Knowledge
FIPFG Dispensing Tech & Robot Automation Industrial Applications
07 15,2026
Industry Research
Three Overlooked Risks in Overseas FIPFG Equipment Procurement: Delivery, Training and After-Sales
Winman Industrial explains the three most overlooked issues in overseas FIPFG equipment procurement: delivery response, operator training and after-sales support, with WM-601 as a practical reference for stable production and lower long-term risk.
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07 14,2026
Industry Research
How a FIPFG Machine Creates a Continuous Foam Seal
WINMAN explains the FIPFG working principle through the full process from AB component mixing and path control to foaming, curing, and final sealing. This page helps readers understand why FIPFG is a complete sealing process system, not just a dispensing machine.
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07 14,2026
Industry Research
How Metering, Mixing, Dispensing and Motion Control Work Together in FIPFG Forming Quality
WINMAN explains how the WM606 FIPFG machine achieves consistent foam gasket forming through coordinated metering, dynamic mixing, dispensing continuity and motion control for IP67 sealing applications.
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07 14,2026
Industry Research
Why Traditional Sealing Solutions Struggle to Meet High-Protection Industrial Equipment Requirements
Winman Industrial explains the common limits of traditional sealing methods in industrial equipment, focusing on waterproofing, dust protection, assembly consistency, and why FIPFG dispensing and foam sealing are increasingly adopted.
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07 07,2026
Industry Research
Which Industrial Sealing Scenarios Suit WM508-2P?
WINMAN explains how WM508-2P fits radiator manufacturing, cleanroom door sealing, and HVAC industrial sealing scenarios, with guidance on process needs, equipment capabilities, and selection criteria.
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04 15,2026
Industry Research
High-Pressure Water-Air Cleaning for IP68 Battery Energy Storage Enclosure Sealing (FIPFG)
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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