Industrial CT / 3D Imaging
Industrial computed tomography (CT) is used to produce 3D representations of solid objects to non destructively inspect mission critical parts and complex objects. Common applications include:
- Void Analysis in Plastic or Metal Components
- Flaw Detection
- Failure Analysis
- Metrology
- Assembly Analysis
- Part to CAD/Part to Part Comparison or Reverse Engineering
Spellman has a large selection of X-Ray generators and sources to choose from. Low to high density materials analysis benefits from Spellmans low ripple, high stability X-Ray generator and source platforms that improve image quality and throughput in Industrial CT imaging applications. Spellman's solutions are reliable and cost effective with industry leading warranties available. CE/UL compliant, superior performance, flexible standard products, low cost of ownership and ease of integration are the features that most Spellman customers see value in.
- Output Voltage 60kV - 140kV
- Output Power 32kW / 42kW / 50kW models with same dimensions and interface for ultimate flexibility
- Compact gantry mounting saves space, time and weight
- 16/32 slice with 0.5 rotation covering all clinical needs
- Optional grid box for deflection or cut off provide dose control and improves image quality
- Integrated fully programmable starter
- Compatible with all industry standard X-Ray tubes
- Output Voltage up to 160kV
- Output Power 688W
- Integrated HV Supply, Filament Supply, X-Ray Tube, Beam Port and Control Electronics
- Compact & LIghtweight
- Power Factor Corrected
- Can be Mounted in Any Physical Orientation
- Standard RS-232 Digital Interface
- Output Voltage up to 160kV
- Output Power 400W
- Integrated HV Supply, Filament Supply, X-Ray Tube, Beam Port and Control Electronics
- Compact & Lightweight
- Can be Mounted in Any Physical Orientation
- Analog Monitoring and Standard RS-232 Digital Interface
- Integrated X-Ray Tube and Control Electronics in One Compact Assembly
- Standard RS-232 Digital Interface Offers Access to Diagnostics and Operating Logs
- Standard Windows Test GUI
- 7 Micron Focal Spot for Narrow Beam
- 8 Micron Focal Spot for Wide Beam
- 10mm/14mm Spot to Window Spacing Provides High Geometric Magnification
