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Project for Sodium-ion Pouch Battery Cell Laboratory Line at Massachusetts Institute of Technology (MIT)

2026-10-10

Project for Sodium-ion Pouch Battery Cell Laboratory Line at Massachusetts Institute of Technology (MIT)

 

Date: October 10, 2026

 

Location: Xiamen, Fujian, China

 

Xiamen Tmax Battery Equipments Limited designs and builds a sodium-ion battery lab line for the laboratory at the Massachusetts Institute of Technology (MIT). This line is capable of manufacturing pouch sodium-ion cells. Xiamen Tmax Battery Equipments Limited supplies a full package including battery manufacturing technology, production line equipment, raw materials and a full range of consumables.

 

Sodium-ion battery cathode materials feature low cost and widely available raw material resources, making them an ideal alternative to cathode materials for lithium-ion batteries. The MIT laboratory has long been dedicated to battery research and development. It aims to achieve breakthroughs in sodium-ion battery technology, and on this foundation, deliver new insights for the optimization and exploration of other ion battery systems.

 

Customer Requirements Form

 Battery Type

 Pouch Cell

 Battery Size

 56 x 80 mm and 80 x 100 mm

 Design Capacity

 1-5Ah,

 Material System

 Prussian blue analogues

 Main Process

 Stacking process

 Production Capacity

 10PCS~50Pcs/Day

 Area

 300 m2.

Customer Requirements:

 

TMAX SOLUTION:

(1) Designed an overall solution for the laboratory line of sodium-ion cell.

(2) Provides a complete set of manufacturing equipment and testing equipment.

(3) Meet the user’s requirements for high safety, low-cost, high-energy density, high-capacity retention, and better high and low temperature performance.

Equipment list

 

Item

Process Stage

Model

Equipment Name

1

A. Slurry & Electrode Preparation

TMAX-XJB

Vacuum Planetary Mixer

2

A. Slurry & Electrode Preparation

TMAX-SY300L

Laboratory Electrode Coater

3

A. Slurry & Electrode Preparation

TMAX-Roll250

Electrode Calender (Heated Roll Press)

4

A. Slurry & Electrode Preparation

TMAX-LFT300

Electrode Slitting Machine

5

A. Slurry & Electrode Preparation

TMAX-MQ300

Electrode Die Cutting Machine

6

A. Slurry & Electrode Preparation

TMAX-JK-DZF-6020

Vacuum Drying Oven

7

B. Cell Assembly

TMAX-SCK200

Pouch Film Forming Machine (Aluminium Laminate Punch)

8

B. Cell Assembly

TMAX-VS-40A

Ultrasonic Metal Welder (Tab Welding)

9

B. Cell Assembly

TMAX-TCH-DPA

Z-Fold Stacking Machine

10

B. Cell Assembly

TMAX-SFZ200

Top & Side Sealing Machine

11

C. Electrolyte Filling & Sealing

TMAX-Lb2000-2400*120

Glove Box (Single-Side, Two Working Stations)

12

C. Electrolyte Filling & Sealing

MSK-150-L

Vacuum Electrolyte Filling Machine

13

C. Electrolyte Filling & Sealing

TMAX-YF

Vacuum Pre-Sealing Machine

14

D. Formation, Degassing & Testing

TMAX-RYJHorizontal

Battery Formation & Grading System (with Pressurised Fixture)

15

D. Formation, Degassing & Testing

TMAX-FS200

Degassing & Final Sealing Machine

16

D. Formation, Degassing & Testing

TMAX-BTS-5V6A

Battery Testing System

 (Charge / Discharge Cycler)

 

 

 

Machine Picture

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