Eresco Series

The ERESCO MF4 portable industrial X-ray generators are designed for reliability in some of the world’s toughest conditions. The new user interface for controlling and monitoring the X-ray setup features graphic visualization and menu driven operation to optimize productivity.

• Highest power output, with best image definition in its class
• High X-ray dose permitting short exposure times with associated increases in productivity
• Operation with 100% Duty Cycle at 30°C
• Light weight and compact design
• Robust construction of control and tube heads allowing operation in rugged environments (IP65)
• Low power consumption allows for longer battery life, flexible operation with portable power supplies or battery packs and less energy use
• On-Board power electronics allow autonomous operation and integration within crawlers
• Range of designs, including air-cooled, water cooled, panoramic output and small focal spot
• Wide range of accessories, including stands and carriages to facilitate positioning during exposure setup

Microfocus & Nanofocus Tubes

MIcrofocus & Nanofocus Tubes are used to generate highest-resolution X-ray technology provides the means necessary to inspect such components.

Typical inspection tasks includes:

• Automated solder joint inspection
• Inspection of bond wires and bonding areas
• Void analysis of conductive and non-conductive die bonds
• Analysis of discrete components such as capacitors and inductors

Isovolt Series

ISOVOLT Titan series offers significant improvements in ease of operation, controllability and on-board logic to allow greater operational productivity and reliability.

• Single or three phase mains available
• High stability
• High accuracy
• Precise reproducibility
• Short ramp-up time (< 1.5 sec)
• Extremely low ripple
• High dose rate output
• Intelligent X-ray tube warm-up
• Large LCD display
• Clear text messages in up to 16 languages
• Speed sensitive rotary control (kV, mA)
• Rugged and reliable design
• Proven reliability
• Full on-site maintainability
• Local and remote diagnostics
• Systems Integration via standard RS 232C optional: RS 422 or RS 485 / Profibus (EN 50170) / Ethernet
• Remote operation up to 100 m (300 ft.)

• Low energy high power applications - Composite materials, low density plastics. Thin wall light-weight designs.
• High energy, low power applications - Thick Aluminium castings with different wall thicknesses Heavy steel- or gray casts with different wall thickness range.
• High Energy, High Power applications - Industrial CT for cast alloy materials. Improved POD on high density and thick material through higher current capability.
• Fine tuned applications for measurement and calibration - Perfect fit for a number of scientific or life science applications as reference and calibration equipment.
• Applications in integrated solutions - Standard system interface to allow communication to OEM solutions and systems. Modular and compact design, performs in various settings and can be programmed externally Robust design for 24/7 operation.

Computed Radiography

• No darkroom facilities/trucks needed (for standard image plate sizes)
• Eliminate processing chemicals and chemical disposal/silver recovery
• Improved image interpretation and inspection quality level with Flash!Filters
• Consistent & operator–independent results with the Automated WT Measurement tool
• High reduction in retakes due to the wide dynamic range of the imaging plates
• No development time, as images are immediately available after scanning
• High reduction in storage space when archiving digital images
• Data management (trending) and data sharing advantages
• Fully DICONDE compliant

Real Time Radiography

Amorphous selenium (a-Se) FPDs are known as “direct” detectors because X-ray photons are converted directly into charge. The outer layer of the flat panel in this design is typically a high-voltage bias electrode. X-ray photons create electron-hole pairs in a-Se, and the transit of these electrons and holes depends on the potential of the bias voltage charge. The charge pattern is then read by a TFT array in the same way images produced by indirect detectors are read.

Digitizer

Film Digitizer FS50 / FS50B are designed to provide high-end performance in film digitizing, offering superior quality at high throughput. The steel housing gives the robustness needed for the industrial environment of NDT applications. All standard film formats can be digitized, up to a width of 35 cm (14 in.), without length limitation in any resolution between 50 μm and 500 μm. The FS50B is the first and only digitizer on the market that can handle the full density range (D = 0 up to 4.70 D) in one working range with the requested contrast sensitivity. This makes the scanner meet the requirements for class DS film digitizers, according to EN 14096 part 2. This classification has been evaluated and confirmed by BAM, the German Federal Institute for Materials Research and Testing.