Knowledge
FIPFG Dispensing Tech & Robot Automation Industrial Applications
WINMAN explains common misconceptions about FIPFG sealing, including material substitution, automation cost, and protection levels, with a clear view of process fit, equipment selection, and industrial application scenarios.
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This industry-oriented report examines how high-pressure water-air cleaning can be integrated into FIPFG (Formed-In-Place Foam Gasket) processes to improve sealing quality in EV battery energy storage enclosures. It explains why conventional trimming and surface preparation often introduce micro-tears, debris retention, and inconsistent bonding interfaces—key contributors to water-ingress risk and unstable IP performance. Building on production-line practice, the report highlights the combined benefits of ±0.05 mm precision dispensing and a dual-station line layout to stabilize bead geometry, reduce takt-time losses, and improve repeatability across batches. It further details how water-air cleaning removes residual particles and improves surface readiness before foaming, supporting more uniform gasket adhesion and enabling a clearer compliance path toward IP68 verification. The report provides practical guidance for battery pack assembly plants and Tier-1 suppliers, including recommended process checkpoints, validation metrics, and an upgrade roadmap for smarter manufacturing and higher sealing consistency.
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In the manufacturing of electric vehicle battery packs and energy storage cabinets, sealing consistency directly impacts waterproof reliability and lifecycle safety. Winman Industrial, based on its FIPFG on-site foaming sealing process, has developed a replicable solution centered on ±0.05mm high-precision coating, coupled with a high-pressure water-air cleaning system and a dual-station production line. This solution improves the uniformity of adhesive strip forming through programmed path control, reducing deviations and rework introduced by traditional manual trimming; enhances adhesion and sealing stability through cleaning and surface stabilization; and achieves continuous production and quality traceability through dual-station cycle coordination. In real-world production line verification, this solution significantly reduces the risk of sealing defects, supporting products to achieve IP68 waterproof ratings, and providing battery pack manufacturers and Tier 1 suppliers with a practical path to intelligent manufacturing upgrades.
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WINMAN WM-601 FIPFG on-site foaming gasket sealing machine is designed for demanding applications such as new energy vehicle Battery Packs, energy storage cabinets, and industrial electrical enclosures. It adopts a two-component material formed-in-place foamed gasket (FIPFG) process to achieve a continuous and consistent sealing bead path, with dispensing accuracy up to ±0.05 mm, meeting IP68 waterproof and dustproof requirements. The machine supports dual-station automated production, path programming, and remote diagnostics and maintenance, and is equipped with a high-efficiency cleaning system, significantly improving line efficiency and reducing labor and maintenance costs. Combined with the industrial-grade stability of the German Sonderhoff control system and compliance assurances such as ISO9001 and CE, WM-601 provides EV OEMs, battery PACK assembly plants, and Tier 1 suppliers with a reliable sealing automation solution, improving product safety and service life.
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