EELECTRON OLU-LEN-FRE OL-U LASER ENGRAVING FREE ICONS UP TO 8 KEYS

EELECTRON OLU-LEN-FRE Product Description

The EELECTRON OLU-LEN-FRE product is a specialized electrochemical sensor for the determination of specific molecules in samples of pharmaceutical and clinical interest. This device has been developed using cutting-edge technologies in the field of electroanalysis.

Technical characteristics

The OLU-LEN-FRE sensor is characterized by a composite architecture that combines nanometric materials to achieve high sensitivity and selectivity.

• Electrode material: The electrode is modified with graphene oxide (RGO) nanoparticles and multiwalled carbon nanotubes (MWCNT), ensuring a large contact surface and optimal electrical conductivity.
• Active Layer: The active layer consists of a combination of tungsten oxide (WO3) and RGO, which improves the electrical response and stability of the sensor.
• Deposition Technology: The deposition technology uses layer-by-layer (LbL) self-assembly methodology to form nanometer-sized multilayers, ensuring precise control of the molecular architecture and increased sensitivity.

Applications

The OLU-LEN-FRE sensor is designed for the determination of specific molecules in pharmaceutical and clinical samples, such as nimesulide. Its high sensitivity and selectivity make it ideal for applications where high accuracy is required.

• Pharmaceutical Analysis: Great for determining drugs in pharmaceutical samples, ensuring compliance with quality standards.
• Clinical Analysis: Used for the detection of substances in biological samples, supporting the diagnosis and monitoring of clinical conditions.

Performance

The OLU-LEN-FRE sensor offers excellent performance in terms of sensitivity, selectivity and stability.

• High Sensitivity: Thanks to the combination of nanometric materials, the sensor offers a very sensitive electrical response to changes in the concentration of the target molecule.
• High selectivity: The specificity of the active layer guarantees a selective response to the molecule of interest, reducing interference from other substances present in the sample.
• Stability: The sensor is designed to maintain its performance over time, even in conditions of intensive use.