The GLAB machine tool series is centered around the layout of "universal+specialized, standard+customized", building five core product lineages, forming a full-size machining coverage from small precision parts to large heavy-duty components, meeting the diverse needs of different industries and working conditions. As the core flagship, the five axis linkage machining center adopts a high rigidity bed and high-precision spindle, supporting five axis linkage, high-speed and high-precision milling and turning composite processing, with a positioning accuracy of ± 0.001mm. It is suitable for complex parts processing such as aerospace blades, structural components, automotive precision molds, medical equipment, etc. The milling and turning composite model can complete multiple processes in one clamping, greatly reducing the production cycle. The four axis horizontal machining center focuses on efficient heavy-duty and large-scale production, covering a series of worktable sizes ranging from 500 × 500mm to 800 × 800mm, with a spindle power of 30-60kW, combining high stability and cost-effectiveness. It is widely used in batch processing scenarios such as automotive engine cylinder blocks, gearbox housings, motor housings, and engineering machinery components. The modular design supports single machine use or flexible production lines with truss manipulators and pallet storage systems.
Represented by the dual spindle machining center, which adopts a compact modular structure and dual spindle synchronous machining, the efficiency is nearly twice that of a single spindle. It is specially designed for high cycle production in the automotive industry and is suitable for the processing of lightweight components such as new energy vehicle stator shells, shock absorbers, and steering knuckles, helping car companies cope with the dual challenges of large-scale production and cost control. The large-scale heavy-duty machining center focuses on the field of heavy equipment and integrated die-casting. The G900 series is the core model, with a maximum machining diameter of up to 2000mm and a load-bearing capacity of over 50 tons. It adopts an ultra heavy bed and high-precision indexing plate, suitable for processing large castings, wind turbine hubs, ship components, integrated die-casting molds and other ultra large and heavy parts, filling the gap in the large-scale precision machining market. The frame structure machining center series focuses on the machining of long and thin-walled structural parts such as new energy vehicle chassis, battery pack frames, and large frames. It adopts a dedicated frame layout and high-speed feed system to effectively suppress machining deformation and ensure the flatness and positional accuracy of parts.
The automation and digitalization supporting system is complete. GLAB provides a full range of automation modules such as circular tray storage system (PSS-R), linear tray storage system (PSS-L), robot unit (GRC), etc., combined with self-developed GLAB-NET digital production control software, to achieve interconnection and intercommunication of machine tools, materials, fixtures, and data. It supports remote monitoring, fault diagnosis, production data analysis, and flexible scheduling, helping enterprises build black light factories and intelligent production lines, improve production efficiency and management refinement level. Relying on strict German manufacturing standards and a global R&D system, GLAB's entire series of machine tools have undergone millions of dynamic tests and extreme working condition verifications. Key components are made of high-strength alloys and precision grinding processes, resulting in strong overall stability, low failure rates, and long maintenance cycles. At the same time, it supports multilingual operation interfaces, global remote technical support for after-sales, and localized spare parts library construction, quickly responding to global customer needs.
Currently, GLAB machine tools have been exported to over 80 countries and regions including Europe, North America, Southeast Asia, and the Middle East. They are widely used in industries such as aerospace, automotive manufacturing, new energy equipment, engineering machinery, and precision molds, helping numerous manufacturing companies upgrade their equipment and increase production capacity, and seizing the opportunity in the global manufacturing competition. In the future, GLAB will continue to deepen its innovation in precision machining technology, iterate and optimize the performance of its entire product line, strengthen its ability to integrate automation and digitization, and continuously empower global manufacturing enterprises to transform and upgrade with a more complete product layout, advanced technological strength, and better global services, promoting the development of the global intelligent manufacturing industry towards higher quality, higher efficiency, and more sustainable direction.
