Product details
GOM ATOS Core 300 3D Scanner
Compact High-Precision Blue Light 3D Scanning System for Industrial Metrology
The GOM ATOS Core 300 3D Scanner is a professional optical metrology system designed for highly accurate 3D digitizing, dimensional inspection, reverse engineering, and quality control applications. Engineered with advanced blue light technology and precision industrial optics, the ATOS Core 300 delivers reliable high-resolution scan data for manufacturing, engineering, product development, and industrial inspection workflows.
Developed by GOM, now part of ZEISS Quality Excellence Center, the ATOS Core 300 combines compact portability with metrology-grade precision, enabling manufacturers and engineers to capture detailed surface geometries quickly and efficiently across a wide range of industrial applications.Why Choose the GOM ATOS Core 300 3D Scanner?
The ATOS Core 300 is engineered for professionals who require accurate and repeatable 3D measurement data while maintaining workflow efficiency and operational flexibility.
Key Advantages
- High-precision blue light scanning technology
- Metrology-grade 3D measurement accuracy
- Compact and portable design
- Fast full-field data acquisition
- High-resolution surface capture
- Reliable industrial inspection workflows
- Reverse engineering capability
- Seamless GOM software integration
- Automated inspection support
- Excellent repeatability performance
Advanced Blue Light Scanning Technology
High-Accuracy Optical 3D Measurement
The GOM ATOS Core 300 utilizes structured blue light projection technology for highly accurate surface digitization and dimensional analysis.
Benefits of Blue Light Technology
- Reduced ambient light interference
- Improved scan precision
- High-resolution surface detail capture
- Stable measurement performance
- Accurate edge detection
- Reliable industrial metrology results
Industrial 3D Scanning Applications
Dimensional Inspection
The ATOS Core 300 is ideal for:
- CAD comparison
- GD&T analysis
- Surface deviation inspection
- First article inspection
- Production quality control
Reverse Engineering
Perfect for:
- Legacy part digitization
- CAD reconstruction
- Product redesign
- Rapid prototyping
- Surface modeling
Tool and Mold Inspection
Widely used for:
- Mold analysis
- Tool wear inspection
- Die validation
- Injection mold verification
- Casting inspection
Product Development and Research
Suitable for:
- Prototype validation
- Design optimization
- Product testing
- Engineering analysis
- Digital archiving
Technical Specifications
Precision Industrial Scanning System
| Feature | Specification |
|---|---|
| Scanning Technology | Structured Blue Light |
| Measurement Principle | Optical 3D Scanning |
| Camera Resolution | High-Resolution Industrial Cameras |
| Data Acquisition | Full-Field Measurement |
| Measurement Accuracy | Metrology Grade |
| Surface Digitization | High Precision |
| Light Source | Blue LED Projection |
Measuring Volume and Resolution
Optimized for Detailed Inspection
| Feature | Specification |
|---|---|
| Measuring Volume | Approximately 300 mm |
| Point Resolution | High-Density Point Capture |
| Scan Detail | Fine Surface Geometry |
| Surface Coverage | Full-Field Scanning |
| Small Feature Detection | Excellent |
Accuracy and Repeatability
Reliable Metrology Performance
| Feature | Specification |
|---|---|
| Measurement Accuracy | High Precision Industrial Accuracy |
| Repeatability | Excellent |
| Data Stability | High Reliability |
| Calibration Support | Certified Calibration Workflow |
High-Speed Data Acquisition
Fast Full-Field Scanning Workflow
Scanning Benefits
- Rapid surface acquisition
- Reduced inspection time
- Efficient quality control
- Minimal operator interaction
- Fast point cloud generation
Integrated GOM Software
Professional 3D Inspection and Analysis
The scanner integrates seamlessly with GOM software solutions for advanced inspection workflows.
Software Features
- CAD comparison
- GD&T analysis
- Mesh processing
- Surface inspection
- Alignment tools
- Deviation analysis
- Automated reporting
- Digital archiving
Workflow Advantages
- Simplified inspection procedures
- Faster report generation
- Improved quality documentation
- Accurate dimensional evaluation
Data Output and File Compatibility
Flexible Industrial Workflow Integration
| Feature | Specification |
|---|---|
| Output Formats | STL, OBJ, PLY, ASCII |
| CAD Compatibility | Supported |
| Mesh Export | Yes |
| Point Cloud Export | Yes |
| Inspection Reporting | Integrated |
Industrial Automation Compatibility
Ready for Automated Inspection Systems
The GOM ATOS Core 300 supports automation workflows for production environments.
Automation Applications
- Robotic inspection
- Inline quality control
- Automated scanning cells
- Production monitoring
- Repeatable batch inspection
These capabilities improve manufacturing productivity and consistency.
Compact and Portable Design
Flexible Mobile Inspection Capability
The ATOS Core 300 is engineered with a compact form factor suitable for flexible deployment.
Portability Benefits
- Easy transportation
- Laboratory and field use
- Flexible workstation setup
- Efficient mobile inspection
- Reduced installation complexity
Environmental and Operational Specifications
Reliable Industrial Operation
| Feature | Specification |
|---|---|
| System Design | Industrial Compact Scanner |
| Operating Environment | Laboratory & Production Floor |
| Stability | High Structural Stability |
| Industrial Durability | Professional Grade |
Applications Across Industries
Automotive Industry
Used for:
- Component inspection
- Mold verification
- Body panel analysis
- Prototype validation
- Production quality control
Aerospace Industry
Suitable for:
- Precision part inspection
- Turbine component analysis
- Composite verification
- Structural evaluation
- Manufacturing validation
Manufacturing and Engineering
Ideal for:
- Production inspection
- Reverse engineering
- Industrial metrology
- Tool validation
- Quality assurance
Medical and Research Applications
Widely used for:
- Medical component digitization
- Research modeling
- Scientific visualization
- Precision engineering analysis
Optical 3D Scanning and Traditional Measurement
| Feature | ATOS Core 300 | Traditional Measurement |
|---|---|---|
| Measurement Speed | Very Fast | |
| Full-Field Capture | Yes | |
| Surface Detail | Extremely High | |
| Non-Contact Measurement | Yes | |
| Digital Data Generation | Advanced | |
| Automation Capability | Supported | |
| Inspection Efficiency | High |
Accessories and Optional Equipment
Compatible Accessories
- Calibration Panels
- Rotary Tables
- Industrial Tripods
- Automated Scanning Systems
- Robotic Integration Kits
- Lighting Accessories
- Portable Workstations
- Industrial Measurement Fixtures
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