H Beam + Plate Integrated Laser Cutting System

A mature laser automation solution for steel structure manufacturing

The H Beam + Plate Integrated Laser Cutting System is designed for enterprises that need to process both structural H-beams/sections and flat steel plates within the same production environment. It combines 3D laser cutting for profiles with flat-bed laser cutting for plates on a single platform or integrated production line, enabling flexible and highly efficient manufacturing for steel buildings, bridges, construction components, machinery manufacturing, and heavy structural parts.

The key advantage of the “two-in-one” concept lies in true process integration. With H- beam and plate cutting performed within the same system, material transfer and repeated repositioning are significantly reduced, production rhythm becomes smoother, and the same precision standard is applied to both beams and plates, resulting in better assembly fit-up. Flexible switching between different order types supports multi-variety and small- batch production, while shared equipment and maintenance resources help lower investment and operating costs, achieving overall optimization in efficiency, quality, and cost structure.

In conventional workshops, H-beams and plates are processed separately on different machines. This leads to fragmented workflows, frequent crane or forklift handling, repeated alignment steps, and heavy dependence on skilled operators. By integrating both processes into one solution, this system maintains high dimensional accuracy while simplifying logistics, shortening processing routes, and improving overall productivity.

For H-beams and structural sections such as I-beams, channels, and angles, the system supports web and flange openings, end cutting, bevel cutting, and complex contour processing, making it suitable for columns, beams, frames, and various engineering structures.

No Teach Pendant Programming for Easier Automation Adoption

The system does not rely on traditional teach-pendant programming. Welding paths are planned and managed centrally through the control platform. This significantly reduces dependence on highly experienced robot programmers and makes welding automation easier to implement and maintain in real production environments.

Industrial-Grade Stability for Mass Production

Designed around real production conditions, the system is suitable for multi-shift and long- term continuous operation. While ensuring consistent weld quality and formation, it helps reduce rework rates, improve overall welding efficiency, and promote standardized, process-driven welding production.

Typical Application Scenarios

H-beam stiffener and
reinforcement welding

Steel beam, column,
and frame welding

Long-length and large
structural component welding

Engineering structures and heavy
manufacturing industries

Steel fabricators pursuing welding
consistency and efficiency improvements

TTMC always prioritizes real production feasibility when designing welding automation solutions. Rather than pursuing unnecessary functional complexity, TTMC helps customers select the most suitable technical approach for their workpieces and production needs, ensuring stable operation in real manufacturing environments and long-term scalability for future upgrades.