Home > News > WINMAN WM508-2 Dual-Station FIPFG Sealing Line Planning: From Cycle Time to Equipment Integration

How to Plan a Dual-Station FIPFG Sealing Line: From Cycle Time to Equipment Integration

Shanghai Winman Industrial Co., Ltd.

2026-07-15

Technical knowledge

A practical guide from WINMAN on how to plan a dual-station FIPFG sealing line, covering cycle time matching, station coordination, process flow, and integration conditions for WM508-2 in industrial automation applications.

WINMAN WM508-2 dual-station FIPFG sealing line planning with cycle time matching and equipment integration for industrial automation

WINMAN Industrial

How to Plan a Dual-Station FIPFG Sealing Line: From Cycle Time to Equipment Integration

For industrial manufacturers that require stable sealing quality, efficient throughput, and reliable automation, line planning is just as important as the dispensing equipment itself. WINMAN WM508-2 is designed for dual-station FIPFG sealing applications where loading, positioning, dispensing, cleaning, and unloading must work in a coordinated production rhythm.

Why dual-station planning matters

In FIPFG production, the sealing result depends not only on the material and motion control, but also on how well the machine fits into the overall process flow. A dual-station layout helps separate work stages, reduce idle time, and support more consistent operation in industrial automation environments.

WM508-2 core positioning: a high-precision two-component polyurethane dispensing machine built for industrial sealing tasks such as EV battery boxes, electrical control cabinets, and metal enclosure parts.

It combines dual-station operation with automatic path recognition, dynamic mixing, and cleaning functions to support continuous production planning.

Key factors in cycle time matching

When planning a dual-station FIPFG sealing line, cycle time should be matched across all major steps. The goal is to avoid bottlenecks between loading, dispensing, and unloading while keeping the process stable and repeatable.

Planning item	What to evaluate	Why it matters
Loading and unloading rhythm	Whether operators or automation can complete handling without delaying the next cycle	Keeps both stations working in a balanced sequence
Dispensing duration	Part size, bead length, path complexity, and speed setting	Supports consistent seal formation and throughput planning
Cleaning and readiness	Water + air cleaning timing and station changeover	Reduces stop-and-go interruptions during continuous operation
Integration with upstream/downstream equipment	Transfer method, fixture compatibility, and signal coordination	Helps the sealing unit work as part of a full production line

How WM508-2 supports dual-station operation

Precision dosing

The machine is built around ±0.01% precision metering, helping maintain sealing consistency across repeated industrial cycles.

Adjustable dispensing speed

With a configurable speed range of 0–300 mm/s, the system can be aligned with different part sizes and station timing requirements.

Path recognition and dynamic mixing

Automatic path recognition and dynamic mixing help stabilize the dispensing process and support reliable sealing quality in automated production.

Cleaning for continuous use

The integrated water + air cleaning system helps reduce downtime and supports cleaner changeovers between production cycles.

Typical integration conditions to consider

A dual-station FIPFG line should be evaluated as a system, not as a single machine. Before integration, manufacturers usually review the following conditions:

Part geometry and sealing path requirements for each workpiece type.
Fixture design, positioning accuracy, and station repeatability.
Loading method, operator access, and automation interface.
Communication with upstream and downstream equipment.
Maintenance access, cleaning workflow, and long-run stability.
Optional expansion requirements such as remote monitoring or plasma treatment.

Where the dual-station format is especially useful

WM508-2 is a practical fit for manufacturing scenarios that require reliable sealing and structured production flow, including:

EV battery boxes Supports sealing tasks where protection performance and cycle consistency are important.

Electrical control cabinets Fits industrial enclosures that require dependable sealing and repeatable application paths.

Industrial metal parts Useful for automated sealing on metal components with defined dispensing routes.

Technical and compliance context

WINMAN Industrial develops FIPFG sealing equipment with long-term technical experience in polyurethane foam gasket and two-component silicone sealing applications. WM508-2 is produced by Shanghai Winman Industrial Co., Ltd and aligns with the company’s manufacturing standards.

Designed with German technical core components.
Built to meet ISO9001 and CE certification requirements.
Supports sealing performance targets up to IP68 in suitable application conditions.
Rated power consumption is 3.5 kW, supporting energy-conscious long-run production planning.

A practical choice for line builders and industrial users

For manufacturers planning a dual-station FIPFG sealing line, the key is to align process rhythm, equipment capability, and production goals in one integrated layout. WM508-2 provides a structured platform for that planning, helping teams move from cycle time evaluation to equipment integration with a clearer technical basis.