Professional CNC Router 1300×2500

Detailed Product Review

The Professional CNC Router 1300×2500 is a numerical control machine that operates on the principle of converting geometric data created with computer-aided design (CAD) software into G-code format via computer-aided manufacturing (CAM) software, and then transferring it to the machine. This system offers high-precision movement capability in the X, Y, and Z axes, allowing the material to be processed to be positioned with millimeter accuracy in three-dimensional space and the cutting tool to move along specified trajectories. The primary function of the machine is to remove material using rotary cutting tools (milling bits) to create the physical form of the designed final product. The large 1300×2500 mm working area allows for the processing of large-format sheet materials in a single setup, minimizing the need for part assembly and increasing process continuity. The 200 mm Z-axis travel provides sufficient clearance for processing thick materials or performing deep engraving operations, expanding the machine’s application versatility.

The mechanical structure of the MS1325 model CNC Router is designed to provide industrial-standard rigidity and stability. The fully welded, one-piece steel chassis absorbs vibrations that may occur under dynamic loads, maintaining processing accuracy and optimizing surface quality. The independent control box isolates sensitive electronic components from the working environment’s dust, humidity, and temperature fluctuations, extending the system’s reliability and lifespan. The motion systems are driven by a combination of YCC brand helical gear rack and pinion on the X and Y axes. This system provides higher torque transfer, lower noise levels, and smoother motion characteristics compared to straight gears due to a larger tooth contact surface. The Z-axis utilizes a TBI2510 model ball screw mechanism, which ensures superior precision and repeatability in vertical positioning with minimal friction and backlash-free operation. Integrated Hiwin type 20 mm square linear guides on all axes offer high load-carrying capacity and long-lasting, stable motion performance, guaranteeing the machine’s accuracy even under heavy cutting conditions. This integrated engineering approach makes the machine suitable for industrial applications requiring high precision and efficiency, such as furniture manufacturing, advertising, mold making, and composite material processing.

Large Working Volume and Material Efficiency: The 1300 mm x 2500 mm x 200 mm effective working area allows standard industrial sheet materials to be processed in a single operation. This eliminates the need to cut large-scale parts into smaller pieces and minimizes tolerance accumulation from assembly. The large table size also enables more effective use of “nesting” optimization algorithms, allowing multiple small parts to be positioned on a single sheet with minimal waste. This engineering approach increases material utilization, reduces per-part production costs, and significantly enhances time efficiency in mass production. Furthermore, reduced setup and tool change requirements increase overall operational efficiency.

Superior Mechanical Rigidity and Precision: The machine’s one-piece welded steel chassis provides high rigidity under static and dynamic loads, minimizing deformations and vibrations caused by cutting forces. This structural integrity plays a critical role in maintaining processing accuracy and surface quality, especially when operating at high speeds and with aggressive cutting parameters. The YCC helical gear rack systems on the X and Y axes offer backlash-free and smooth motion transfer due to continuous tooth contact, enabling high-speed operation…