Electrical cabinets, control cabinets, and industrial enclosures are typically used in industrial sites, energy systems, and automation control environments, where high requirements are placed on dust protection, water resistance, sealing stability, and long-term reliability. For such products, the sealing process not only affects the appearance of the finished product, but also directly determines its protection rating performance and quality consistency during subsequent use.

In actual production, customers are concerned not only with whether the sealing is completed, but also with whether the sealing process can maintain path accuracy, material stability, and batch consistency under continuous manufacturing conditions, while adapting to the changeover requirements of different cabinet models. Based on these application scenarios, Shanghai Winman Industrial Co., Ltd. has carried out systematic optimization around the customer’s existing semi-automatic sealing process.

In response to the above requirements, Shanghai Winman Industrial Co., Ltd. did not treat the solution merely as an equipment replacement, but approached it from a process perspective, integrating the equipment, mixing, path control, positioning fixtures, and operation and maintenance support into a complete WM601 FIPFG sealing solution.

This solution is built around the WM601 dispensing platform and combines dynamic mixing, dual-core control, automatic gas replenishment, pressure protection, remote maintenance, and on-site programming support to address material stability, process consistency, and the efficiency of switching between multiple cabinet models, making the sealing process more suitable for continuous and standardized production.

The upgraded process is clearer, reduces reliance on manual experience, and is better suited for continuous production scenarios:

• Cabinet preparation: complete the pre-processing for standard cabinets or custom cabinets.
• Loading and positioning: automatic positioning and locking are completed through a dedicated fixture.
• Automatic dispensing and in-place foaming: integrated formation of sealing strips.
• Curing and inspection: Perform quality inspection and confirmation after the seal has stabilized.

In addition to quantifiable results, the project also delivered more direct manufacturing improvements:

• Material clogging risk is reduced, and equipment downtime and maintenance pressure are eased.
• The sealing consistency of cabinet housings from different batches is more stable, making quality management easier.
• The sealant bead appearance and bonding condition are more controllable, which facilitates subsequent assembly and inspection.
• Applications with a high protection rating are built on a more robust process foundation and are suitable for a wider range of industrial scenarios.

For electrical cabinet manufacturers, the value of a sealing upgrade is often reflected not only at a single workstation, but also in the overall stability of the entire production line, the level of standardization, and long-term maintenance costs.