Fire-resistant door production solution
Solution Introduction
The demand for fire-rated steel doors in Vietnam is growing rapidly alongside the development of apartment buildings, high-rise buildings, hospitals, industrial plants, and other facilities. This creates a significant opportunity for domestic manufacturers to take on the production and supply of finished fire-rated door products. However, this opportunity also comes with a number of challenges.
Through its work with manufacturing companies, Weldcom has identified several common challenges currently faced by factories:
- Production capacity has not yet kept pace with market demand.
- Product quality remains inconsistent.
- Labor costs are increasing.
- Production data management and quality traceability capabilities are still limited.
Building on more than 20 years of experience in the mechanical engineering industry, Weldcom has researched, developed, and introduced comprehensive solutions for fire-rated steel door manufacturing. These solutions include sheet metal processing equipment, automation systems, and manufacturing management software, covering the entire production process, from blank cutting, punching and stamping, press brake bending, welding, and fabrication of door frames and door leaves, to production data management and operational optimization.
Production Process
Device Information
The cutting process is responsible for processing and shaping the parts of the door leaf, frame, and auxiliary components according to the design drawings, ensuring high precision and laying the foundation for subsequent bending, welding, and assembly processes.
Quickly process mass-produced products with a thickness below 3mm with high precision.
The CNC bending machine is suitable for flexibly processing various types of products, especially thick steel plate parts over 3 mm and structures requiring high bending force.
The material handling and processing system helps automate the process of feeding, transferring, and distributing materials between production stages, reducing dependence on manual operations, optimizing production flow, and enhancing overall plant operation efficiency.
Customers Implemented
