- Graded, multilayer confocal optic with increased length for maximum beam intensity.
- Double-bounce beam geometry for optimum beam purity
- Patented, continuously adjustable divergence slit assembly to fine-tune the X-ray beam divergence and allow for optimal spot separation
- Designed to achieve maximum performance when coupled with Rigaku microfocus X-ray generators
- Choice of Cu, Cr, Mo, Ag or Co radiation
Confocal X-ray optical assembly
Focuses and monochromatizes an X-ray beam for single crystal X-ray diffraction
Rigaku VariMax optics are the latest generation of Confocal Max-Flux® (CMF) optics. They deliver an intense, monochromatic X-ray beam with adjustable divergence on home X-ray sources.
The long length of VariMax optics, compared to other multilayer optics, allows it to capture more of the X-ray beam from the microfocus generator resulting in higher flux. A patented, continuously adjustable divergence slit assembly enables users to fine-tune the X-ray beam divergence for optimal spot separation for different types of crystals.
Different models of the VariMax optics are available for different applications, from the analysis of small and weakly diffracting crystals, to crystals with long unit cell lengths or the need for a specific wavelength for SAD phasing experiments at home. High flux, excellent spectral purity, uniform beam profile, and adjustable divergence make VariMax optics the ideal choice for single crystal diffraction experiments.
|Technique||Confocal X-ray optical assembly|
|Benefit||Focuses and monochromatizes an X-ray beam for single-crystal crystallography|
|Technology||Graded, multilayer confocal optic|
|Core attributes||Continuously adjustable divergence slit assembly|
|Core options||Choice of Cu, Cr, Mo, Ag or Co radiation|
|Core dimensions||Varies with configuration|
|Mass||Varies with configuration|