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Nanomagnetics Instruments

Mid-Infrared Nanosecond Transient Absorption Spectrometer

ezHEMS | Hall Effect Measurement System

ezAFM | Atomic Force Microscope

ezAFM+ | Atomic Force Microscope

ezSTM | Scanning Tunneling Microscope

hpAFM | Atomic Force Microscope

LT-AFM/MFM | Low Temperature Microscope

LT-SHPM/STM | Low Temperature Microscope

LT-sSNOM | Low Temperature Microscope

NV-CENTRE CONFOCAL MICROSCOPY | Low Temperature Microscope

NMI CRYOSTAT: CRYOGEN FREE ULTRA LOW VIBRATION CRYOSTAT

LT-APO OBJECTIVES | Low Temperature Objective

mK-CONFOCAL/RAMAN MICROSCOPE (mK-CFM/RAMAN) | Low Temperature Microscope

LOW TEMPERATURE XYZ PIEZO SCANNER | Low Temperature Scanner

HEMS & LT-AC/DC | Hall Effect Measurement System

NMI Vibrating Sample Magnetometer

NanoMagnetic Instruments Nanopositioners

hpSPM Controller | for Scanning Probe Microscopes

USB Fiber Interferometer

NMI-PR35 Piezo rotator (360° endless)

NMI-Two Axis Piezo Rotator
Exaddon

CERES µAM Print System.
BELEKTRONIG

BSG-LAB-SERIES: THE FIRST CHOICE FOR APPLICATIONS IN ACOUSTOFLUIDICS

LT-APO OBJECTIVES | Low Temperature Objective

The LT-APO Cryogenic Objective Lens is a cryogenic APO objective lens (IR – NIR – VIS) designed and manufactured by NanoMagnetics. It can be used in various types of cryogenic detection optical instruments.

LT-APO OBJECTIVES | Low Temperature Objective

Specifications

Clear Aperture (CA): 4.7 mm
Focal Length (FL): 2.8 mm
Numerical Aperture (NA): 0.82
Working Distance (WD): 0.95 mm (1.45 mm)
AR coating (> 80% transmission):
- VIS: 400 - 1,000 nm
- NIR: 400 - 1,000 nm
- IR: 600 - 1,550 nm
Apochromatic Range (Δf < +/- ):
- VIS: 540-780 nm
- NIR: 650 - 970 nm
- IR: 985 - 1,350 nm
Environment: Low temperature, high magnetic fields, high vacuum