Custom CNC engraving machine

The MD3600F-PTP Woodworking CNC Five-Sided Drill can complete vertical, horizontal, and side drilling, milling, and cutting of sheet metal in a single operation, significantly improving production efficiency and processing accuracy. The machine's table utilizes a German Schmalz vacuum adsorption system, equipped with multiple zoned suction cups, allowing for flexible adjustment of the adsorption area according to the sheet metal size, ensuring no displacement of the sheet metal during high-speed processing. The machine employs pneumatic locking technology to further enhance the stability of the sheet metal and reduce processing errors caused by vibration.

The M2-4 Profile Special Machine is suitable for various industrial profiles and other rigid materials. It can complete the milling of guide rail surfaces, rack surfaces, and mounting holes in one pass. The table is made of aluminum T-beams and uses a pneumatic clamping system. The clamping force is uniform and adjustable, and the profile can be fixed in seconds. There are four clamping positions at each end, allowing four products to be processed simultaneously on one end. The other end can be used for loading and unloading, which can directly increase your work efficiency by 30%.

The LB-4T-1325 Four-Spindle CNC Router is suitable for processing diverse and complex products or various machining models, with a wide range of applications: it can perform routing, drilling, cutting, guillotine milling, sawing, etc. The LB-4T-1325 Four-Spindle CNC Router essentially integrates the functions of four single-head CNC engraving machines, allowing for the simultaneous processing of four identical workpieces, or the collaborative completion of four different processes. Compared to single-head machines, batch processing efficiency can be increased by nearly four times, making it particularly suitable for the rapid delivery of large-volume orders.

The M12-1540 CNC Milling Machine For Metal/Aluminum (hidden tool magazine) is suitable for precision machining of various materials such as metals (e.g., aluminum, copper, stainless steel), acrylic, and stone. It features a gantry-type moving structure, facilitating drilling and milling operations. The M12-1540 CNC Milling Machine For Metal/Aluminum (hidden tool magazine) employs a concealed tool magazine, avoiding tool exposure, reducing external interference (such as dust and oil), lowering the risk of tool contamination and wear, and extending tool life.

The LB-1325Z Immersion CNC Metal Router is a specialized CNC machine designed for the stone processing industry. It is primarily used for milling, cutting, and polishing slabs of natural granite, marble, and quartz stone, and is a key piece of equipment in the standardized production of modern kitchen and bathroom countertops. The core advantage of the LB-1325Z Immersion CNC Metal Router lies in its heavy-duty design. The entire machine utilizes a seamless welded structure made of large square tubing, which undergoes aging treatment to eliminate internal stress, ensuring the bed is robust and does not deform. The worktable is backed with thick steel plates, providing extremely high load-bearing capacity, capable of stably supporting large stone slabs weighing hundreds of kilograms or even tons. This high-rigidity machine design ensures that the machine tool does not vibrate or deform during heavy cutting processes, laying a solid foundation for high-precision machining.

The LB-1325 3D CNC Relief Carving Machine is suitable for large-area single-line milling, 3D relief carving, cutting, and drilling of solid wood, MDF, and plywood. It can be used to carve relief patterns and openwork designs (such as screens and cabinet doors). The LB-1325 3D CNC Relief Carving Machine bed is welded from thick-walled square tubing and machined using a giant gantry milling machine. The vertical walls are made of all-steel for enhanced stability.

The M-2T-1325 Dual-process CNC Router is a high-efficiency CNC machining center equipped with two independent spindles. Its core function lies in optimizing the machining process through the coordinated operation of the two spindles. Different tools can be pre-installed on the two spindles to perform different tasks such as roughing, finishing, cutting, or grooving. During machining, the system automatically switches between the working spindles according to the settings, avoiding the tedious process of frequent machine stops and manual tool changes, and achieving automatic process transitions.