Jacomex G[SAFE] - High Security Glove Box for Hazardous Materials
Specialized glove box for handling toxic substances, hazardous powders, or pathogens. Operates under negative pressure with dual HEPA filtration for total safety.
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Higher resolution imaging than other AFMs in its price range
Ergo software helps you get the information you need quickly and easily
Priced in reach of typical startup funds, research grants, and R&D budgets
Future-proof your research with a fully upgradeable AFM
Compact AFM fits in limited lab space
Cypher S AFM Microscope
The Asylum Research Cypher S is the base model of the Cypher AFM microscope family. The Cypher S was the first commercially available fast-scanning AFM, and the Cypher family AFMs remain the only full-featured fast-scanning AFMs that are compatible with a complete range of modes and accessories. Cypher AFMs have also earned a reputation for easily achieving higher resolution than other AFMs. The Cypher S is a great AFM for both materials science and life science research for ambient measurements in both air and liquids. The Cypher S is fully upgradable later for environmental control options or even video-rate scanning.
Routinely achieve higher resolution than other AFM microscopes
Fast scanning with results in seconds instead of minutes
Every step of operation is simpler for remarkable productivity
Small footprint in the lab, huge potential to grow in capability
Support that goes above and beyond your expectations
Cypher ES Environmental AFM
The Asylum Research Cypher ES builds on the exceptional performance of the Cypher S and adds full environmental control features. The same high resolution, speed and stability are maintained while easily operating in controlled gas or liquid environments, at temperatures from 0-250°C, and in some of the harshest chemical environments. The Cypher ES is the ultimate AFM for the most demanding experimental requirements.
Routinely achieve higher resolution than other AFMs
Fast scanning with results in seconds instead of minutes
Every step of operation is simpler for remarkable productivity
Small footprint in the lab, huge potential to grow in capability
Support that goes above and beyond your expectations
Enables gas and liquid perfusion through a sealed cell
Controls sample temperature over a wide 0–250°C range
Broadest compatibility with harsh chemicals
Cypher VRS1250 Video-Rate High Speed AFM
The Cypher VRS1250 is twice as fast as the first-generation Cypher VRS, scanning at up to 1250 lines/second. This enables either higher temporal resolution with frame rates up to 45 frames/second or increased spatial resolution by collecting more image pixels at lower frame rates. Combined with ultra-stable imaging, an easy-to-use fully sealed sample cell with perfusion capability, and a full range of modes and accessories, the Cypher VRS1250 is ready to help you achieve your most ambitious research goals.
Stable imaging allows dynamic events to be captured without drift or parameter adjustments
Ease of use features make setup and imaging simple
Includes all the added flexibility and capabilities of the Cypher ES research AFM
AM-FM Viscoelastic Mapping Mode
AM-FM mode on Cypher AFMs combines the features and benefits of standard tapping mode with nanomechanical property mapping. Standard tapping mode provides non-invasive, high-resolution topographical imaging, while the resonance of the second mode is analyzed to quantitatively estimate both the elastic and loss moduli of the material and the tip-sample dissipation.
Cypher Accessories: Control Temperature and Gas Environments
Heater Sample Stage (Cypher ES)
Gas Cell (Cypher ES)
The Cypher ES gas cell allows operation in an ambient air environment or can be completely sealed for imaging in a controlled gas environment. For instance, polymer samples can imaged under an inert argon atmosphere during high temperature heating to avoid oxidation. The gas cell is included with the Cypher ES but can also be purchased as a spare part.
Interferometric Displacement Sensor (IDS)
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The Interferometric Displacement Sensor (IDS) option for Asylum Research Cypher AFMs enables more quantitative Piezoresponse Force Microscopy (PFM) by eliminating the dominant source of artifacts. The ability to measure the electromechanical response without the influence of electrostatic artifacts enables both the unambiguous measurement of polarization switching hysteresis loops in ferroelectrics and, for the first time, highly repeatable measurements of the effective electromechanical coupling coefficient (deff).
Key Cypher IDS benefits:
Interferometric detection avoids PFM artifacts due to electrostatic cantilever-sample interactions.
More accurate, highly repeatable measurements of the electromechanical coupling coefficient (deff).
Avoids switching spectroscopy artifacts that cause hysteresis loops in non-ferroelectric materials.
Deflection noise floor that is 2-3× lower than typical OBD performance (typically <100 fm/√Hz).
Scanning Capacitance Microscopy (SCM): Accessory for Cypher AFM
Scanning Capacitance Microscopy (SCM) is a nanoelectrical imaging technique available on Cypher and Jupiter XR atomic force microscopes that uses a microwave radio frequency (RF) signal to map electric charge carrier locations, dopant levels, and dopant types (p-type vs. n-type) in semiconductors and other samples. The newly designed Asylum Research SCM accessory offers significantly higher performance and capability than any other currently available SCM module. Benefits include:
Measures not just differential capacitance (dC/dV), but also capacitance, which is linearly correlated with dopant concentrations, enabling simpler interpretation of SCM data
Over 20× faster scanning improves productivity (images in as little as 10 seconds!)
High sensitivity enables measurements on semiconductors, energy storage devices and 2D materials
Higher resolution imaging reveals smaller structures
High-Voltage Piezoresponse Force Microscopy (PFM)
The HV-PFM option on Cypher AFMs enables high sensitivity, high bias, and crosstalk-free measurements on piezoelectrics, including ferroelectrics and multiferroics. The kit includes an integrated high voltage amplifier (±150 V), high voltage cantilever holder, high voltage sample mount, and conductive cantilevers.
Crosstalk-free measurements
High sensitivity and speed
Uses exclusive Dual AC Resonance Tracking (DART)
Enables tip biases up to ±150 V
Electrochemistry Cell
The Electrochemistry Cell (EC Cell) enables characterization of electrochemical processes (EC-AFM). The EC Cell kit includes a liquid cup, probe holder, sample holder, and standard electrodes. Users may choose their own potentiostat. The EC Cell is glovebox compatible. Available on all Cypher AFMs except the Cypher S.
Fully sealed EC cell with uniquely designed probe holder and liquid cup for easy imaging in fluid
Compatible with most common solvents electrolytes and electrode materials
Simple to clean and assemble, even with gloves
Optional heating and cooling stages allow investigation of electrochemical thermodynamics
Glovebox option provides the ultimate environmental control with no performance compromises
Scanning Microwave Impedance Microscopy (sMIM)
sMIM enables nanoscale permittivity and conductivity mapping on metals, semiconductors, and insulators on Cypher AFMs.
Provides higher lateral resolution (10×)
Operates up to 80× faster and at lower power compared to competing technologies
Nanoscale Time Dependent Dielectric Breakdown (nanoTDDB)
NanoTDDB™ enables characterization of dielectric breakdown with nanoscale precision on Cypher AFMs. Constant or ramped biases up to ±150 V can be applied while monitoring current through a conductive AFM probe.
Scanning Tunneling Microscopy (STM)
STM can be useful for ultra-high resolution imaging of conductive samples. Just like AFM imaging, STM benefits from the exceptional stability and low drift of the Cypher systems.
Useful for ultra-high resolution imaging of conductive samples
Electrochemical Strain Microscopy (ESM)
ESM is a novel scanning probe microscopy technique available on Cypher AFMs that is capable of probing electrochemical reactivity and ionic flows in solids with unprecedented resolution.