Platinum‑Coated Carbon Fibre Microelectrode – Non‑Bevelled

Description

The Non‑Bevelled Platinum‑Coated Carbon Fibre Microelectrode is a high‑precision sensor designed for applications requiring exceptional electrochemical sensitivity, fast response times, and minimal background noise. Its platinum‑coated carbon fibre tip provides excellent conductivity and stable performance, making it ideal for micro‑scale analytical measurements, biosensing, and advanced electrochemical research. The straight (non‑bevelled) geometry offers a clean, uniform sensing surface suitable for controlled laboratory environments and microfluidic systems.

Key Features

• Platinum‑coated carbon fibre sensing surface delivering high sensitivity and excellent electrochemical stability
• Straight, non‑bevelled tip providing a uniform geometry ideal for controlled analytical measurements
• Available diameters: 7 µm and 30 µm (depending on model availability)
• High aspect‑ratio fibre construction suitable for micro‑scale and confined‑volume experiments
• Compatible with standard microelectrode holders and research setups
• Produces low‑noise, stable signals, ideal for fast electrochemical techniques
  

Available Models

Why Choose Non‑Bevelled Platinum‑Coated Carbon Fibre Microelectrodes?

These microelectrodes combine the sensitivity and electrochemical performance of platinum with the flexibility and fine geometry of carbon fibre, offering a reliable platform for precise analytical measurements. The non‑bevelled tip provides a consistent, uniform sensing surface ideal for microfluidic systems, calibration studies, and applications where implantation is not required. Manufactured with strict dimensional control, they deliver reproducible, low‑noise signals suitable for demanding scientific research.