Upgrade your scanning electron microscope with REBEKA™
Crytur introduces a brand new ready-to-use retractable BSE detector for SEM upgrades.
Ionizing radiation and neutron imaging has never been easier with CRYPIX™
Crytur commercially launches a compact photon-counting pocket size device delivering a viable solution for many industries. Whether you are looking for X-ray imaging or particle tracking, you can be sure that Crypix™ will never fail to meet your expectations.
Bigger is better! Crytur started growing garnet crystals with LARGE DIAMETERS.
YAG:Ce scintillating screens are now also available in diameters over 100 mm. Large diameter crystals combined with exceptional surface flatness present a unique advancement available only at Crytur.
CRYPHOSPHOR - NEW monocrystalline luminophor for high-power LEDs
Crytur presents a brand new approach to LED phosphors for blue high power LEDs. Discover the potential of efficient light conversion.
CRYTUR introduces new fast and heavy scintillator
Crytur introduces new scintillating single-crystal LuAG:Pr. It combines a high-density matrix of LuAG and Pr3+ ion which is a fast and efficient luminescence center. LuAG:Pr has higher light output compared to BGO. It has comparable absorption as BGO. The decay time is 20ns. Hence, it can be used for high-count rate spectroscopic measurements of high-energy gamma rays.
Yb:YAG is well suited for high power laser applications.
CRY18 - The new scintillation material
CRY18 is a new mixed rare-earth silicate single crystal of medium density featuring high light yield and short decay time.
CRY19 - The new scintillation material
CRY19 is a new mixed rare-earth silicate single crystal of high density featuring high light yield and short decay time.
LuAG:Ce - The new scintillation material
LuAG:Ce, Lutetium Aluminum Garnet activated by cerium (chemical formula Lu3Al5O12), is a relatively dense and fast scintillation material.



Imaging Screens

Single Crystal Imaging Screens for High Resolution Imaging

Crytur, LtD. has developed excellent imaging screens based on YAG:Ce and LuAG:Ce materials.

The advantage of the very thin screens is a high spatial resolution in imaging applications. The thickness of the screens can be made down to 5 micrometers.


High resolution imaging
   Imaging screens on optical substrates
   Imaging screens on fibre optics 
   Very thin freestanding screens
Multipixel medical imaging

The main important properties of YAG:Ce and LuAG:Ce materials are high density, fast decay time, chemical, mechanical and temperature resistance. The wavelength of YAG:Ce and LuAG:Ce scintillation emission is ideal for photodiode and avalanche photodiode readout.

The screens are designed to be used for imaging of

  • electron beams
  • proton beams,
  • low energy X-Ray radiation
  • UV (Ultra Violet light)
  • VUV, XUV radiation

The screens can be equiped with optional Al, ITO or C (Aluminum, Indium Tin Oxide or Carbon) conductive and reflection coatings on entrance side. Optional AR coating can be made on output side.

The optimal thickness of the screen is a compromise between high detection efficiency and high resolution. A very thin screen on a precise optical substrate, imaged by an optical system with a highly sensitive CCD detector, gives resolution about 1 micron for X-ray radiation.

Imaging Screens On Optical Substrates

The high resolution imaging screen forms a basic part of the high-resolution imaging system. Crytur has developed very thin imaging screens based on YAG:Ce or LuAG:Ce single crystal scintillation detectors.

Very thin LuAG:Ce screen.

A high resolution imaging system can be built up on the base of the imaging screen on an optical substrate. Together with an optical system and a CCD camera one can achieve resolution down to 1 micron in X-Ray or about 2 nanometers in electron microscopy.

Crytur has developed a high resolution X-ray imaging system CRYCAM based on this fenomena. See the X-ray camera section.

Imaging Screens On Fibre Optics

Imaging screens based on YAG:Ce and LuAG:Ce can be supplied bonded on FOP, and also coupled with CCD. 

Imaging screens on FOPImaging screens on taper

Thin YAG:Ce on FOP .                           Thin YAG:Ce on tapered FO.


The resolution of X-ray images obtained with this imaging system is about 20 microns. On request, we are also able to bond the imaging screen onto fiber optics and CCD supplied by the customer.

Critical parameters of the high resolution imaging system

  • Minimal thickness of the plate.
  • Excellent parallelism of faces.
  • High optical quality.
  • Space homogeneity of luminescence.
  • Optical coatings.

 We are ready to design and supply a complete imaging system to suit your needs.

Very thin freestanding screens

Crytur Ltd. has newly developed and supplies very thin YAG:Ce screens of the 10 mm diameter and thickness of 0.030 mm. These screens are freestanding, e.g. they are not glued to any base (i.e. glass or FOP). Screens can also be made in larger diameters; however, this limits the available thickness to as much as 0.050 mm. The supporting frame is made of an Al2O3-based ceramics, and it is typically 2 mm wide and 2 mm high. Al2O3, carbon or ITO conductive coatings and optional AR coating can be made on the request.

Framed YAG

Thin YAG:Ce in frame.

Multipixel medical imaging

Crytur produces and develops scintillation detection matrices of different construction and scintillation materials for imaging applications PET, SPECT and others. Complete detection unit including PMT, flat panel etc. can be designed and developed on request.