Glass IDE

KEY HIGHLIGHTS:

High-Precision IDE Fabrication
Manufactured using advanced thin-film deposition (Au/Ti) on glass substrates, ensuring uniform electrode geometry, tight tolerances, and batch-to-batch consistency.

Optimized Electrode Design (100 µm Configuration)
Carefully engineered finger width and spacing (100 µm) for uniform electric field distribution—enabling accurate impedance, capacitance, and dielectric measurements.

Stable & Reliable Measurement Platform
Designed for high signal integrity, low noise, and repeatable electrical performance across experiments, making it ideal for research and industrial applications.

Compatible with LCR Meters & Impedance Analyzers
Plug-and-measure design ensures seamless integration with standard measurement systems, including LCR meters, impedance analyzers, and custom readout electronics.

Glass Substrate for Electrical Isolation & Stability
Provides excellent insulation, chemical resistance, and surface uniformity—suitable for coating, deposition, and diverse sensing environments.

Compact & Lab-Ready Form Factor
25 mm × 10 mm substrate with 36 fingers and optimized contact pads (2 mm × 7 mm) for easy handling, wiring, and system integration.

Ideal for Multiple Applications
Suitable for gas sensing, VOC detection, biosensing, material characterization, dielectric studies, and sensor prototyping.

Robust Contact Interface for Reliable Connectivity
Engineered contact pads ensure stable electrical connections with minimal contact resistance, enabling consistent data acquisition and reducing measurement variability during repeated testing and long-term experiments.

High Repeatability for Research & Development
Ensures consistent electrical behavior across devices—critical for reproducible experiments, publications, and product validation.

Built for Researchers & Engineers
Eliminates fabrication variability and accelerates development cycles—allowing you to focus on data, analysis, and innovation.