Low Temperature Microscopy

Highest quality materials provide highest quality products

Low Temperature AFM

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
Low Temperature Microscope

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
Low Temperature Microscope

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
Low Temperature Microscope

532nm, SLM 10mW Laser

15×15μmx2μm Scan area @ 4K

48mm Outer Diameter

AP D for optica l det ection

10mK to 300K temperature range

XYZ Nanopositoner / Scanner for sample

 Z Nanopositoner for Cold objective

XYZ Nanopositoner for NV/QTF Sensor

cryostat.png

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

Low Temperature Objective

Numerical Aperture (NA) – 0.82

Working Distance (WD) – 0.95mm (1.45mm)

Low Temperature Microscope

0.82 NA / 0.95mm WD Low Temperature Compatible Objective

10mK-300K

Up to 20 Tesla

Low Temperature Scanner

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