Defect Detection System
A platform powered by deep learning technology that identifies surface imperfections with speed, reliability, and precision.
Smart Inspection in Seconds
The Defect Detection system quickly identifies defective or anomalous defects on complex surfaces using deep learning technology and advanced machine vision, helping manufacturers reduce costs and meet consumer quality expectations.
While traditional machine vision systems use rules-based algorithms and require precise defect definitions, deep learning software learns from images of good and bad parts, reducing the time needed to specify defects and respond to changing requirements.
The system uses custom lighting solutions and fixturing, and can be combined with advanced material handling to enable rapid surface defect detection and qualification.
Deep Learning
Featuring deep learning technology, the system rapidly identifies surface defects on complex surfaces (specular, shiny, rough, matte, etc.) using advanced machine vision.
Flexible Design
The platform is flexibile and can be easily adapted for standalone applications or used within an advanced manufacturing inline application.
Advanced Material Handling
Rapid, non-marring placement and handling of products or parts enable the platform to be used for high-throughput applications.
Automotive
- Electronic components and boards
Consumer Electronics
- Smartphones
- Tablets
- Electronics
Medical Devices
- Surgical instruments
- Dental implants
Features & Benefits
- Flexible inspection system combining advanced machine vision with deep learning algorithms
- Surface defect detection distinguishes desired features from anomalies while tolerating natural variations in complex patterns
- Detects defects on glossy, shiny, or rough surfaces
- Identifies production defects in real-time, enabling adjustment of upstream processes to reduce waste
- High resolution camera that optimizes field of view and measurement precision
- Custom multispectral lighting and strobe controller
- Easy setup and operation with automatic orientation of part for inspection
- Custom fixturing and advanced part handling capabilities
- Provides precise part placement without marring the part surface
Specifications (in current configuration)
Work Volume
203 x 135 x 6 mm (L x W x H)
Coordinate System
X-axis: 600 mm (±2μm repeatability)
Y-axis: 220 mm (±2μm repeatability)
Z-axis: 10 mm (±2μm repeatability)
System Dimensions
112 x 70 x 209 cm (W x D x H)
System Weight
725 kg (1,600 lbs)
Lighting
Custom strobe, bright field, dark field, coaxial
Camera
5 MP (3.45μm repeatability)
Options
- Barcode reader
System Controllers
High performance industrial PC operator station with touch screen and secondary display screen
Resources
Choosing the Right Lighting for High Speed Inspection
Lighting and timing are key factors when measuring parts in high-speed motion. By using short bursts of high-intensity lighting, the vision system effectively freezes motion for inspection.
Smart Cosmetic Defect Detection Increases Productivity
Using deep learning, smart machine vision systems can inspect complex surfaces and parts for cosmetic defects without months of intensive coding, increasing manufacturing productivity, throughput, and quality.
Speed Wins in Contact vs. Non-Contact Surface Profiling
When efficiency matters in surface morphology inspection, non-contact, optical methodologies provide the same measurement results as a conventional contact profiler but in a fraction of time.
Contact Us
With manufacturing facilities located in the U.S. and China, DWFritz provides exceptional global support services.
