Probe-based Heating and CoolingStages are engineered for temperature-dependent electrical characterization of materials, enabling precise analysis of electrical property evolution with temperature. Constructed on an optical-stage platform, the system integrates an electrical module featuring probes, positioning mechanisms, and interfaces. Probes can be accurately positioned to establish reliable electrical contact with specific regions on the sample.Signals are transmitted via probes and cabling to external instruments—such as source meters and digital multimeters—for data acquisition and analysis under varying temperatures.

Based on probe holder design, these systems are available in three types: manually internal-adjusted, externally-adjusted, and motorized electrically-adjusted probe stations.

The series delivers precise temperature control from 4K to 1700°C, incorporating advanced thermal management solutions: liquid helium/nitrogen cooling, thermoelectric cooling, resistive heating, infrared heating, and laser heating—to support complex thermal experiments.

Multi-language SDKs (e.g., LabVIEW, C#) are provided to facilitate customized integration and automation.

The GoGo Instruments EH1500V-R: Utilizing the four-point probe method, this system is designed for investigating the resistivity characteristics of materials such as conductive rubber and conductive plastic across a range of temperatures. The system configuration includes: an ultra-high temperature probe hot stage, a four-point probe resistivity meter, and dedicated testing software.