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1. The hot-press formation machine performs cell formation under heated and pressurized conditions. This unit integrates heating fixtures and formation equipment into one system. It implements mechanical clamping, pressurization and heating during operation, eliminating drawbacks of conventional baking fixtures such as cumbersome operation, uneven heating and high defect rate.
2. Main functions of fixtures:
(1) Provide clamping force for cells to ensure uniform stress distribution;
(2) Compress electrodes to guarantee reliable electrical connection between electrodes and the formation machine.
3. Main formation functions:
(1) Heating & temperature control;
(2) Reliable channel docking;
(3) Charge-discharge cycling;
(4) Data linking & communication;
(5) Safety & protection.
4. Equipment operation sequence:
5. Applicable Scope: Single-end tab pouch cells, see below
Dimensions: Single-end Tab Pouch Cell | ||||
Parameter | Symbol | Unit | Range | Reference Cell |
Main-body Length (excluding tabs) | L1 | mm | 80-160 | 150 |
Main-body Height (excluding gas bag) | h | mm | 60-120 | 120 |
Thickness Range | T | mm | 7-11 | 10 |
Gas-bag Height (same length as cell) | h1 | mm | 30-80 | |
Max. Cell Weight | G | kg | 0.7 | |
Tab Length | D | mm | 16-30 | |
Tab Width | A | mm | 20-40 | |
Tab Width | B | mm | 20-40 | |
Tab Inner Width | C | mm | 20-60 | |
Specifications:
1. Power Supply: AC380V / 50Hz
2. Max. Heating Power: 10 kw
3. Max. Formation Power: 4.8 kw
4. Channels: 64 channels
5. Overall Dimension (L × W × H): approx. 1980 × 1000 × 1800 mm
6. Pressure Setting Range: 100 ~ 3000 kg.f
7. Heating Range: RT ~ 85 ℃, Accuracy: ±3 ℃
8. Charging Voltage Setting Range: 0 mV ~ 4950 mV (Resolution: 0.1 mV)
9. Charging Current Setting Range: 15 mA ~ 15000 mA (Resolution: 1 mA)
10. Voltage Measurement & Control Accuracy: ±(0.05%RD + 0.05%FS)
11. Current Measurement & Control Accuracy: ±(0.05%RD + 0.05%FS)
12. Time Measurement & Control Accuracy: ±1 s
13. Equipment Failure Rate: ≤2%
14. Channel Utilization Rate: ≥98%
2026-09-03
2026-09-03
2026-09-03