Optics
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Janis 4 K Closed Cycle Refrigerator Systems Applications: Spectroscopy, Electrical Characterization, Fluorescence/Phosphorescence lifetime imaging, ... Features: Cooling System, Customizable chamber, ... Techniques: Electrical transport, Electrical transport, Heat capacity, ... -
J.A. Woollam Alpha-SE For routine measurements of thin film thickness and refractive index, this ellipsometer allows you to mount a sample, choose the model that matches your film, and press “measure”. You have results within seconds. Applications: Quality control of the product, Nanoscience, Thin films, ... Features: Non Destructive, Non Destructive, ... Techniques: Spectroscopic ellipsometry, ... -
FlowVIEW Aquarius Even though SEM with higher magnification is used, wet materials need to be dried before inspection since their structure (e.g., cell membranes or cell walls) will be damaged in a vacuum environment. The technical barrier that the sample cannot be observed in its original state still exists. Applications: Material inspection, Healthcare, Microscopy, ... Features: Flexible System Integration, Non Destructive, ... Techniques: Scanning Electron Microscopy, Microscopy, ... -
Montana Instruments CryoAdvance Setting a high standard of performance and usability in a closed-cycle optical cryostat, our Cryostation® s200 offers our largest sample chamber with patented vibration damping technologies to deliver exceptional thermal and vibrational performance without sacrificing ease-of-use. Applications: Thin films, Photon experiments, Spectroscopy, ... Features: Cooling System, Customizable chamber, ... Techniques: Optical spectroscopy, Nanopositioners, Mossbauer spectroscopy, ... -
Montana Instruments CryoCore The CryoCore platform is built for researchers studying the optical and electrical properties of new materials and devices. The system offers full variable temperature control from 4.9K - 350K. Applications: Photon experiments, Semiconductors, Thin films, ... Features: Vibration Stability, Wave Guides, ... Techniques: Optical spectroscopy, Magneto-Optic Kerr Effect (MOKE), Mossbauer spectroscopy, ... -
Janis Cryogen Free Superconducting Magnet Systems Applications: Spintronics / magneto-electronics, Semiconductors, Nanoscience, ... Features: HV, Cryogen free, ... Techniques: Electrical transport, Torque magnetometry, Thermal conductivity, ... -
Montana Instruments Cryostation® s200 The CryoCore platform is built for researchers studying the optical and electrical properties of new materials and devices. The system offers full variable temperature control from 4.9K - 350K. Applications: Spectroscopy, Optical crystals, Semiconductors, ... Features: Vibration Stability, Magnetic fields, ... Techniques: Optical spectroscopy, Nanopositioners, Mossbauer spectroscopy, ... -
J.A. Woollam M-2000 The M-2000 line of spectroscopic ellipsometers is engineered to meet the diverse demands of thin film characterization. Applications: Nanoscience, surface analysis, Thin films, ... Features: Imaging, Fast Spectral Detection, ... Techniques: Spectroscopic ellipsometry, ... -
Durham Magneto Optics MicroWriter ML3 Baby A low-cost, desktop direct-write photolithography machine for rapid prototyping in R&D laboratories and small clean rooms Applications: Aerospace, Semiconductors, Electronics, ... Features: Remote Access, Compact and easy-to-use, ... Techniques: , Laser direct-write optical lithography, ... -
Durham Magneto Optics MicroWriter ML3 Baby Plus The Baby Plus is our top selling machine and adds a number of features to the Baby which are usually only found in high-end machines. Applications: Patterned magnetic media, Aerospace, Semiconductors, ... Features: Wave Guides, Compact and easy-to-use, ... Techniques: , Laser direct-write optical lithography, ...
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Durham Magneto Optics MicroWriter ML3 Mesa Applications: Electronics, Semiconductors, Thin films, ... Features: Wave Guides, Compact / Portable, ... Techniques: , Laser direct-write optical lithography, ...
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Durham Magneto Optics MicroWriter ML3 Pro Applications: Aerospace, Thin films, Patterned magnetic media, ... Features: Automation, Compact and easy-to-use, ... Techniques: , Laser direct-write optical lithography, ...
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ICSPI nGauge AFM Collect nanoscale topography data on your benchtop in three clicks with the nGauge AFM Applications: Nanoscience, surface analysis, Intermetallics, ... Features: No External Cooling Requirements, Imaging, ... Techniques: Atomic Force Microscopy, ... -
Quantum Design OptiCool - 7 Tesla Optical Cryostat Applications: Semiconductors, Spintronics / magneto-electronics, Photon experiments, ... Features: Vibration Stability, Automation, ... Techniques: Optical spectroscopy, Magnetometry, Magneto resistance, ... -
Quantum Catalyzer Quantum Diamond Microscope State of the art, wide-field imaging of magnetic fields, with applications spanning geoscience, bioimaging, electronics, materials characterization, and quantum research. Applications: , Thin films, Coating, ... Features: Non Destructive, Vibration Stability, ... Techniques: , Microscopy, ... -
qutools quDIS Nano Positioning Systems Measurement and closed-loop systems for positioning within sub-nanometer precision without nonlinearities, contrast dependencies and signal loss. Applications: Aerospace, ... Features: ... Techniques: ... -
qutools quED Source of polarization entangled photon pairs ready for violation of Bell’s inequality. Applications: Photon experiments, Quantum optics, ... Features: Entanglement verification, Entanglement verification, ... Techniques: , , , ... -
qutools quTAG Fastest TimeTagger in the solar system. State of the art time-to-digital converter. Applications: Quantum optics, LIDAR, Spectroscopy, ... Features: , , ... Techniques: Time-to-digital converter, Quantum random number generation, Quantum cryptography, ... -
J.A. Woollam RC2 The RC2 design builds on 25 years of experience. Applications: Liquid crystal, Optical crystals, surface analysis, ... Features: Flexible System Integration, Fast Spectral Detection, ... Techniques: , Spectroscopic ellipsometry, Spectroscopic ellipsometry, ... -
Janis ST-100 Optical Cryostat Applications: Fluorescence/Phosphorescence lifetime imaging, Thin films, Spectroscopy, ... Features: Vacuum, Low temperature, ... Techniques: Optical spectroscopy, Optical spectroscopy, Microscopy, ... -
Janis STVP-100 Optical Cryostat Applications: Spectroscopy, Semiconductors, Thin films, ... Features: Vacuum, Low temperature, ... Techniques: , Microscopy, ... -
Janis SuperTran Continuous Flow Cryostat Systems - Sample in Vacuum Applications: Nanoscience, Fluorescence/Phosphorescence lifetime imaging, Thin films, ... Features: Temperature Control, Thermal Stability, ... Techniques: Microscopy, Microscopy, Optical spectroscopy, ... -
Janis SuperTran-VP Continuous Flow Cryostat Systems - Sample in Vapor Applications: Spectroscopy, Fluorescence/Phosphorescence lifetime imaging, Semiconductors, ... Features: Low temperature, Vacuum, ... Techniques: Optical spectroscopy, Optical spectroscopy, ... -
Janis SuperVariTemp Cryostat Systems - Sample in Flowing Vapor Applications: Spectroscopy, Thin films, Fluorescence/Phosphorescence lifetime imaging, ... Features: Vacuum, Low temperature, ... Techniques: , Optical spectroscopy, ... -
Janis SVT-400 High-efficiency Cryostat Applications: Thin films, Electrical Characterization, Semiconductors, ... Features: Vacuum, Low temperature, ... Techniques: Microscopy, Mossbauer spectroscopy, Mossbauer spectroscopy, ... -
Janis Ultra High Vacuum (UHV) Micromanipulated Probe Stations Applications: Solar Energy, Quantum optics, Finding new material, ... Features: Cryogen free, Magnetic fields, ... Techniques: Electrical transport, Optical spectroscopy, ... -
Janis VNF-100 Cryostat System - Sample in Flowing Vapor Applications: Fluorescence/Phosphorescence lifetime imaging, Nanoscience, Semiconductors, ... Features: Vacuum, Low temperature, ... Techniques: , ... -
Janis VPF Series Cryostat Systems - Sample in Vacuum Applications: Fluorescence/Phosphorescence lifetime imaging, Electrical Characterization, Intermetallics, ... Features: Vacuum, Low temperature, ... Techniques: Electrical transport, Microscopy, Optical spectroscopy, ...