High-Low Temperature Displacement Probe Station

The Congtical Technology OE-series probe station is available in two cooling configurations—liquid nitrogen cooling and GM cryocooler—and offers a controllable temperature range from −260°C to 600°C. The system supports DC signals as low as 1 pA, high-frequency signals up to 50 GHz, and high-voltage signals up to 1 kV. Microscopes, probes, and temperature‑controlled modules can be interchanged as needed, and the platform comes with advanced material‑property measurement software that includes optoelectronic and thermoelectric testing capabilities. It is widely used in semiconductor manufacturing, MEMS, superconductivity, electronics, physics, and materials science, enabling standard I–V, C–V, microwave, and optoelectronic experiments.

Technical Specifications Product Features Download Materials

Model number	TS600E-OE	TS600E-HF	GM-6K-OE
Cooling method	Liquid nitrogen		GM refrigerator
Temperature range	-190℃ to 600℃		6K to 320K
Display precision	0.1℃		0.001K
Temperature control accuracy	±0.1℃		±0.01 K
Maximum heating rate	50℃/min		20K/min
Maximum cooling rate	-30℃/min		10K/2h
Sample stage size	30*30mm		Φ40mm
Front observation window size	Φ41mm single-sided (customizable)
Appearance dimensions	45045072mm	45045090mm	4504501000mm
Cavity net weight	10	kilogram	90kg
Probe Type	DC displacement probe	High-frequency displacement probe	Refer to TS600E-OE, HF
Adjustment method	Displacement rotation	Button adjustment
Probe material	Tungsten carbide or beryllium copper (probe tip 1 µm)	50 g high-frequency probe or DC probe
Number of probes	4 units (expandable to 6)	4 pieces
Current parameters	pA grade

High compatibility: It is compatible with 1 pA DC signals, 50 Hz high-frequency signals, and 1 kV high-voltage signals.

Multifunctional integration: microscope, probe, temperature‑controlled module, and an expandable materials‑properties measurement software suite, supporting optoelectronic, thermal, and other testing capabilities.

Micro‑vibration environment: Employing a suspended isolation design, the sample stage exhibits vibrations of less than 100 nm.