Automated Solid-State Electrolyte Preparation Workstation, Inert-Atmosphere Workflow (CAT#: STEM-AL-4452-ZJF)

Automated Solid-State Electrolyte Preparation Workstation, Inert-Atmosphere Workflow is designed for unattended preparation of sulfide, halide, and oxide solid electrolytes. The workstation integrates an inert-atmosphere glove box, a high-energy ball mill, a robotic arm, and wireless control. Automatic feeding transfers starting material into the milling workflow. Automatic ball addition prepares the selected milling charge. Automatic sample discharge removes processed material without opening the protected environment. The closed workflow reduces manual exposure to oxygen- and moisture-sensitive materials. Robotic handling coordinates movement between preparation and milling stations. Wireless control supports centralized sequence management. The system is intended for automated solid-electrolyte research and process development.

Model: not provided
Integrated Modules: inert-atmosphere glove box, high-energy ball mill, robotic arm, wireless control system
Material Handling: automatic feeding, automatic grinding-ball addition, automatic sample discharge
Supported Materials: sulfide, halide, and oxide solid electrolytes
Operating Environment: closed inert atmosphere
Automation Level: unattended full-process operation

Integrated glove box and high-energy mill
Robotic material handling
Automatic sample feeding
Automatic grinding-ball addition
Automatic sample discharge
Wireless sequence control
Closed inert-atmosphere workflow