Bevelled Platinum‑Coated Carbon Fibre Microelectrode

Description

The Bevelled Platinum‑Coated Carbon Fibre Microelectrode is a high‑precision implantable sensor engineered for applications requiring exceptional spatial resolution, biocompatibility, and electrochemical sensitivity. Its platinum‑coated carbon fibre tip delivers excellent conductivity and signal stability, while the bevelled geometry ensures smooth penetration and minimal disruption to biological tissues. This makes it an ideal tool for neurochemical analysis, micro‑environmental monitoring, and advanced in vivo electrochemical studies.

Key Features

• Platinum‑coated carbon fibre sensing surface providing high sensitivity and robust electrochemical performance
• Bevelled tip design enabling precise implantation with reduced tissue damage
• Available diameters: 7 µm and 30 µm for ultra‑fine, high‑resolution measurements
• High aspect‑ratio fibre construction suitable for micro‑scale and implantable applications
• Compatible with standard microelectrode holders and research setups
• Delivers low‑noise, stable responses, ideal for fast electrochemical techniques
  

Available Models

Why Choose Platinum‑Coated Carbon Fibre Microelectrodes?

These microelectrodes combine the flexibility and biocompatibility of carbon fibre with the electrochemical performance of platinum, offering a uniquely sensitive and durable sensing platform. The bevelled tip enhances implantation precision and reduces tissue trauma, making them particularly suited for advanced biological and neurochemical research. Manufactured with strict dimensional control, they deliver reproducible, low‑noise signals for demanding scientific applications.