[INQ. NO. 2603M02] DMC is a specialized machine tool manufacturer with an 80-year legacy, tracing its roots back to Daegu Heavy Industries founded in 1944. Headquartered in Changwon, South Korea, the company leverages decades of precision-machining expertise to export its own branded products to over 25 countries worldwide.
Its core business focuses on producing high-precision equipment such as CNC lathes, machining centers, and tapping centers ― while also providing comprehensive smart factory automation solutions for the automotive and semiconductor industries.
As the first company in Korea to produce machine tools, it continues to build strong industry trust through its own DMC brand, delivering high-quality equipment and innovative manufacturing services.

High-precision Grinding Lathe
DMC’s DL 600GBII is a high-precision grinding lathe optimized for machining high-hardness and brittle materials (high-precision silicon, quartz, SiC, ceramics, etc.) essential for the semiconductor manufacturing process. This product can precisely process various difficult-to-cut materials used in semiconductor component production.

The main specifications include a high-rigidity Box Guideway method for both the X and Z axes to minimize vibration and enhance stability, with a 45˚ bed inclination angle. The swing over the bed and maximum machining diameter is Φ600 mm. The travel distance (X/Z) is 380 / 450 mm, and fast transfer speed is 20/24 m/min. It uses a 12-inch spindle chuck with a maximum spindle speed of 500 rpm.
This high-rigidity structure and precision-maintaining design ensure the exact precision required for semiconductor quartz and SiC machining. Furthermore, for larger machining needs, the lineup can be expanded with the higher-end DL 800GBII model, with a maximum machining diameter of Φ800 mm.

CNC Vertical Lathe
DMC’s DL 600VGB is a high-precision vertical grinding center designed to maximize the benefits of a vertical architecture, distinguishing itself from the slant-bed DL 600GBII. Because the workpiece is mounted vertically, it is advantageous in preventing sagging due to gravity and maintaining precision when machining large or heavy semiconductor quartz/ceramic parts.
This machine specializes in processing high-hardness and brittle materials for semiconductor processes, such as high-precision silicon (Si), quartz, silicon carbide (SiC), and ceramics. The application of high-rigidity box guideways to the X/Z axes effectively absorbs vibrations generated during machining and provides powerful grinding capabilities.

Key specifications include a maximum machining diameter of Φ600 mm. For spindle performance, a high-speed grinding spindle capable of up to 6,000 rpm is equipped for quartz and ceramic machining, ensuring precise surface finish. Furthermore, a specialized coolant system is included to efficiently discharge fine dust (sludge) generated during grinding, enhancing equipment durability.
The biggest difference from the existing model, the DL 600GBII, lies in its structural form. The DL 600GBII features a 45-degree slanted bed structure for easy chip evacuation and operator accessibility, while the DL 600VGB features a vertical structure, offering greater mounting stability and space efficiency when machining larger, heavier parts.

Double-head Vertical Machining Center
DMC’s DVD8200 is a duo-head vertical machining center featuring two spindles in a single body, delivering over double the productivity compared to two single-head machines.
This machine supports a wide table measuring 1,200 x 820 mm and a maximum load of 1,200 kg, making it ideal for mass production of medium- to large-sized precision parts.
Technically, the U-axis control function allows for fine horizontal compensation of the distance between the two spindles. This effectively controls precision errors that may occur while performing the same task, thereby significantly reducing fixture setup time.

Additionally, it is possible to reduce the occupied area by approximately 40% compared to installing two pieces of equipment separately, resulting in excellent space utilization within the factory. In addition, the application of high-rigidity roller guideways ensures stable vibration absorption and precision even during high-speed processing.
This high-efficiency structure provides economic benefits by reducing initial investment costs by approximately 25% when building an unmanned automated line using robots or loaders, and delivers optimal mass-production performance in a smart factory environment.

CNC Vertical Machining Center
DMC’s DVM 6500 is a high-rigidity vertical machining center designed to simultaneously achieve powerful cutting and high-precision machining. It is a best-selling model that covers a wide range of applications, from mold and die machining to general parts processing.
This machine boasts significantly enhanced rigidity compared to conventional general-purpose machines and features high-rigidity box guideways on all X, Y, and Z axes, ensuring excellent vibration absorption and stable precision during heavy-duty cutting.
Its high-torque spindle ensures superior Metal Removal Rates (MRR) for hard materials like steel and cast iron, while minimizing changes in precision by effectively controlling thermal displacement even during long processing. The machine offers a generous 1,270x670x635mm travel range, a 1,400x670mm table, and a load of up to 1,000kg.
The main spindle supports up to 8,000 rpm as standard and 12,000 rpm as an option, and it has a 30-tool storage and BBT40 format to maximize machining efficiency.
Additionally, the machine offers enhanced operating convenience through a wide processing space and user-friendly control panel ― and various options, such as through-spindle coolant and automatic measurement sensors, allow for customized configurations optimized for the work environment.
The DVM 6500 boasts superior structural rigidity, enabling stable rough grinding and finishing on a single machine. Thanks to its box guide structure with a large friction surface, the DVM 6500 boasts a long machine life and excellent precision retention.

Based on these advantages, it plays a key role in the processing of automotive engine parts, industrial machine housings, as well as in injection and press-mold processes. In particular, it is highly regarded as a machine that possesses both precision and power in the mass- production of medium and large parts by utilizing a wide travel distance of 1,200 mm.
 
 
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