Testing equipment

The new‑generation DeepCharge in‑situ electrochemical visual ultra‑depth‑of‑field system integrates:

● High‑depth‑of‑field optical imaging

● Electrochemical reaction

● Real‑time monitoring

It is an integrated in‑situ imaging platform specially designed for visual research on electrode materials during electrochemical processes.

DeepCharge integrates an in‑situ electrochemical test device and a 3D ultra‑depth‑of‑field digital microscope：

It enables real‑time observation and analysis of micro‑structural changes inside batteries during the charge‑discharge process.

Depth fusion

Fusion of optical imaging and algorithms to achieve a high‑depth‑of‑field effect*.

Samples can be clearly imaged at multiple depth positions at different times.

In‑situ electrochemical test device

Simulated working condition test

Application cases

Metal deposition behavior observation

Suitable for in‑situ observation of metal deposition processes.

The pre‑tightening force between electrodes can be adjusted by manually tightening screws.

A built‑in pressure sensor can display and record pressure values in real time, supporting systematic research on metal‑deposition‑related behaviors under different pressure conditions.

DeepCharge integrates depth imaging technology and in‑situ electrochemical testing:

It obtains real‑time information on key morphology and structural changes during electrochemical reactions, and provides high‑value data support for battery performance optimization and failure mechanism analysis.

Application scenarios of the DeepCharge system:

Electrode material research and development, battery performance attenuation analysis, battery safety research.

Innovative advantages of the DeepCharge system:

● Simulated multi‑working‑condition testing

● Direct testing of uncut electrodes

● Compatibility with various custom‑built in‑situ electrochemical test devices

● High‑quality domestic core components

● Professional technical solutions and training

● Stable and reliable performance