The M370 Scanning Electrochemical Workstation is a novel concept in the field of scanning probe electrochemistry, designed with ultra-high resolution, non-contact, spatial analysis electrochemical measurement characteristics.

M370 is a modular system that enables all current micro area scanning probe electrochemical technologies and laser non-contact micro area morphology testing:

-Scanning Electrochemical Microscopy (SECM)
-Scanning Vibration Electrode Test (SVET)
-Scanning Kelvin Probe Test (SKP)
-Micro area electrochemical impedance testing (LEIS)
-Scanning electrolyte droplet test (SDS)
-Non touch micro area morphology testing (OSP)

The M370 utilizes a fast and accurate, closed-loop x, y, z positioning system with nanometer level resolution, along with a convenient data acquisition system that allows users to choose configurations based on their own experiments. This system is designed flexibly and ergonomically to ensure easy access to the pool body, samples, and probes.

1. Scanning electrochemical microscopy system SECM370

SECM370 is a precision scanning microelectrode system with extremely high spatial resolution that can detect current in solution or apply current between the microelectrode and the sample. Used for detecting, analyzing, or altering the surface and interfacial chemical properties of samples in solution.

2. Scan Calvin Probe Testing System SKP370

The SKP370 scanning Calvin probe system is a non-contact, non-destructive instrument that can be used to measure the work function difference between conductive, coated, or semiconductor materials and sample probes. This technique works with a vibrating capacitive probe, which measures the work function difference between the sample surface and the reference tip of the scanning probe by adjusting an applied front-end voltage. The performance letter is related to the surface condition. The unique properties of SKP make it possible to measure in humid or even gaseous environments, turning impossible research into reality.

3. Scanning vibration electrode testing system SVP370

SVP370 (SVET) scanning vibration electrode technology is a non-destructive scanning technique that uses vibration probes to measure the electrical properties generated on the surface of electrochemical chemical samples. Ensure that users can measure and quantify local electrochemical reactions and corrosion in real-time.

4. Micro area electrochemical impedance testing system LEIS370

The micro area electrochemical impedance testing system combines electrochemical impedance EIS technology and micro area scanning technology, which can accurately test the impedance and corresponding parameters of local micro areas.

application *Thin film impedance complex imaging *Direct imaging of pond growth medium *Characterization of Light Spot Synthesis Reaction *Battery *Sensors *Passivation of metals and alloys *Fuel pool *Corrosion

5. Electrolyte droplet scanning system SDS370

The electrolyte droplet system can define the contact surface between the liquid and the sample, thereby measuring the electrochemical and corrosion reactions within the direct contact surface between the droplet and the sample. This can provide electrochemical activity at spatial resolution and limit it to a specific quantified surface of the sample.

application *Characterization of surface oxides *Coating research * ISFET 特征化 *Point corrosion *The influence of flow velocity on local corrosion

6. Non touch micro area morphology testing system OSP370

By using a non-contact laser displacement sensor, the OSP370 module can quickly and accurately measure non-contact surfaces with high precision. It can provide 3D surface close-up images with a height resolution of less than 1 micron within a height range of 10mm without touching the sample surface.

accessories
Various optional accessories, including optional probes and optional pool bodies (Environmental)