Low Temperature Microscopy
Highest quality materials provide highest quality products
Scan Head Options
Ultra Large Area
200x200x7.2μm @ 300K
50x50x4.8μm @77K
30x30x2.4μm @4.2K
Large Area
150x150x7μm @ 300K
36x36x1.8μm @77K
18x18x0.8μm @4.2K
Standard Area
52x52x4.8μm @ 300K
14x14x1.2μm @77K
6x6x0.5μm @4.2K
Scan Head Options
Ultra Large Area
200x200x7.2μm @ 300K
50x50x4.8μm @77K
30x30x2.4μm @4.2K
Large Area
150x150x7μm @ 300K
36x36x1.8μm @77K
18x18x0.8μm @4.2K
Standard Area
52x52x4.8μm @ 300K
14x14x1.2μm @77K
6x6x0.5μm @4.2K
Scan Head Options
Ultra Large Area
200x200x7.2μm @ 300K
50x50x4.8μm @77K
30x30x2.4μm @4.2K
Large Area
150x150x7μm @ 300K
36x36x1.8μm @77K
18x18x0.8μm @4.2K
Standard Area
52x52x4.8μm @ 300K
14x14x1.2μm @77K
6x6x0.5μm @4.2K
Up to ±14.0 Tesla Magnetic Field
Aluminum cryostat compatible with the ±14T solenoid superconducting magnet.
Temperature range 1.3K to 300K
Sample size up to 49mm
​0.82 NA / 0.95mm WD Low Temperature Compatible Objective
10mK-300K
Up to 20 Tesla
24X24X9.2mm
16 gram
50x50x24μm@300K and 30x30x15μm@<4K
Copper
Titanium, Piezoelectric&alumina ceramics, stainless steel screws, copper wires& FR4
10mK-300K : up to 40 Tesla
Open Loop
Optional on any axis with ultra-low power heterodyne fiber interferometers, 1-10μW/axis