Glorystar Tube Lasers
Glorystar Tube Laser Cutting Machines help manufacturers process tube, pipe, and other profiles with greater speed, accuracy, and efficiency than traditional fabrication methods. Designed for applications ranging from general fabrication to high-volume production, these systems combine advanced fiber laser technology, intelligent controls, and automation-ready designs to streamline tube processing and reduce secondary operations.
Whether you’re producing structural components, agricultural equipment, construction products, fitness equipment, furniture, transportation components, industrial assemblies, or pipe fabrication projects, Glorystar tube laser cutting machines help improve productivity, reduce material waste, and support consistent part quality across a wide range of applications.
Automation Equipment
Glorystar automation solutions help manufacturers reduce manual handling, improve machine utilization, and build more efficient laser cutting workflows. From sheet material storage and retrieval to tube loading and unloading and coil-fed production, these systems are designed to support higher throughput, safer material handling, and more consistent production.
Glorystar Press Brakes
Glorystar’s bending portfolio unites fully automatic high‑speed panel benders with CNC hydraulic press brakes to deliver repeatable angles, short cycle times, and minimal setup. Each system is built on a stress‑relieved welded frame, equipped with intelligent crowning or deflection‑compensation, and driven by servo‑hybrid or hydraulic power units selected to match material thickness and batch size. Offline programming and graphical CNC interfaces simplify complex flange sequences, while optional automatic tool change, robot loading, and IoT data links integrate seamlessly with upstream laser cutting lines.
Laser Welders
Glorystar offers easy-to-operate handheld fibre-laser laser welding machines featuring high quality, high speed, high efficiency, and high precision—all while minimizing deformation of the base material.