Adjustable daily output from 50‑100 cells, subject to cell dimensions. It is designed for lab‑scale sample R&D instead of mass‑volume production.

Yes. Fully adjustable parameters enable fast changeover for various cell model spec, ensuring sample consistency and supporting comparative tests.

No. Compact, lightweight layout, it requires simple deployment, and lower investment compared with mass‑production lines, and builds a complete winding R&D process closed‑loop.

Yes. Full‑process data is recorded. Verified formulas and processes can be transplanted to mass‑production lines to shorten R&D cycle.

University labs, corporate R&D centers and battery material suppliers, for new material verification, formula screening and winding‑parameter research.

Daily output around 50‑100 battery cells. It is a semi‑automatic pilot line for lab‑scale sample preparation, not for large‑volume mass production.

Adopting Z‑type stacking technology as an alternative to winding process, it enables comparative R&D tests between stacking and winding solutions.

Suitable for electrode structure design, electrode‑separator interface study, solid‑state battery and other cutting‑edge battery research projects.

Mainly for universities, research institutes and enterprise R&D departments, delivering differentiated stacking‑process verification solutions.

It is a semi‑automatic Z‑stacking pilot line. Designed for high flexibility to support diverse process exploration in research phase.