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2026
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Adopting an overweight body design for excellent machine tool stability. All models are equipped with dual DD direct-drive rotary tables. Both A and C axes are fitted with high-precision time grating sensors, delivering higher load capacity and longer precision service life. 
2026
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Heavy-duty machine base design ensures outstanding structural stability of the machine tool. All machine models adopt dual DD direct-drive rotary tables. Both A and C axes are equipped with high-precision time gratings, enabling higher load capacity and prolonged precision service life. 
2026
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04
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29
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Adopting an overweight machine body design, the machine tool features excellent stability. All models in the full series are equipped with dual DD direct-drive rotary tables. The A and C axes are both fitted with high-precision time gratings, achieving higher load capacity and longer precision retention life. 
2026
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04
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29
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Heavy-duty frame design delivers superior machine stability. The full range of models adopts dual DD direct-drive rotary tables. Both A and C axes are fitted with high-precision time gratings, realizing higher load capacity and longer precision retention lifespan. Three-axis linear guides and ball screws adopt Japanese THK brand with stable and reliable quality. 
2026
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04
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Gantry traveling structure with heavy-duty body design delivers excellent machine stability. All models of the full series adopt dual A-axis and dual DD direct-drive rotary tables. Both A and C axes are equipped with Heidenhain linear encoders, achieving higher load capacity and longer precision service life. 
2026
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Adopting modern structural design methods that combine mechanical design with finite element analysis, together with complete machine heat source management technology and ergonomic design, the machine achieves high rigidity, high speed and high precision, high reliability and excellent thermal stability. 
2026
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The machine bed adopts a 30° integral inclined horizontal structure. All major components are made of high-performance Meehanite cast iron with excellent vibration damping capacity. Finite Element Analysis (FEA) is applied to optimize all castings, which greatly improves the bending and torsional rigidity of the CNC machine during operation. The integrated bed base featuring high rigidity and stability ensures overall machining accuracy, and delivers superior vibration absorption to support high rigidity and heavy cutting performance of the machine.

2026
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Multi-axis compound machining completes the processing of all complex workpieces in one clamping operation. The turn-mill combined lathe integrates high power, high-rigidity structureand high-speed machining characteristics. This series of CNC compound lathes delivers high-efficiency machining capability, easily meeting your cutting processing demands.
2026
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04
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Multi-axis compound machining completes the processing of all complex parts in one single procedure. The turn-mill compound lathe integrates high power output, high-rigidity structure and high-speed machining performance. This series of CNC compound lathes delivers high-efficiency machining capacity, easily meeting your cutting processing requirements.
2026
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04
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Multi axis composite machining completes all complex part processing in one process. The turning milling composite lathe combines high horsepower, high rigidity structure, and fast processing characteristics. This series of CNC composite lathes provides you with efficient machining capabilities and easily meets your cutting needs.

2026
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It is mainly applied to the efficient machining of cavity, frame, plate, disc and shell parts in general industries, including small and medium-sized 5G base stations, communication boxes, heat sinks, filters, 3C components, auto parts, vehicle-mounted terminals, smart door locks and tablet computers. 
2026
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It delivers superior dynamic response, meeting the demands of high-speed cutting and mass production. It is widely used for small and medium-sized parts in industries including 5G communication, toy manufacturing, hardware, automation, valve body processing, small molds, and medical devices. It achieves particularly outstanding processing performance and economic benefits for parts made of aluminum alloy and stainless steel.
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