our sleeving & stacking machines
for industrial stationary and traction batteries
IPS 16
up to 18 pairs of plates/min
for PE sleeve and leaf-type separators
for industrial stationary and traction batteries
IPS 500/1000
up to 70 plates/min
for leaf-type separators
expertise
With our sleeving & stacking machines, you can produce large stationary and traction cells for DIN, BS, and BCI battery standards
- Different systems for processing PE and leaf-type separators
- Integrated visual quality check systems for cell configuration, lug shape and separator orientation
- Quick and simple change-over with a minimum of manual effort
Whether you want to produce cells with a leaf-type separator or sleeved plates – our most flexible machines can handle both.
Besides the different separator types, the following plates can be processed:
- positive tubular plates
- positive flat plates (core seal wrapped)
- negative flat plates
- ½ negative flat plates
Each line component is also available as an individual machine. Upgrade your industrial cell production to your required automation level.
machine details
Learn more about our sleeving & stacking machine
To ensure high-quality cast-on-strap operation, you need perfect plate and lug preparation. This includes smooth plate feeding by vacuum handling and various lug preparation steps, such as:
- lug cutting (straight or V-shape shearing)
- lug milling
- lug brushing
- false lug cutting
for PE roll separator
When it comes to producing sleeves, there are many steps that need to be followed. First of all, the roll separator is formed into an endless tube. After crimping the edges, the separator is cross-cut by a servo-driven system. Now you have perfect sleeves which are ready for plate insertion.
The separator is transported and positioned by means of vacuum feeding.
Precise plate and lug alignment ensures the best stacking results, which are essential for a high-quality cast-on-strap process.
Various available quality checks during the sleeving & stacking process guarantee the best possible results.
- lug shape check
- separator orientation check
- cell stack check
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