Lithium Metal Solid-State Battery Equipment Pilot Line

Description

Designed for cutting-edge research and development in solid-state battery technology. Our glove boxes maintain H2O and O2 levels below 1PPM, ensuring safety and stability throughout the battery manufacturing process in the SSB pilot line.
The Mikrouna Solid-State Battery Pilot Line employs advanced dry and wet processes to ensure the high-performance manufacturing and stability of solid-state batteries.
Additionally, our SSB pilot line is fully customizable, making it ideal for supporting batteries with different material systems, including lithium metal anode, Polymer, oxide, and sulfide solid-state batteries.
Main sections:
– Preparation of Solid Electrolyte Materials: Precise weighing & proportioning, vacuum stirring;
– Preparation of Electrolyte Membranes: 3D printing molding / extrusion coating, roll pressing;
– Preparation of Electrode Sheets: Coating & baking, die-cutting & shaping, pressing copper tabs onto lithium foil;
– Assembly of Solid-State Batteries: Semi-automatic stacking, hot pressing test, ultrasonic welding, top & side sealing, vacuum electrolyte filling & sealing.
Integrating Lithium metal electrode preparation, stacking, welding, packaging, insulation
detection, vacuum electrolyte injection, and sealing functions;
The transition chamber also has a vacuum baking function;
Water and oxygen content atmosphere for the Lithium metal solid state battery line inside the glove boxes are controlled below 1ppm.

Designed for cutting-edge research and development in solid-state battery technology. Our glove boxes maintain H2O and O2 levels below 1PPM, ensuring safety and stability throughout the battery manufacturing process in the SSB pilot line. 

The Mikrouna Solid-State Battery Pilot Line employs advanced dry and wet processes to ensure the high performance manufacturing and stability of solid-state batteries.

Additionally, our SSB pilot line is fully customizable, making it ideal for supporting batteries with different material systems, including lithium metal anode, Polymer, oxide, and sulfide solid-state batteries.

Main sections:

– Preparation of Solid Electrolyte Materials: Precise weighing & proportioning, vacuum stirring;

– Preparation of Electrolyte Membranes: 3D printing molding / extrusion coating, roll pressing;

– Preparation of Electrode Sheets: Coating & baking, die-cutting & shaping, pressing copper tabs onto lithium foil;

– Assembly of Solid-State Batteries: Semi-automatic stacking, hot pressing test, ultrasonic welding, top & side sealing, vacuum electrolyte filling & sealing.

Energy-saving atmosphere protection system, Material weighing proportion, Vacuum stirring,  Coating and baking & 3D printing forming, Rolling Electrode cutting, Lithium foil pressing copper tab, Electrode die cutting and shaping,  Lithium metal semi-automatic stacking,  Hot press testing, Tab ultrasonic welding, Top-side sealing, Vacuum electrolyte injection, Vacuum sealing, Aluminum-plastic film manual forming (outside the glove box)

It provides a complete set of solutions for lithium metal battery research and development experiments, including lithium metal preparation, lithium metal negative electrode forming and a series of test equipment support.

Lithium Metal Solid State Battery Equipment Line:

Integrating Lithium metal electrode preparation, stacking, welding, packaging, insulation

detection, vacuum electrolyte injection and sealing functions;

The transition chamber also has a vacuum baking function;

Water and oxygen content atmosphere for the Lithium metal solid state battery line inside the glove boxes are controlled below 1ppm.

The Mikrouna Lithium Metal Solid State Battery Line Turnkey Solution is built in the vacuum glove boxes with following optional battery manufacturing processes:

Energy-saving atmosphere protection system; Material weighing proportion; Vacuum stirring; Coating and baking & 3D printing forming; Rolling; Electrode cutting; Lithium foil pressing copper tab; Electrode die cutting and shaping; Lithium metal semi-automatic stacking; Hot press testing; Tab ultrasonic welding; Top-side sealing; Vacuum electrolyte injection; Vacuum sealing; Aluminum-plastic film manual forming (outside the glove box)