Desktop Z-Type Stacking Machine Model DSZS-841 ATOMFAIR®

This machine requires a compressed air supply at 0.5MPa and a standard AC220V/50Hz power source. The equipment must be operated on a stable, level workbench with adequate clearance for the 300mm swing stroke.

• Pneumatic Supply Requirement: The machine requires a clean, dry compressed air supply regulated to 0.5MPa for cylinder actuation.
• Electrical Supply Requirement: The equipment must be connected to a properly grounded AC220V/50Hz power outlet with sufficient current capacity.
• Workbench Stability: The desktop unit must be placed on a rigid, level workbench that can support its 30kg weight without vibration.
• Operational Clearance: Maintain at least 300mm of unobstructed space around the machine to accommodate the swing stroke and prevent interference.

This procedure covers the standard setup and operation of the semi-automatic Z-type stacking machine for battery cell lamination. Follow these steps to ensure safe and accurate electrode stacking.

Required Equipment: Foot pedal switch, Digital display counter, Separator roll (3-inch core, max φ200mm)

1. Prepare the machine
   Place the machine on a stable workbench and connect the air supply (0.5MPa) and power (AC220V/50Hz).
2. Load the separator
   Mount the separator roll onto the 3-inch core and thread the film through the guide rollers.
3. Set the stacking parameters
   Adjust the electrode length (20-200mm) and width (20-200mm) limits and set the desired stacking count on the digital counter.
4. Position the electrodes
   Place the first electrode (positive or negative) on the stacking table within the marked alignment guides.
5. Initiate the stacking cycle
   Press the foot pedal to actuate the cylinder and perform the Z-type folding and stacking sequence.
6. Repeat for subsequent layers
   Alternate electrode polarity and repeat the foot pedal actuation until the desired stack count is reached.
7. Remove the finished stack
   Carefully extract the laminated cell stack from the stacking area after the cycle is complete.

The Atomfair-DSZS-841 is a desktop semi-automatic Z-type stacking machine engineered for battery cell lamination, supporting electrodes from 20–200mm in length and width with a maximum thickness of 18mm, and accommodating separator rolls up to φ200mm on a 3-inch core. Its compact footprint (L650×W400×H700mm) and foot pedal actuation make it suitable for R&D and small-batch production environments requiring manual intervention.

Positive

• Compact desktop design: The machine's small footprint (L650×W400×H700mm) and 30kg weight allow placement on a standard workbench, making it ideal for space-constrained laboratories or pilot lines.
• Wide electrode size range: Supports electrode lengths and widths from 20–200mm with thickness up to 18mm, accommodating a broad variety of cell formats and enabling flexible process development.

Trade-offs

• Requires compressed air supply: The machine operates at 0.5MPa air pressure, necessitating a laboratory compressed air infrastructure or a dedicated air compressor for cylinder actuation.
• Semi-automatic operation: The Z-type stacking process is semi-automatic, requiring manual electrode placement and foot pedal actuation, which limits throughput and may introduce operator-dependent variability in high-volume production.

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To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).