Pouch Cell Assembly Equipment
400mm Aluminum Plastic Film Pouch Top Side Edge Trimming Machine Battery Pneumatic Trimmer
Item Number : RB13
Price varies based on specs and customizations
- Suitable Cutter Length
- 400 mm
- Trimming Precision
- ±0.2mm
- Adjustable Trimming Width
- 2.5-8mm
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Product Overview


This pneumatic edge trimming machine is designed for trimming the top-side sealed edge of aluminum plastic film after pocket forming. It combines cylinder-driven punching with matched upper and lower cutters to provide a controlled finishing operation for pouch-cell processing. The equipment supports a 400 mm cutter length and adjustable trimming widths, allowing operators to prepare formed film edges with a defined, repeatable cut.
The unit is intended for battery laboratories, pilot lines, cell-development work, and production processes that use aluminum plastic film packaging. An operator holds the battery at the positioning plate and actuates the foot pedal to complete trimming. This direct operating method supports efficient handling during pouch-cell assembly and finishing, where edge geometry must be managed before subsequent process steps.
Reliable mechanical guidance is central to the equipment design. The upper cutter is guided by die-style ball guide pillars and guide bushes, maintaining high guiding accuracy between the upper and lower cutters. High-speed-steel cutting edges, a specified hardness of HRC>=58, and a zero-clearance cutter arrangement provide a robust basis for repeated pneumatic cutting operations under demanding cell-processing conditions.
Key Features
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400 mm Cutter Length: The cutter is configured for material widths up to a 400 mm cutter length, supporting aluminum plastic film trimming after pocket forming and top-side sealing operations.
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Pneumatic Punching Action: A cylinder-driven punching method supplies the cutting action. The system requires an air supply of at least 0.5 MPa for operation.
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High-Accuracy Cutter Guidance: Die-style ball guide pillars and guide bushes guide the upper cutter. This arrangement is specified to maintain high guiding accuracy and preserve zero clearance between the upper and lower cutters.
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High-Speed-Steel Cutters: Both the upper and lower cutters are made from high-speed steel. Their sharp cutting edges are intended for clean, controlled edge removal during the trimming process.
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HRC>=58 Cutter Hardness: The cutting tools are specified with a hardness of HRC>=58. This material requirement supports cutter durability in repeated trimming work.
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Adjustable Trimming Width: A positioning stop edge adjusts the trimming width from 2.5 mm to 8 mm. The adjustment gives users a practical range for matching the finished edge to process requirements.
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Specified Trimming Precision: The equipment provides trimming precision of ±0.2 mm. This defined tolerance helps process teams evaluate the unit against their pouch-edge finishing requirements.
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Foot-Pedal Control: A foot switch controls cutter movement. The operator can hold the battery in position with one hand, place it against the positioning plate, and use the foot pedal to initiate the trim.
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Integrated Positioning Plate: The battery positioning plate forms part of the mechanical assembly and establishes the reference location for the workpiece before cutting. It works with the adjustable stop edge to control the trim width.
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Compact Electrical Configuration: The electrical system includes a solenoid valve and foot switch, with AC220V/50HZ power configuration and 500 W rated power. The arrangement supports the pneumatic actuation sequence without a complex operating interface.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Pouch-cell battery R&D | Trims the top-side sealed edge of aluminum plastic film after the pocket has been formed during laboratory cell-development workflows. | Provides a defined 2.5-8 mm adjustable trimming width for experimental pouch formats. |
| Lithium-ion pouch-cell pilot lines | Supports post-forming edge finishing before later assembly or handling operations on prototype and pilot-scale cells. | Foot-pedal actuation enables direct operator control while the cell is held at the positioning plate. |
| Aluminum plastic film pocket processing | Removes edge material from film packages after pocket forming where a top-side seal edge requires trimming. | 400 mm cutter length accommodates the stated cutter-size requirement. |
| Battery packaging process stations | Serves as a dedicated finishing station for top-side edge cutting in a pouch-cell packaging sequence. | Cylinder-driven punching delivers a defined mechanical cutting action. |
| Cell sample preparation | Processes small-batch battery samples that require controlled edge-width adjustment after pouch formation. | Positioning stop edge allows the required trim width to be set from 2.5 mm to 8 mm. |
| Battery quality and process evaluation | Produces trimmed pouch edges for teams evaluating packaging steps and edge-dimension consistency. | ±0.2 mm trimming precision gives a clear dimensional performance reference. |
| Research laboratory battery assembly | Supports hands-on pouch-cell assembly workflows where the operator positions each battery manually before cutting. | One-hand placement and foot-switch initiation simplify the cutting sequence. |
| Pouch-cell manufacturing support | Performs repeatable top-side seal-edge trimming where cutter alignment and tool condition are important to routine operation. | Ball guide pillars and guide bushes maintain high-accuracy upper-cutter guidance. |
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Item Number | RB13 |
| Primary Function | Trimming of the top-side sealed edge after aluminum plastic film pocket forming |
| Cutting Method | Cylinder punching method |
| Suitable Cutter Length | 400 mm |
| Trimming Precision | ±0.2mm |
| Trimming Width | 2.5-8mm adjustable |
| Trimming Width Adjustment | Adjustable through positioning stop edge |
| Upper Cutter Guidance | Die-style ball guide pillar and guide bush guidance |
| Cutter Clearance | Zero clearance between upper and lower cutters |
| Upper Cutter Material | High-speed steel |
| Lower Cutter Material | High-speed steel |
| Cutter Edge Condition | Sharp cutting edge |
| Cutter Hardness | HRC≥58 |
| Cutter Actuation Control | Foot switch control |
| Workpiece Positioning | Battery positioning plate mechanism |
| Mechanical Components | Upper cutter mechanism; lower cutter mechanism; guide pillar and guide bush mechanism; battery positioning plate mechanism |
| Electrical Components | Solenoid valve; foot switch; other electrical components |
| Air Supply | 0.5MPa or above |
| Power Supply | AC220V/50HZ |
| Power | 500W |
| Equipment Weight | Approximately 40KG |
Operating Sequence
| Step | Operation | Equipment Element Involved |
|---|---|---|
| 1 | Place the battery onto the positioning plate. | Battery positioning plate mechanism |
| 2 | Set the required trim width through the positioning stop edge within the specified adjustment range. | Positioning stop edge |
| 3 | Hold the battery in the positioned location. | Battery positioning plate mechanism |
| 4 | Press the foot pedal to initiate cutter movement. | Foot switch and solenoid valve |
| 5 | Complete the top-side seal-edge trimming operation by pneumatic punching. | Cylinder, upper cutter, and lower cutter mechanisms |
Mechanical Construction Focus
| Construction Area | Reference-Backed Configuration | Process Relevance |
|---|---|---|
| Upper cutting assembly | Upper cutter mechanism with ball guide pillar and guide bush guidance | Controls the path of the upper cutter during cutting action. |
| Lower cutting assembly | Lower cutter mechanism | Forms the paired cutting arrangement with the upper cutter. |
| Guide system | Die-style ball guide pillars and guide bushes | Provides high guiding accuracy for the upper cutter. |
| Cutting-tool material | Upper and lower cutters made from high-speed steel | Provides the stated sharp cutting edges and HRC≥58 hardness specification. |
| Positioning system | Battery positioning plate mechanism and adjustable positioning stop edge | Establishes workpiece placement and trim-width adjustment. |
| Pneumatic control system | Cylinder punching method, solenoid valve, and foot switch | Provides the actuation and operator-control method. |
Why Choose This Product
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Purpose-Built for Pouch Edge Finishing: This unit is specifically configured for trimming the top-side sealed edge of aluminum plastic film after pocket forming, rather than applying a general-purpose cutting method to a specialized battery-packaging task.
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Precision-Led Mechanical Alignment: The ball guide pillar and guide bush structure is designed to maintain high upper-cutter guidance accuracy and zero clearance between the cutter pair. This construction directly supports the specified ±0.2 mm trimming precision.
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Durable Cutting Construction: High-speed-steel upper and lower cutters with HRC≥58 hardness provide a robust cutting-tool specification for repeated pneumatic trimming duties. Sharp cutting edges support the defined trimming process.
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Adjustable for Process Requirements: The 2.5-8 mm trimming-width range allows the equipment to be set using its positioning stop edge, helping laboratories and manufacturing teams align edge finishing with their required pouch configuration.
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Straightforward Operator Control: The positioning plate and foot-switch control method create a clear work sequence: locate the battery, hold it in place, and actuate the cut. The electrical configuration of solenoid valve, foot switch, AC220V/50HZ supply, and 500 W power supports this focused operating design.
Contact us for a quote or a custom pouch-cell processing solution matched to your aluminum plastic film trimming requirements.
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Product Datasheet
400mm Aluminum Plastic Film Pouch Top Side Edge Trimming Machine Battery Pneumatic Trimmer
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