This new upgrade covers the entire GLAB series of core models, including the five axis linkage machining center. After iterative upgrades, multiple technological breakthroughs have been integrated to optimize the machine tool structure and axis kinematics design. It is equipped with a high dynamic rotating worktable, which can flexibly adapt to the processing of slender precision parts such as aerospace blades. With the unique "tunnel concept" design, the electric spindle and cutting tools are fully retracted into the tail of the machine tool, making full use of the working area, while improving dynamic performance and shortening non processing time. Even when facing difficult to process materials such as titanium alloys and high-temperature alloys, it can stably achieve ultra-high precision machining, and the positioning accuracy and surface smoothness can reach new heights. The double spindle machining center has been upgraded to the seventh generation. The optimized tool magazine design can accommodate tools up to 500 mm long. With an integrated tool change arm, the tool change time has been significantly shortened. The dual spindle parallel layout can process two parts at the same time. It is perfectly suitable for the mass production of automobile steering knuckle, stator and other parts. Considering the compact floor area and spacious working area, it supports multiple processing methods such as lotion, oil, micro lubrication and dry type, and achieves dual improvement in efficiency and economy.
In addition, the four axis universal machine tool has been upgraded synchronously, specifically optimized for aluminum processing and manufacturing of new energy vehicle stator shells and other components. It supports front-end or top automatic feeding, further adapting to the large-scale production needs of the new energy vehicle industry. The centerless grinding machine series has been upgraded with ultra-high rigidity roller guide rails, equipped with automatic size compensation and remote connection functions, achieving high-precision and high-yield grinding, and adapting to the processing needs of segmented scenarios such as aviation fasteners and medical equipment components. At the level of intelligence, a comprehensive breakthrough has been achieved. The entire series of upgraded models are equipped with upgraded GLAB digital production control software and machine tool control panels, supporting direct programming of 3D models, AI path optimization, automatic anti-interference detection, and seamless integration into MES/ERP systems. This enables visualization of the machining process, traceability of quality data, and early warning of equipment status. At the same time, it adapts to tray storage systems and robot units, easily achieving 7 × 24 hours of unmanned continuous production, solving the pain points of manual intervention, long debugging cycles, and low efficiency in traditional machining, and promoting the transformation of production mode to flexible intelligent manufacturing. In terms of structure and quality, the upgraded model adopts high-strength alloy materials and precision forging processes, optimizes cooling, lubrication, and sealing systems, enhances the rigidity and impact resistance of the body, extends maintenance cycles, and reduces failure rates. After rigorous bench testing and extreme working conditions verification, it can adapt to complex operating environments such as high temperature, high cold, and high dust. At the same time, it optimizes energy consumption design, adopts energy-saving driving components and intelligent cooling systems, reduces operating power consumption and noise, conforms to the global trend of green and low-carbon development, and balances environmental protection and operating cost control.
In terms of adaptability, the newly upgraded GLAB machine tool continues the layout logic of "general+special, standard+customized", with a wider coverage of power ranges and worktable sizes. It can provide customized solutions according to the processing needs of different industries and parts. Whether it is complex aerospace components, lightweight parts for new energy vehicles, or high-precision product processing such as precision molds and medical equipment, it can be accurately adapted. At the same time, relying on the advantage of localized production, it can achieve fast delivery, matched with multilingual operation interface and global after-sales remote technical support, fully meeting the diverse needs of global users.
The all-new upgrade of GLAB machine tool series this time is not only an iterative breakthrough in product performance and technology, but also a precise response to the upgrading needs of the global manufacturing industry. From core components to intelligent systems, from single machine processing to intelligent production lines, every upgrade focuses on efficiency improvement, cost optimization, and quality upgrading. In the future, GLAB will continue to deepen its innovation in high-end CNC equipment technology, relying on a century of technological accumulation and localized R&D and manufacturing strength, continuously iterating and optimizing product performance, expanding the boundaries of digital and intelligent solutions, and upgrading products with more precision, efficiency, and intelligence to empower global manufacturing enterprises to transform and upgrade, leading the high-quality development of the high-end precision machining industry.
