A multifunctional sample stage is an experimental or testing platform that integrates multiple functional modules, used to carry, manipulate, and test different types of samples (such as materials, biological samples, electronic components, etc.). It usually has flexible configuration and scalability to meet different experimental needs, and is widely used in scientific research, industrial testing, medical and other fields.

1. Core functions and features of multifunctional sample stage

(1) Multi dimensional adjustment of multifunctional sample stage

Motion control: Supports precise movements such as X/Y/Z axis translation, rotation, and tilt, and is compatible with automatic scanning or manual fine-tuning.

Environmental simulation: It can integrate modules such as temperature control (-196 °C to several thousand degrees), humidity control, vacuum/atmosphere environment (such as inert gas, corrosive gas), etc.

Force/electric/magnetic loading: Some models support the application of mechanical force, current, magnetic field, etc., used to study the performance of samples under extreme conditions.

(2) Compatibility and Scalability of multifunctional sample stage

Adapt to multiple analytical instruments

Modular design allows users to add functions according to their needs, such as heating stations, cooling stations, fluid infusion systems, etc.

(3) High precision and stability of multifunctional sample stage

Nano level displacement accuracy, anti vibration design, suitable for in-situ observation or long-term experiments.

Some models support in-situ characterization (such as real-time observation of sample changes during stretching, compression, and heating processes).

(4) Automation and Intelligence of multifunctional sample stage

Automated testing is achieved by controlling motion trajectories and environmental parameters through software.

Integrated sensors and data acquisition system, real-time recording of sample reactions (such as deformation, resistance changes, etc.).

2. Typical application scenarios of multifunctional sample table:

(1) Materials Science of multifunctional sample stage

Study the performance of materials in high/low temperature, stress, and corrosive environments.

In situ SEM/TEM observation of material deformation, phase transformation, or crystallization processes.

(2) Biomedical multifunctional sample stage

Cell culture and drug permeation experiments require temperature control, humidity control, and gas environment.

Cooperate with microscopic imaging to observe the dynamic changes of living samples.

(3) Electronics and Semiconductors for multifunctional sample stage

Chip testing: Provides functions such as probe positioning, thermal shock, and electrical performance testing.

Sample positioning and processing in photolithography or coating processes.

(4) Chemical/Energy Research on multifunctional sample stage

In situ monitoring of catalytic reactions (such as surface reactions under illumination and heating conditions).

Battery electrode testing (simulating expansion/contraction during charging and discharging processes).