For high-rate UAV pouch batteries, 18650 / 21700 / 32700 cylindrical lithium cells, and custom battery packs, this page explains how quality evidence is built—electrode and internal inspection gates, OCV / IR matching and traceability, and transport / certification file planning. Step-by-step manufacturing belongs on the custom PACK process page.
This quality page focuses on inspection gates, matching records, traceability, and file planning—from electrode thickness / CCD and X-ray checks through formation and OCV / IR matching—so consistency and safety evidence are ready before delivery. Step-by-step manufacturing belongs on the custom PACK process page.
Laser + CCD
Electrode thickness and defect control
Stacking / Winding
Pouch stacking and cylindrical winding routes
X-RAY
Internal alignment and short-risk inspection
OCV / IR
Cell grading and PACK matching
Slurry and coating uniformity, laser thickness measurement, and CCD electrode inspection help control capacity consistency and surface-defect risk before forming.
Winding or stacking alignment, sealing and electrolyte fill condition, and X-ray internal checks support short-risk and structural-safety review.
Post-formation condition, OCV / IR grading records, batch traceability, and UN38.3 / MSDS planning form the quality evidence set before delivery.
Critical quality controls
Quality is not only a certificate list. For UAV pouch cells, cylindrical cells, and custom PACK projects, delivery quality depends on whether electrode, forming, internal inspection, formation, and matching data are reviewable.
Coating thickness and electrode-surface defects directly affect capacity consistency. In-line laser measurement helps control slurry coating uniformity, while CCD visual inspection screens scratches, exposed foil, and powder loss before assembly.
High-rate UAV pouch cells depend on low internal resistance, discharge stability, and swelling control. Stacking, post-formation degassing, final sealing, and shaping are key quality gates before high-rate PACK integration.
Internal inspection checks electrode alignment, tab position, and short-risk conditions that cannot be judged from appearance alone. This matters for industrial, medical, robotics, and low-altitude flight platforms.
Cylindrical cells and multi-series PACK assemblies depend on consistency. Open-circuit-voltage and internal-resistance matching helps reduce early voltage spread and weak-cell risk, with batch records retained for review.
Quality-control gates
Real production evidence
Taken in September 2026: incoming prismatic cells, traceability scans, laser welding, charge-discharge cycling, BMS checks, and UN-certified export packing — the photo record behind the gates above.
Prismatic LiFePO4 cells arrive batch-boxed with foam separation and go through incoming inspection before the pack line.
Every cell carries a QR label that is scanned into batch traceability records as it moves through the line.
Busbars are laser-welded and point-checked with every cell QR label left in place for traceability.
Finished packs run charge-discharge cycling on multi-channel test cabinets before packing.
BMS boards are configured and communication links verified before a pack is closed.
Packs ship in UN-certified plywood crates carrying the UN3480 lithium-ion battery marking.
Photos taken: September 2026 · Staricell PACK facility
Product-line relevance
Focus areas include stacking, low internal resistance, degassing, temperature rise under high-rate discharge, and cell consistency for inspection, logistics, agricultural, and payload UAV platforms.
View UAV packs
Focus areas include winding consistency, OCV / IR grading, batch traceability, and downstream PACK matching for smart equipment, robotics, tools, and OEM cylindrical packs.
View cylindrical cells
Cell-matching data continues into PACK assembly, where BMS, harnesses, connectors, insulation, aging tests, and shipment files are reviewed by project. Step-by-step manufacturing belongs on the process page.
View custom PACK processDocumentation support
Certification and shipment files still matter, but they should be built on traceable manufacturing and inspection records.
UN38.3, MSDS, battery labels, and shipment information can be planned according to battery configuration.
Cell matching data, OCV / IR records, BMS settings, aging test summaries, and final inspection records can be organized when required.
CE, IEC, UL, RoHS / REACH, or other project-file needs are reviewed according to target market and product use case.
Target-market planning
Shipment country, battery configuration, chemistry, quantity, and transport mode are reviewed before samples or production delivery.
Documentation can be planned around importer review, CE / IEC paths, RoHS / REACH information, UN38.3, MSDS, and battery labeling.
UL / IEC routes, transport labels, enclosure safety, application duty cycle, and production records can be reviewed by project use case.
Project quote
Share voltage, capacity, application, quantity, target market, enclosure needs, and certification targets. Our team will map the pack architecture and quote path.
