Direct detection
VUV, EUV and X-ray photons reach the silicon directly. Match photon energy, sensor coating and vacuum geometry together.
Greateyes × Photonic Science × Precisometer
Start with the signal.
Find the detector.
Direct and indirect detection, vacuum integration, fast gating and complete measurement instruments — together in one place.
Scintillator-coupled detection
A scintillator converts X-rays or neutrons into visible light. Field of view, coupling and effective pixel pitch determine the result.
Time-resolved detection
A gated intensifier selects a short time window. Photocathode, phosphor, readout sensor and synchronisation define the configuration.
Detector or complete system
Select around your experiment.
22 product ranges · 59 camera configurations
Greateyes / Direct VUV, EUV & X-ray
ALEX-i
Direct-detection CCD imaging for VUV, EUV and X-ray experiments, with a vacuum flange interface to the experiment.
- Detector
- Full-frame scientific CCD
- Digitization
- 18-bit
Greateyes / Direct VUV, EUV & X-ray
ALEX-s
Direct-detection CCD spectroscopy for VUV, EUV and X-ray experiments, with a vacuum flange interface to the experiment.
- Detector
- Full-frame scientific CCD
- Digitization
- 18-bit
Greateyes / In-vacuum CCD
LOTTE-i
Direct-detection CCD imaging for VUV, EUV and X-ray experiments, with the complete detector operating inside the vacuum chamber.
- Detector
- Full-frame scientific CCD
- Digitization
- 18-bit
Greateyes / In-vacuum CCD
LOTTE-s
Direct-detection CCD spectroscopy for VUV, EUV and X-ray experiments, with the complete detector operating inside the vacuum chamber.
- Detector
- Full-frame scientific CCD
- Digitization
- 18-bit
Greateyes / Direct VUV, EUV & X-ray
CHARLIE
Back-illuminated sCMOS direct detection for experiments that need higher acquisition rates alongside deep cooling.
- Sensor
- GSENSE400BSI; 2048 × 2048 pixels
- Pixel pitch
- 11 µm
Representative equipment; the complete configuration depends on your application.
Greateyes / Custom & space
Custom scientific cameras
Adapt sensor position, cooling, vacuum mechanics or readout to the geometry of your experiment.
- Customisation
- Tilted, extruded or detached sensors
- Mechanics
- Housing, vacuum flange and sensor position
Representative equipment; the complete configuration depends on your application.
Greateyes / Custom & space
URSA space imaging
A modular scientific imaging platform for mission-specific space instruments, developed with XCAM Scientific.
- Architecture
- Modular, configurable imaging and readout platform
- Sensors
- Scientific CMOS; multi-sensor integration supported
Photonic Science / X-ray detectors
X-ray sCMOS 16MP Cooled
Fibre-optic coupled 4096 × 4096 X-ray detection with air or water cooling and two standard active input sizes.
- Resolution
- 4096 × 4096 pixels
- Input sizes
- 36.9 × 36.9 mm / 66.5 × 66.5 mm
Photonic Science / X-ray detectors
X-ray sCMOS 16MP Lightly Cooled
Fibre-optic coupled 4096 × 4096 X-ray detection with a compact, brass-shielded housing optimised for short exposures.
- Resolution
- 4096 × 4096 pixels
- Input sizes
- 36.9 × 36.9 mm / 66.5 × 66.5 mm
Officially represented by Precisometer
Two imaging specialists. More ways to measure.
Greateyes
Deep-cooled CCD, direct EUV/X-ray detection, in-vacuum cameras and PV inspection.
Explore the rangePhotonic Science
Optical, SWIR, intensified imaging, X-ray, neutron, Laue and radiography.
Explore the range