Customization: | Available |
---|---|
Automation: | Automatic |
Certification: | ISO, CE |
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Automatic 18560 21700 32650 26650 etc Cylindrical Cell Production Line/Lithium Cylindrical Battery Production Plant
1,Cylindrical cell components:
2,Flow chart for how cylindrical cells are assembled:
3,Cylindrical Battery Process Chart:
4,Cylindrical Cell Drawing Information required for designing the battery formula.
4.1 General information on target cell technology:
Dimension |
Unit |
Cell Design |
Chemistry |
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Capacity |
Ah |
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Nominal Voltage |
V |
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Cell format |
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Cell weight |
g |
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Target capacity per year(net) |
Gwh |
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Target OEE |
% |
|
Shift per day |
# |
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Hours per shift |
h |
|
Working days per year |
d |
4.2 Further information on cell technologies:
Housing
Jelly Roll
Electrode Spec
Electrolyte
Anode Slurry
Cathode Slurry
Formation & aging protocol
EOL
Final grading
4.3 Cell drawings
5,Machinery List:
S NO. |
Workshop |
Equipment Name |
1 |
Cathode |
Oven |
2 |
Planetary Vacuum Mixer |
|
3 |
Turnover Barrel with lifting system |
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4 |
Viscometer |
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5 |
Coating Machine |
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6 |
Thickness Gauge |
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7 |
Continue Pressing Machine |
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8 |
Auto Slitting Machine |
|
9 |
Baking Oven |
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10 |
Anode |
Deionized water machine |
11 |
Planetary Vacuum Mixer |
|
12 |
Turnover Barrel with lifting system |
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13 |
Viscometer |
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14 |
Coating Machine |
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15 |
Thickness Gauge |
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16 |
Continue Pressing Machine |
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17 |
Auto Slitting Machine |
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18 |
Baking Oven |
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19 |
Assemble |
Auto Winding Machine |
20 |
Short Testing Machine |
|
21 |
Bottom Shell Welding Machine |
|
22 |
Auto Grooving Machine |
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23 |
Baking Oven |
|
24 |
Filling and |
Glove Box |
25 |
Laser Welder |
|
26 |
Linear Sealing Machine |
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27 |
Battery Cleaning Machine |
|
28 |
PVC Shrinkage Machine |
|
29 |
Cartoning machine |
|
30 |
Grading |
Formation Machine |
31 |
Computer |
|
32 |
High temperature storage |
|
33 |
Normal temperature storage |
|
34 |
Cell Inkjet Printer |
|
35 |
OCV1 |
|
36 |
OCV2 |
|
37 |
OCV3(Sorting machine) |
|
38 |
Grading Machine |
|
39 |
Sorting machine |
|
40 |
Other |
NMP recovery system |
41 |
Plant dehumidification system |
|
42 |
Purified water |
|
43 |
Other Necessary |
Vacuum Pump + Compressed Air |
6,Battery Prodcution Workshop Reference:
7,Battery Production Line Factory Design Reference:
8,Procurement process
TMAX follows a comprehensive procurement process to ensure a seamless experience for our customers.
1) Initial Consultation: We have an in-depth discussion with the customer to understand their battery production requirements, machine specifications, and budget constraints.
2) Proposal Preparation: Based on the consultation, we create a detailed proposal that outlines our recommended battery-making machines, pricing, delivery timelines, and additional services or support.
3) Proposal Presentation: We present the proposal, highlighting the features and benefits of our machines, addressing customer questions, and explaining how our solution meets their needs.
4) Negotiation and Agreement: We engage in negotiations to address concerns and modify the proposal if needed, aiming to reach a mutual agreement on pricing, terms, and conditions.
5) Purchase Order: The customer issues a purchase order (PO) that formalizes the agreement, specifying quantities, prices, delivery dates, and contractual obligations.
6) Order Fulfillment: We manufacture or source the battery-making machines according to agreed specifications, conducting quality control checks to ensure high performance and reliability.
7) Shipment and Delivery: We handle packaging, transportation, and customs clearance, providing tracking information and updates on the shipment's status.
8) Installation and Training: Our technicians offer installation services and comprehensive training on machine operation, maintenance, and troubleshooting.
9) Post-Sales Support: We provide ongoing customer support, including assistance with spare parts, maintenance, upgrades, and expansions, to ensure customer satisfaction.
By following this streamlined procurement process, we deliver high-quality battery-making machines tailored to our customers' requirements while providing excellent support throughout their lifecycle.
9, Manufacturing Cycle and Planning
No. |
Project |
1st month |
2nd month |
3rd month |
4th month |
5th month |
6th month |
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1 |
Confirmation of idea/plan/specification |
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2 |
Customized design for key parts |
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3 |
Mechanical part design |
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4 |
Control part design |
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5 |
Procurement of processed parts/outsourced parts |
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6 |
Mechanical assembly |
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7 |
Electrical debugging |
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8 |
Single test |
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9 |
Linkage trial operation and on-site customer placement |
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10 |
Trial run/final acceptance |
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