MAR Desktop Beamline, Cryo Sample Changer and Cryo Jet
MAR Desktop Beamline
See also the page for MAR detector and MAr detector acquisition software (in preparation).
General Features
Collimator System
- Motorized slits
- Ionization chambers with large dynamic range (108)
- Fast rotary beam shutter
- High resolution CCD microscope
- Viewing direction along the beam path (20° offset)
- Crystal view capture during data collection
- Motorized precision tungsten primary beamstop
- Automatic beamstop to crystal distance optimization
- 50mm maximum crystal to beamstop for low resolution optimization
Goniometer System
- High precision phi-axiS
- Enhanced IUCR goniometer head mount
- Motor driven phi-axis translation
- Automatic/manualadjustment, electronic position referencing
- 20mm range for a 49 mm IUCR goniometer head, resolution: 0.3125 µm/step
- Positioning speed up to 12.5 mm/sec for cryogenic purposes
Detector Mount
- Motorized vertical 2-theta arm (0° to 30°)
- No distance restrictions
- High resolution positioning (approx. 0.0001°/step at about 1°/sec)
- Motorized crystal to detector distance translation stage
- marCCD: 20 mm to 370 mm
- Integrated into 2-theta arm, no theta restrictions
- Spindle driven horizontal and vertical rotation
Cryo Sample Changer
MAR dtb mounts SPINE Pin-holders (C-series) and standard Hamptom
pins cut at 18mm.
They can be ordered from:
marresearch GmbH
Hans-Böckler-Ring 17
22851 Norderstedt
Germany
Email: info@marresearch.com
Tel: +49 (40) 529-884-0
FAX: +49 (40) 529-884-20
http://www.marresearch.com
marUSA Inc.
1840, Oak Ave.
Evanston, IL 60201
USA
Email: info@mar-usa.com
Tel: 1-877-MAR-XRAY (toll-free)(1-877-627-9729)
Tel: 1-847-869-1548
FAX: 1-847-869-1587
http://www.mar-usa.com
Cryo Jet
Cryostream mount- At 45° about the beam axis (5° towards the source, no distance restrictions)
- Cryostream centered within 0.5 mm around the crystal
- Distance of cryo-nozzle adjustable from 8 mm to 18 mm
Cryostream exhaust
- Adjustable flow rate, up to 50 l/min capacity
- Improved flow conditions around the sample, virtually no icing near the sample
