The beam diagnostics system acts as the “sensory organ” of a particle accelerator. Its core function is to measure key beam parameters — intensity, position, profile, size, emittance, and energy spread — in real time with no or minimal disturbance, providing indispensable data for precise commissioning, stable operation, and performance optimization. The system comprises non-intercepting and intercepting probes: beam current transformers (BCT) and wall-current monitors for current and time-structure measurements; beam position monitors (BPM) for orbit tracking; wire scanners or fluorescent screens for transverse profiles; synchrotron-light or diffraction-radiation monitors for non-intercepting observation; and spectrometers for energy measurement and slit or pepper-pot devices for emittance measurement. These detectors work in concert to deliver a comprehensive “health check” of the beam.
Product Series
Fluorescent Screen Probe System
High-sensitivity transient optical imaging for real-time monitoring of beam profile, position, and intensity distribution, with resolution up to 0.1 mm.
Faraday Cup
Intercepting beam current measurement with deep-electrode structure, resolution better than 10 nA, customizable aperture size.
Datasheet Coming Soon
AC Current Transformer (ACCT)
Non-intercepting beam current and time-structure measurement, ideal for pulsed beam diagnostics.
Datasheet Coming Soon
Beam Position Monitor (BPM)
High-precision non-intercepting orbit monitoring, providing position signals for accelerator closed-loop control.
Datasheet Coming Soon
Slit Collimator
Core component for transverse profile tailoring and emittance measurement; slit width and stroke customizable on request.
Datasheet Coming Soon