Steel Structure

T&L is your partner in navigating the complexities of modern steel structure development.

Key Challenges in Steel Structure

Traditional equipment struggles to meet the demands of processing high-strength, large-sized steel required for projects like bridges and building frameworks, which need complex shapes, high precision, and consistency. The diverse requirements of different steel types, such as carbon steel, stainless steel, and alloy steel, add to the adaptability challenges faced by traditional machinery. Furthermore, the low automation levels of this equipment impede efforts to enhance production efficiency and maintain high-quality standards in steel structure applications.

What Solutions We Can Offer

Large-Format Specialized Laser Cutting Machine
Equipped with an auto-focus laser cutting head, our machine rapidly and efficiently cuts oversized and thick steel plates. This capability perfectly aligns with the steel structure industry’s needs, excelling in large projects like bridges and building frameworks to fulfill complex design demands.
Heavy-Duty CNC Press Brake
With a bending capacity of up to 2000+ tons and an energy-efficient servo drive, our press brake easily handles the high-strength, heavy components typical in steel structure projects. Multi-axis control and automatic die change offer precise processing of complex parts, boosting efficiency and flexibility.
Multi-Station Combined Machining Center
Our center integrates cutting, drilling, milling, and welding functions, greatly enhancing steel structure production line efficiency. Intelligent programming and configuration allow adaptation to various project requirements, minimizing transfer time between machines, ideal for dynamic production settings.
Automatic Sheet Feeding and Positioning System
Designed for large and heavy steel plates, our system meets the precise positioning and efficient handling needs of steel structure projects. With intelligent control, it achieves 100% automated processing, greatly enhancing efficiency and reducing labor dependency to support effective construction.

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