Potential range: ±10.0 V

Max. current: ±500 mA

Current ranges: 10 pA to 1 A 

Electrode connections: 2, 3 or 4

EIS analysis module (Frequency range: 7 MHz -10 µHz)

Possibility to perform thermostated electrochemical measurements (thermostated electrochemical cells, temperature range –10°C–97°C)

Potential range: ±10.0 V

Max. current: ±4 A

Current ranges: 40 pA to 4 A 

Electrode connections: 2, 3 or 4

EIS analysis module (Frequency range: 5 MHz -10 µHz)

Low current module: 4 pa to 200 mA in a potential range ±10.0 V 

Possibility to perform thermostated electrochemical measurements (thermostated electrochemical cells, temperature range –10°C–97°C)

Potential range: ±10.0 V

Max. current: ±2A

Current ranges: 10 nA to 1 A 

Electrode connections: 2, 3 or 4

EIS analysis module (Frequency range: 1 MHz -10 µHz)

Channels: MuX module with up to 8 independent channels.  Measurements are done one-by-one.

Rotating dist electrode (RDE) module: speed range: 100-10000 RPM, max. current 500 mA,  manual and software control.

Possibility to perform thermostated electrochemical measurements (thermostated electrochemical cells, temperature range –10°C–97°C) and long in vitro biodegradation tests  (thermostated chamber, temperature range 20°C–70°C).

Connected to dynamic EIS setup (DEIS) for instantenious impedance monitoring.

Potential range: 0–750 V

DC current range: 0–12 A

Max. power: 3000 W

Connection: PC, manual control, programmable to perform step and cycled impulses.

Suitable for classic oxidation and micro-arc oxidation (MAO) or plasma electrolytic oxidation (PEO), cathodic deposition of metals/alloys/composites. Equipped with a setup of Teflon cells for MAO/PEO. It is possible to perform thermostated anodization (thermostated electrochemical cells, temperature range –10°C–97°C).

Potential range: 0–84 V

DC current range: 0–10 A

Max. power: 320 W

Connection: PC, manual control, programmable to perform step impulses.

Suitable for classic cathodic deposition of metals/alloys/composites.

Chamber volume: 108 and 270 L

Operating temperature: to +50°C from ambient temperature (ca. 20—70°C)

Fog condensation speed: 1—2mL/80 cm2 per hour

Salt spray tests are performed according to ISO 9227:2017 "Corrosion tests in artificial atmospheres — Salt spray tests". There is a possibility to perform tests in neutral and acidic conditions.

Allows to perform rapid corrosion test according to Qualicoat standard. This test evaluates the weathering performance of powder coating systems, pigments fading, film haziness, and loss of gloss.

24 hours test duration is equivalent to 500 hours in a salt spray chamber.

48 hours test duration is equivalent to 1.000 hours in a salt spray chamber.

The test is performed 37 °C in an acidic solution consisting of sodium chloride, acetic acid, and hydrogen peroxide. 

A single-stage grinding/polishing machine

Stage diameter: 250 mm;

A full set of grinding papers and polishing suspensions. 

Possibility of cold mounting (diameter of 30 and 40 mm). Fast-curring non-conductive and conductive  materials and slow curing materials (suitable for vacuum mounting).

Possibility of cutting samples with a low-speed saw.

Measurable elements: Sodium (Na)—Uranium (U)

Precision: up to 0.05%

Analysis Range: ppm up to 99.999%

Sample chamber size: 32 cm x 32 cm x 10 cm

Measurement modes: Solid samples, powder samples, liquid samples. Measurements in vacuum conditions, flow of gas (nitrogen, argon), and ambient conditions. Analysis of quantitative and qualitative composition. 

Energy Resolution: 140±5eV

X-Ray Tube voltage: 5 kV—50 kV

X-Ray Tube current: 50 uA—1000 uA

Maximal temperature: 1750 °C

Programmable controller

Maximal temperature: 1300 °C

Programmable controller

Alumina tube

Possibility to perform heating in controllable atmospheres of several gases: Ar, CO2, Air, N2, custom requirements

Measured spectral interval: 190-1100 nm

Sample volume: up to 10 mL

Set of UV lamps for photocatalysis.