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Customer Case / Low-Voltage Electrical Manufacturing Sealing Automation

Kuwait low-voltage electrical manufacturing industry introduces the WM-601 automatic foam adhesive dispensing machine to achieve improved efficiency and quality

WINMAN INDUSTRIAL provides a WM-601 FIPFG automatic foam dispensing machine for a local low-voltage electrical switchgear manufacturer in Kuwait. With capabilities such as dynamic mixing, dual-core system control, and automatic cleaning, it helps address the frequent issues of clumping, clogging, and downtime common in semi-automatic equipment, enabling the customer to improve production efficiency, stabilize sealing quality, and optimize overall costs.

Project Background: Dual Requirements for Sealing Consistency and Production Continuity

The customer focuses on low-voltage electrical switchgear manufacturing, with products aimed at applications that need to meet international standards. As order cycles accelerate, the customer is not only concerned with the waterproofing, dust protection, and overall protection performance of electrical equipment, but is also placing greater emphasis on production process stability, cycle time, and maintenance costs.

In the original process, semi-automatic foaming adhesive coating equipment had shortcomings in material storage and transfer design, making the material prone to agglomeration inside the equipment and causing frequent pipeline blockages. This increased downtime for maintenance, added to the operational burden, and also affected the consistency of the final product’s sealing performance.

Kuwait project site photos

Kuwait Overseas Project Site Photos

Customer Challenge: A Systematic Upgrade from Equipment Stability to Sealing Quality

  • Material can easily agglomerate during storage, conveying, and mixing, leading to pipeline blockage and interruptions in coating application.
  • The equipment has a relatively high failure rate, and frequent downtime for maintenance affects the continuity of the entire production line.
  • The maintenance process is complex and requires extensive manual intervention, increasing operational costs.
  • Coating precision and stability are limited, making it difficult to consistently meet the high protection and sealing requirements of electrical products over the long term.

Solution: Customized implementation of the WM-601 FIPFG automatic foam adhesive dispensing machine

Addressing customers' process pain points,WINMAN INDUSTRIAL introduced the WM-601 FIPFG automatic foam dispensing machine and adapted it to the on-site production requirements. The solution is focused on material stability, control response, operational continuity, and maintenance convenience, forming an automated sealing solution suitable for low-voltage electrical manufacturing scenarios.

Key Technical Configuration

  • Dynamic Mixing: Achieve continuous homogeneous mixing of raw materials, reducing the risk of caking and sedimentation.
  • Dual-Core System Control: Improve equipment response speed and operational stability, ensuring coating consistency.
  • Industrial-grade computer control and automatic air replenishment function:Supports long-term stable operation and enhances system pressure protection capability.
  • Remote Diagnosis and Maintenance Support: Enables real-time status tracking and technical response, reducing maintenance cycles.
  • High-Pressure Water and Air Cleaning System: Supports automatic cleaning equipment, reducing manual maintenance burden.

WM-601 is one of Shanghai WINMAN Industrial’s industrial automation sealing equipment solutions, and is particularly suitable for applications with high requirements for coating precision and process stability. In this project, the equipment capabilities were specifically matched to the customer’s production line requirements, laying the foundation for subsequent stable mass production.

Implementation Process: Step-by-Step Deployment from Process Integration to Stable Operation

After the project was launched, the WINMAN INDUSTRIAL team worked closely with the client to carry out in-depth technical alignment, conducting a comprehensive assessment of production cycle time, process parameters, sealing requirements, and the equipment operating environment, and accordingly developed a customized implementation plan.

During the installation and commissioning phase, the equipment achieves seamless changeover trial operation through a dual-station system, reducing cycle fluctuations caused by manual intervention. At the same time, the industrial PC and sensor system monitor equipment status in real time to ensure continuous and stable coating performance. The supporting remote technical support platform also facilitates subsequent parameter optimization and fault diagnosis.

This implementation approach not only focuses on whether the equipment can operate, but also emphasizes whether it can run stably over the long term, enabling automated sealing processes to be truly integrated into the customer’s existing production system.

Project results: Simultaneous improvements in efficiency, yield rate, and cost

Improvement Areas Project Performance
Production Efficiency With dual-station fully automated operation support, production efficiency increases by approximately 60%.
Product Quality Yield rate increased to 98%, with more stable sealing consistency.
Total cost Due to reduced downtime, optimized maintenance, and lower material waste, overall costs are reduced by approximately 10%.
Operation and Maintenance Experience Remote maintenance and automatic cleaning capabilities improve equipment management efficiency and reduce the complexity of daily operation.

Case Insight: How Automated Sealing Equipment Helps Manufacturers Build Stable Production Lines

This project shows that in low-voltage electrical manufacturing, sealing is not a single coating operation, but a systems engineering process that involves material conditions, equipment control, maintenance methods, and production line coordination. Only when equipment stability, coating accuracy, and maintenance convenience are improved at the same time can production efficiency and product consistency be more likely to improve in parallel.

For enterprises that need to continuously improve protection ratings, product consistency, and production line automation, FIPFG in-situ foam sealing technology can provide a more systematic solution. Based on years of technical accumulation in PU foam gaskets and two-component silicone sealing, WINMAN INDUSTRIAL integrates dynamic mixing, dual-core control, and remote maintenance support into the WM-601 solution, delivering industrial sealing automation capabilities that are better suited for long-term operation.

From the practices of the low-voltage electrical manufacturing industry in Kuwait, the automatic foam adhesive coating machine has not only improved single-process issues, but also helped customers establish a clearer, more stable, and more sustainable foundation for sealing production.

Consultation on Automated Upgrading Solutions for Export Electrical Cabinet Sealing

Say goodbye to the challenges of semi-automatic dispensing, including clogging, caking, and frequent downtime. Choose the WM-601 fully automatic foam sealing equipment, designed for electrical manufacturing conditions in the Middle East, Southeast Asia, and other overseas markets. It supports remote maintenance and on-site commissioning overseas, helping you quickly improve mass production efficiency and product sealing quality.

Free Custom Overseas Electrical Sealing Automation Solutions