S-Max3000: Optional attachments
- Horizontal Scanning Stage
- Horizontal scanning capability used for precise two dimensional sample mapping. When coupled with the Automatic Sample Changer, a two dimensional array of 100 or more samples may be measured automatically.
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- Secondary Universal Sample Chamber with Automatic Sample Changer
- Second sample chamber mounted downstream from main chamber to shorten sample to detector distance and enable measurement of higher q values without having to move the detector position
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- Linkam High Temperature Control Stage
- The stage provides temperature control from -50 to 300°C with ± 0.1°C precision, using a combination of fluid coolant and an integral heater.
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- Capillary Cell Automatic Sample Changer
- Measures up to 6 capillaries automatically
Designed for reproducible capillary positioning for accurate background solution subtraction
Temperature control by external water chiller/heater -
- Lock and Load Chamber for Introducing Image Plate for WAXS
- Lock and Load feed through mounted on side of main SAXS chamber that allows Image plate to be introduced and removed from the system without breaking the vacuum. Center punch on image plates for simultaneous SAXS/WAXS measurement
- Two Axis Goniometer
- Provides sample rotation about two independent axes orthogonal to the beam direction.
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- Grazing Incidence/Reflectivity Module
- The angles in and out of the plane of incidence are changed by the relative motion of three independent tangent drives. Sub-arc-second precision and accuracy for grazing incidence SAXS
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- Linkam Scientific TST350 Tensile Stage
- Sample stage for multi-temperature measurements of samples under tensile
stress.
Tensile Force range 0.01 N to 20 N. Temperature range -196 to 350°C -
- Linkam Scientific Shear Cell CSS450
- Shear cell sample stage for multi-temperature measurements of samples under shear conditions. Ambient to 450°C
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- Linkam Scientific Differential Scanning Calorimeter DSC600
- Integrated DSC unit with large temperature range -196 to 600°C for simultaneous measurement

