Products

Cryogenic Sample Holder

The cryogenic sample holder enables researchers to precisely measure the physical properties of materials under extreme conditions, opening new horizons in the microscopic world of condensed matter physics and materials science. It features extreme cryogenic performance, excellent sample compatibility, efficient vacuum isolation, and precise temperature control and monitoring.

It excels in exploring high-temperature superconductors, topological insulators, and quantum materials. It is widely used in the research and development of novel materials, such as semiconductors, magnetic materials, and two-dimensional materials, analyzing the relationship between electronic structure and properties and guiding material optimization and design.

Technical Specifications

Standard Configuration
Rotation range: -5 to 185° on the main axis, -5° to 365° on the secondary axis, continuously adjustable;
Angular resolution: Better than 0.1° for the primary axis and better than 0.5° for the secondary axis;
Angle control: Manual or remote control, equipped with a stepper motor and controller;
Applicable temperature range: 1.5 K to 320 K;
Temperature control stability: ±5 mK at 1.5 K at low temperatures; can be equipped with a cold shield to improve temperature stability;
Sample holder: 24-pin high thermal conductivity sample holder, sample area up to 12.5 mm x 12.5 mm;
Signal measurement lines: Up to 96 constantan/phosphor bronze wires, 129.9 Ω/m at room temperature, 4 x 24-pin Lemo/Fischer connectors, inter-channel insulation resistance greater than 40 Gohm at 1.5 K;
The sample is placed in the sample chamber under exchangeable gas;
Sample rod length: Customizable to meet user system requirements;