Our pre-made substrates and electronic components are designed to significantly reduce the processing time required for tasks like characterizing newly developed semiconductor materials or assembling functional FET-based sensors for detecting chemical and biological analytes. All you need to do is apply your chosen semiconducting layer.

Streamline the creation of your field-effect transistors (FETs) with our assortment of pre-patterned back-gated electrodes. These electrodes are already fabricated on conductive silicon wafers using standard lift-off technology. They come with dependable ohmic source/drain contacts, a high channel width-to-length ratio (ranging from 500 to 4000), and a diverse range of dielectric thicknesses and device designs for you to select from.

Simplify the characterization of your active materials with our back-gated Lateral Organic Field-Effect Transistors (LOFET) circuits. These circuits only require frequency measurements of the ring oscillators, bypassing the time-consuming process of analyzing individual transistors.

Effortlessly test your final devices using our Miniprober, a tool that enables swift and reliable device measurements with pad contact, eliminating the need for a probe station.

Accelerate your graphene sensor research and applications with our ready-to-use graphene chips. These chips come in various configurations, such as hall bar devices, 2-probe FETs, or liquid-gated 2-probe FETs.

For precise nanodevice and nanomaterial analysis, our selection of TEM grids and supplies offers different grid materials, mesh sizes, configurations, coating materials, coating thicknesses, staining chemicals, and sample preparation tools.

Our comprehensive range of electrochemical components includes various aqueous and non-aqueous reference electrodes with user-friendly form factors, as well as working, counter, and auxiliary electrodes.