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Lithium Metal Solid-state Battery Assembly Solution For Laboratory

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.

Lithium Metal Solid-state Battery Equipment Pilot Line

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.

Lithium Negative Electrode Forming (Mk-mcx200lib)

This equipment is mainly used to mesh the copper tabs with the lithium electrode sheets to meet the process dimensional requirements and make the negative electrode sheets. The lithium electrode sheets are transferred to the locating tooling by manual operation, and then the copper tabs are placed in the locating slots of the tooling. The air cylinder pushes to press the tabs to the overlapping position for overall pressing.

Lithium strip cutting machine (MK-CQ200LiB)

This equipment is a kind of electrode tab cutting equipment, which is applied to the transverse cutting process of the positive and negative electrode sheets of lithium batteries. It has good cutting performance, small size, and is used in the glove box.

Lithium-ion Cylindrical Battery Cell Assembly Solution For Laboratory

Mikrouna Cylindrical Cell Pilot Line for University and R&D laboratory (video attached below):
Cell short circuit test; Tab welding; Assembly of rolling groove; Vacuum baking; Vacuum injection; Standing; Cover (or Closing, if referring to the action of closing the battery); Laser welding cap; Cylindrical sealing

Lithium-ion Cylindrical Battery Cell Laboratory Pilot Line Solution

Mikrouna Cylindrical Cell Pilot Line for University and R&D laboratory (video attached below):
Cell short circuit test; Tab welding; Assembly of rolling groove; Vacuum baking; Vacuum injection; Standing; Cover (or Closing, if referring to the action of closing the battery); Laser welding cap; Cylindrical sealing

Lithium-ion Pouch Battery Cell Assembly Solution for Laboratory

Mikrouna Pouch Cell Pilot Line Process from Proportioning and Weighing to Grading:
Proportioning and Weighing; Slurring Mixing; Coating; Calendering/Rolling Press; Tab Notching (Die cutting); Negative electrode sheet making/Stacking (Lithium strip cutting mentioned); Hot press test; TAB welding (with packaging process mentioned); Formation; Degassing; Grading

Lithium-ion Pouch Battery Cell Laboratory Pilot Line Solution

Mikrouna Pouch Cell Pilot Line Process from Proportioning and Weighing to Grading:
Proportioning and Weighing; Slurring Mixing; Coating; Calendering/Rolling Press; Tab Notching (Die cutting); Negative electrode sheet making/Stacking (Lithium strip cutting mentioned); Hot press test; TAB welding (with packaging process mentioned); Formation; Degassing; Grading

Moisture Meter

It can repeatedly measure moisture content in a variety of materials, from powders and granules to pastes and liquids

Multi-Channel Energy-Efficient Regenerative Aging and Charging/Discharging Machine

ower supply: Ac voltage 380v ±10%,frequency: 50 Hz±5%Ambient temperature: 0 o 45°c
Ambient humidity: No more than 85%R.H (no condensation)
There is no strong vibration, no corrosive gas and
flammable and explosive gas in the environment
The sampling speed is fast,and the inspection time of the
entire cabinet is less than 8s
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