The ESY750M series CNC lathe adopts a box-shaped structure bed, which is made of high-strength HT300 cast iron. It has a dense structure, good strength, appropriate hardness, low friction coefficient, and self-lubricating properties. It adopts a 30° inclined layout and an integral box structure of the base bed. It greatly enhances the overall rigidity and stability of the machine tool, and has the function of absorbing vibration, reducing tool loss and improving workpiece quality. It has a high performance-price ratio, the layout of the whole machine is compact and reasonable, and its high speed, high precision, high rigidity and rich configurations provide users with high efficiency and high reliability guarantee in use.

The machine adopts box-shaped structure lathe, high-strength HT300 cast iron, with dense structure, high strength, appropriate hardness, low friction coefficient and self-lubricating properties. The machine has overall rigidity and stability, and has a vibration absorption function, which reduces tool wear and improves workpiece quality. The compact and reasonable layout, high speed, high precision, high rigidity and rich configurations provide users with guarantees of efficiency and reliability in use.

The CBS500 CNC five-axis vertical machining center is designed for high rigidity, precision, and efficiency. Its structure isolates XYZ axis movement from the AC axis, ensuring long-term accuracy. The machine uses fully closed-loop control across all axes and employs finite element analysis for optimal stability. With rapid three-axis displacement at 48 m/min, a tool change time of 5.5 seconds, and a 24-hour operational tool magazine, the CBS500 handles complex two- or three-dimensional models with ease, suitable for both batch and automated production. Its advanced C80 Plus system includes a 15-inch display, dynamic graphics, intelligent alarms, and increased data processing, with 4GB storage and 3000 lines/second pre-read capacity for efficient handling of large programs.

The CP800 5-axis horizontal machining center is engineered for high precision, stability, and efficiency in complex machining tasks. Its X-axis step layout enhances load distribution, ensuring lasting precision, while a hollow screw design with internal cooling maintains dimensional stability during long or high-speed cycles. The high-rigidity fuselage and integrated bed structure minimize deformation, improving machining accuracy and surface finish. Linear roller guides on the X, Y, and Z axes support heavy-duty cutting, and a 45° single-axis swing head enables wide-angle processing for aerospace and automotive applications. With a moving crossbeam structure, precision clamping table, double-shoulder horizontal swing head, laser tool setting, and online detection, the CP800 is ideal for high-demand industries like aerospace and automotive.

The CNC gantry machining center GF3020 has the characteristics of high rigidity, high precision and high efficiency processing. The integrated gantry design increases the contact area with the column mounting base, which can greatly enhance the bending and torsional strength of the gantry; the workbench adopts a reasonable slider span and is surface quenched to make the workbench evenly stressed and improve the hardness. ; The base is designed with golden ratio reinforced ribs to ensure uniform stress on the guide rail support surface and ensure the overall accuracy of the workbench operation; the whole machine adopts the best structural design to provide the best overall stability performance.

Flywheel Specific CNC Lathe - HG40/50L is a high-end CNC machine tool specifically designed for efficient and precise machining of flywheels. It integrates a high-rigidity structure, multifunctional machining capabilities, and intelligent configurations. With a 45° inclined integral bed design, combined with a servo-powered turret and modular power head options, it can comprehensively meet the compound machining requirements of flywheels, including drilling, tapping, chamfering, and centerline milling. It is suitable for the production of high-standard components in industries such as automotive, marine, and power generation equipment.