HGTECH pitches smart factory laser automation for sheet metal makers

HGTECH is promoting an integrated laser automation approach for high-volume sheet metal fabrication, with hardware, software and material-handling systems designed to reduce bottlenecks and improve throughput. The company says the setup can help manufacturers cut downtime, improve material use and support continuous production across industries from automotive to heavy machinery.

Why it matters: - High-volume sheet metal fabricators are under pressure to move faster without losing precision. - HGTECH is positioning smart factory automation as a way to reduce forklift handling, manual sorting and changeover delays that limit throughput. - The approach is aimed at lowering labor risk, improving material yield and raising output per square meter of factory space.

What happened: - HGTECH outlined its laser automation solution for high-volume sheet metal fabrication and described how its smart factory model ties together cutting systems, control software and automation-ready logistics. - The company said the solution is built around its heavy equipment automation line, including the WALC-F Series and WALC-Q Series. - HGTECH pointed to applications in automotive, heavy construction machinery, elevators and home appliances. - More information is available in the company’s announcement.

The details: - The WALC-F Series and WALC-Q Series use high-power fiber lasers ranging from 6,000W to 30,000W supplied by Wuhan Raycus. - The WALC-F Series reaches 0.6G acceleration and a single-axis top speed of 40m/min. - The WALC-Q Series reaches 0.8G acceleration and a composite maximum speed of 84m/min. - Both series can vertically cut carbon steel up to 80mm thick and stainless or aluminum steel up to 100mm thick. - Each machine includes an intelligent cutting head with automatic focusing, anti-collision protection, full lens pressure monitoring and real-time remote observation of cutting status. - HGTECH’s self-developed HMI software handles production task management, material inventory management and simplified graphic part generation without programming. - The control system can be customized to manage automated loading, unloading and slag removal equipment while showing cutting paths in real time. - HGTECH said its process database lets operators create, save, modify and export cutting parameters for different materials and thicknesses. - The HMI task management module supports batch import and deletion of programs, real-time editing, visual preview and material, thickness and dimension display. - Compatible nesting software options include Sigma, Lantek and HGTECH’s HGNest for bevel cutting applications.

Between the lines: - HGTECH is selling more than a faster cutter. The pitch is a fully connected production cell that reduces manual handling and makes the laser a node in a larger automated line. - The emphasis on ERP and MES integration signals that the company sees software coordination as central to factory performance, not optional add-ons. - Intelligent nesting, remote monitoring and predictive maintenance are framed as cost controls as much as efficiency tools. - The company is also highlighting service support as part of the value proposition for international manufacturers, which suggests uptime is a major competitive factor in this market.

What's next: - HGTECH says the next phase of smart factory adoption is broader integration of automation, informatization and intelligence across production lines. - The company expects automated laser systems to replace more standalone workstations in high-volume fabrication. - Manufacturers adopting these systems would likely focus on faster changeovers, better material use and fewer interruptions as they scale output.

The bottom line: - HGTECH is framing laser automation as a requirement for competitive sheet metal manufacturing, not just a plant upgrade. - The core pitch is simple: connect cutting, handling and software, and the factory can produce more with less downtime and less waste.