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Lithium Battery Linear Motor Solutions
SMARTWIN delivers linear motor solutions for lithium battery equipment, supporting clean and efficient motion in battery manufacturing automation. Our direct drive motion systems help improve production speed, positioning consistency and equipment reliability.
Fully Automatic Aluminum-Plastic Film Packaging Equipment Application Solution
Fully Automatic Aluminum-Plastic Film Packaging Equipment Application Solution
Solution Features:The multi-actuator structure with linear motors enables independent motion control of multiple actuators, improving efficiency and saving space.The long-stroke beam structure facilitates easy assembly, enhancing equipment stability during operation.The non-contact structure of the linear motors generates no dust, meeting the cleanroom requirements of the battery industry.
Industry: Lithium Battery Industry
Equipment Name: Fully Automatic Aluminum-Plastic Film Packaging Equipment
Industry Applications: Automatic packaging for power batteries, digital batteries, etc
Operating Environment: Constant Temperature Workshop
Structure: Dual-Actuator Aluminum Beam Structure
Configuration Details: CFH series linear motors, Smartwin magnetic grid encoders, Smartwin drivers, THK guide rails
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Service Support
Call:+86 400 807 1566 Related parameters
FAQ
- Q:
Why does pouch cell packaging need stable long-stroke positioning?
A: Pouch cell packaging requires the aluminum-plastic film to stay aligned through repeated pulling, positioning, and sealing actions. Smartwin CFH series linear motors can drive the packaging axis with magnetic encoder feedback, helping the system correct position changes during long-cycle production and keep film placement more consistent.
- Q:
Can one packaging beam handle two movers for faster lithium battery production?
A: Yes. In lithium battery packaging or transfer stations, two movers on one beam can handle parallel positioning or synchronized movement. Smartwin CFH series linear motors controlled by AKS drives allow dual-mover operation on the same beam, reducing idle time between actions without making the machine structure much larger.
- Q:
Why do lithium battery machines care about dust and wear on motion axes?
A: Lithium battery production has many continuous motion stations, and friction-related particles or wear can affect process stability over time. Smartwin CFH non-contact linear motor axes reduce friction points in the main motion path, helping packaging, transfer, and clean production stations keep more stable operation with less frequent mechanical adjustment.
- Q:
How can a stacking table improve speed without increasing moving weight?
A: Electrode stacking needs fast repeated motion, but a heavy moving structure can slow acceleration and increase load on related axes. Smartwin linear motor stacking tables use a lighter direct-drive design; in developed solutions, the single-sheet cycle can reach about 0.2s, and the 590-spec stacking table weighs about 32kg, helping improve speed while controlling moving mass.
- Q:
What structure is used when winding, traction, or conveying stations need compact rotary motion?
A: Winding, traction, and conveying stations often need rotary motion inside limited machine space. Smartwin shaft-integrated DD motors combine the DD motor with an air shaft structure, reducing separate shaft and coupling parts. The hollow structure also leaves room for air, liquid, or cable routing through the axis, which is useful for compact battery equipment layouts.
- Q:
What helps lithium web correction respond faster during coating or handling?
A: Lithium web correction must adjust X, Y, and θ directions while film or electrode material keeps moving. Smartwin XYθ direct-drive alignment stage uses absolute encoder feedback to reduce accumulated position error and improve correction response. For narrow coating or handling stations, dust-proof customization can also help the correction unit work more reliably.
