile Inspection

Navigates autonomously with SLAM technology and performs inspection from the optimal position

Precise Scanning Motion with an Onboard Cobot

Precisely scan even complex shapes with a 6-axis collaborative robot

High-Precision 3D Scanner (µm-Level Measurement)

Micron-level precision with Structured Light technology

Real-Time AI Shape Analysis and Quality Judgment

Real-time analysis of Point Cloud data for instant quality judgment

CAD / Digital Twin-Based Comparative Inspection

Deviation analysis by comparing design data with the actual product

Usable Across Lines, Warehouses, and Yards

Inspect anywhere — not just manufacturing lines, but warehouses, yards, and more

Workflow

6-Step Automated Inspection Process

1

AMR Autonomous Navigation

Autonomous navigation to the target position

2

Cobot Position Control & 3D Scanning

Precision scanning from optimal angles

3

Data Collection

Point Cloud data acquisition

4

AI Analysis

Real-time shape analysis

5

Quality Judgment/Reporting

Pass/fail judgment and result generation

6

Automatic Result Upload

MES/PLM system integration

Use Cases

3D scanning solutions used across diverse industries

large automotive body parts inspection using 3D scanning technology in manufacturing facility

Large Part Shape Inspection

Precision shape inspection of large parts such as car bodies and machine structures

View Case Studies
injection molded plastic parts deformation analysis using 3D scanning and AI detection

Injection/Cast Part Deformation Analysis

Precision analysis of warpage and deformation in injection-molded and cast parts

View Case Studies
aerospace and marine parts 3D scanning inspection with precision measurement equipment

Aerospace/Marine Component Scanning

Inspection of aircraft and ship components requiring high precision

View Case Studies
warehouse random sampling inspection using mobile AMR robot with 3D scanner

Random Sampling Inspection in Warehouses

Random quality inspection of products stored in warehouses

View Case Studies

Benefits

Key results achieved with the mobile 3D scanning system

3x+

Expanded Inspection Coverage

Dramatically expanded inspection coverage versus fixed systems

98%+

Shape Defect Detection Accuracy

High detection accuracy through AI-based precision analysis

40%

Reduced Inspection Time

Dramatically shorter inspection times with automated movement and scanning

50%

Reduced Line Rebuild Costs

Flexible deployment minimizes line-change costs

Technology Stack

A Fully Integrated Solution of Advanced Technologies

Mobility

  • AMR Autonomous Driving (SLAM)
  • LiDAR Sensors
  • Route Optimization

Manipulation

  • 6-Axis Cobot
  • Safety Sensors
  • Precision Position Control

Sensing

  • Structured Light 3D Scanner
  • Laser 3D Scanner
  • High-Resolution Point Cloud

AI Analysis

  • Point Cloud Processing
  • CAD Comparison Analysis
  • Anomaly Detection

Integration

MES/PLM Integration Cloud Upload Real-Time Alerts Database Storage

Safety Features

Cobot Safety Standard Compliance

Full compliance with ISO 10218 and TS 15066 safety standards

Obstacle Detection & Collision Avoidance

Real-time obstacle detection and automatic avoidance with multiple sensors

Flexibility

Modular Design

AMR, Cobot, and scanner can each be replaced or upgraded independently

Adapts to Diverse Environments

Flexibly adapts to manufacturing lines, warehouses, yards, and other work environments

Case Study

Results Proven in Real Production

Automotive Parts Manufacturer

Inspection Innovation for a Large Automotive Parts Line

We converted the legacy gauge-based inspection method to AMR+Cobot-based 3D scanning, greatly improving inspection accuracy and efficiency.

50%

Reduced Inspection Time

98.5%

Improved Defect Detection

automotive manufacturing line with AMR robot and Cobot performing 3D scanning inspection on large car body parts

Frequently Asked Questions

Frequently asked questions about our 3D scanning & shape inspection system.

What are the advantages over fixed inspection?

How is it different from conventional 3D scanners?

Can it operate independently, without a line?

How precise is the AMR's positioning?

Can it be applied without CAD data?

Set a new standard for quality inspection with mobile 3D scanning.

Complex shapes with precision, large products with efficiency. Experience the next-generation inspection system today.