MatMeas CPS7000 Cryogenic Vacuum Probe Station — 1

Overview

MatMeas CPS7000 Cryogenic Vacuum Probe Station – a compact benchtop system designed for precise electrical measurements of bulk, thin film, and multilayer materials. The instrument supports a wide temperature range from -160℃ to 450℃ using liquid nitrogen cooling, with excellent temperature stability (±0.5℃) and programmable ramp rates. Equipped with four micro-manipulated probe arms, it enables accurate contacting for diverse tests including dielectric, ferroelectric, piezoelectric, pyroelectric, and TSDC measurements. The CPS7000 is an essential tool for universities, research institutes, aerospace, and high-reliability labs requiring reliable vacuum and variable-temperature probing.

Specifications

Temperature Range -160℃ to 450℃ (Liquid nitrogen refrigeration)
Temperature Control Accuracy ±0.5℃
Heating / Cooling Rate 1~10℃/min (Typical value 3℃/min, program adjustable)
Number of Probe Arms 4 (Semi-automatic operation)
Sample Size Capacity φ < 40 mm, d < 5 mm
Optical Observation Window φ55 mm quartz glass
Anti-Vibration Design Built-in air shock mechanism
Supported Modules Dielectric, Resistance, Pyroelectric, TSDC
Dimensions & Weight 435 × 435 × 205 mm (L×W×H), 25 kg (Desktop design)
Power Supply 220V ±10%, 50Hz
Warranty 1 Year

Applications

  1. Ferroelectric & Piezoelectric Materials
  2. Dielectric Thin Films
  3. Pyroelectric & TSDC Studies
  4. Optoelectronic Materials
  5. Semiconductor Devices
  6. Multiferroic & Memristor Research

FAQ

  • How does the CPS7000 compare to traditional cryogenic probe stations like Lake Shore or Janis?

    The CPS7000 is designed to deliver measurement performance and thermal stability comparable to premium American brands such as Lake Shore and Janis. However, it achieves this within a highly integrated, compact desktop footprint (only 435×435×205mm). It saves valuable laboratory space while maintaining an exceptional ultra-wide temperature range from -160°C to 450°C.

  • How does the system prevent mechanical vibration and ensure stable electrical contact during testing?

    A major challenge in microscopic probe measurements is environmental vibration causing probe slippage. The CPS7000 is engineered with a proprietary built-in air shock isolation system that effectively dampens external shaking. This guarantees perfectly stable physical contact between the 4 semi-automatic probe arms and delicate samples, completely solving the issue of data jumping points during continuous heating tests.

  • What types of advanced electrical characterizations can the CPS7000 perform?

    The versatile CPS7000 platform supports a wide array of advanced measurements including dielectric, resistance, pyroelectric, and Thermally Stimulated Depolarization Current (TSDC). It perfectly meets the strict requirements for high-voltage and low-current testing, accommodating samples up to 40 mm in diameter through a 55 mm quartz optical observation window.

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