GOODA Expands Precision Machining Portfolio with Vertical, Horizontal, and Duplex Milling Solutions

Dongguan GooDa Machinery Manufacturing Co., Ltd. is highlighting its expanded precision machining equipment portfolio for global manufacturers seeking high-efficiency, stable, and application-focused CNC machining solutions. [https://www.goodagroup.com/company.html] The portfolio includes the Vertical Machining Center VMC850, Horizontal Machining Center HMC 800, and Duplex Milling Machine TH-700, three representative machines designed to support different machining requirements in mold making, automotive components, aerospace parts, new energy equipment, shipbuilding, heavy machinery, and general industrial manufacturing.

Founded in 2012, GooDa Machinery has focused on the development and manufacturing of CNC machine tools and key functional components for multi-side metal structural parts processing. According to the company information provided, GooDa began developing secondary CNC system technologies in response to efficiency challenges in domestic machine tools and achieved scaled production of its core products in 2018 after years of technical development. Today, the company operates as an integrated industrial and trading enterprise, supporting customers with product supply, application consulting, customization, installation, training, and after-sales service.

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A key part of GooDa's competitiveness comes from its continued investment in research and engineering capability. The company has built research platforms including the Guangdong Heavy-Cutting CNC Machine Tool Engineering Research Center and the Dongguan University of Technology-GooDa Intelligent Equipment Joint Laboratory. Its technical development covers proprietary CNC system applications, multi-side and hexahedron cutting processes, five-axis CNC machine tools, flexible metal-cutting production lines, remote monitoring systems, operation and maintenance data platforms, industrial connectivity, and intelligent factory management.

For manufacturers that require compact and precise machining of small and medium-sized components, the Vertical Machining Center VMC850 provides a rigid and stable solution. The VMC850, also listed as LJ-855, features X/Y/Z axis travel of 800/550/550 mm, a 1000 x 550 mm worktable, and a maximum load capacity of 500 kg. [https://www.goodagroup.com/Vertical-Machining-Center-VMC850-pd588148668.html]The machine adopts an ultra-rigid structure, high-precision linear guides, and preloaded ball screws to support fast, powerful, and stable machining performance. It is suitable for small plates, disc parts, housings, small molds, medical devices, electronics, watchmaking, 3C products, automotive components, and other high-precision part applications.

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The VMC850 is equipped with practical configurations for long-term production stability, including a BT40 spindle, a 24T tool magazine, automatic centralized lubrication, spindle temperature control, coolant cooling, rear flushing chip removal, oil-water separation, full protection, and an electrical cabinet heat exchanger. These features help manufacturers maintain machining accuracy, reduce manual handling, and support continuous shop-floor operation.

For larger and more complex components, the Horizontal Machining Center HMC 800 is designed for integrated multi-side machining. [https://www.goodagroup.com/Horizontal-Machining-Center-WJ-800-pd594204738.html]The HMC 800 features X/Y/Z travel of 1300/900/700 mm, a 1360 x 1000 mm fixed worktable, an 800 x 800 mm CNC rotary table, and a 32T swing arm type tool magazine. The machine is equipped with a CNC rotary table and hydraulic gantry, enabling four-side machining and rapid clamping for mold and die components, mold bases, box parts, disc parts, shell components, and other industrial workpieces.

The HMC 800 supports multiple processes on one machine, including milling, drilling, tapping, chamfering, engraving, roughing, in-process measurement, and offset adjustment. Its inverted T-bed structure, high-rigidity casting design, heavy-duty roller linear guides, reinforced spindle, and high-power spindle motor are designed to support strong cutting performance and stable operation. For industries such as precision molds, new energy, automotive, aerospace, shipbuilding, power generation, heavy machinery, and marine engineering, this integrated machining capability can help reduce repeated setup, improve positioning efficiency, and simplify production flow.

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The Duplex Milling Machine TH-700 adds another layer of productivity for manufacturers processing plates, blocks, mold bases, and multi-side metal parts. [https://www.goodagroup.com/Duplex-Milling-Machine-TH-700-pd507988738.html] The TH-700NC is designed for four-side milling and four-edge chamfering in a single setup. According to GooDa's product page, the machine uses a rigid HT300 cast iron base and allows operators to input workpiece processing data for automated four-sided machining. It is positioned to simplify operation, reduce labor input, and improve productivity while supporting precision in dimension, squareness, and parallelism.

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The TH-700NC offers a processing capacity of 30-700 mm, a 520 x 520 mm worktable, a maximum load capacity of 1200 kg, spindle motor power of 2 x 15 kW / 2 x 22 kW, spindle speed of 50-500 rpm, and cutter diameter options of 250 mm / 300 mm. The product page states that the machine can complete four-side milling by one setup and can be up to five times faster than a traditional milling machine, with squareness of



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