With a high-rigidity and high-precision structural design, the new generation of small vertical machine MV134 has been developed to meet the market demand for high processing efficiency and space-saving. This model adopts a three-axis high-precision linear slide rail design with a travel of 661/572/560mm. The machine has excellent performance and is easy to operate, offering more flexible space usage and higher production efficiency.
The MV2 series offers X-axis travel ranging from 1,270 mm to 2,040 mm and provides a variety of spindles to meet users' needs for processing multiple workpieces. The MV2 series is specially designed for high rigidity and high performance. To meet different processing requirements, we offer a wide range of specification options. In addition, the humanized control panel design enhances the convenience for customers.
The MV2 series offers X-axis travel ranging from 1,270 mm to 2,040 mm and provides a variety of spindles to meet users' needs for processing multiple workpieces. The MV2 series is specially designed for high rigidity and high performance. To meet different processing requirements, we offer a wide range of specification options. In addition, the humanized control panel design enhances the convenience for customers.
It comprehensively corresponds to difficult-to-cut materials and high-speed processing, demonstrating heavy cutting processing capabilities.It combines high speed, high torque, high removal rate efficiency and achieves stable high-precision processing. MV235P, with a large-diameter screw. The Y-axis four-line guide adopts an integrated base. The unique design of the column shoulder ensures that the load of the tool magazine does not cause deformation of the column. The six chip rolling screws inside the machine are combined with an external lifting chip conveyor design to achieve high-efficiency chip removal performance and can be optionally equipped with a filter bag machine.
The high-performance MF series multi-faceted / 5-axis vertical machining centers are suitable for small and medium-sized complex high-quality parts and are mainly used in aerospace, automotive, medical, and mold applications. From rough machining to fine machining, the MF series reduces the workpiece setup time and overall processing time, while improving processing quality and accuracy. The rotary worktable features a high-precision and high-rigidity structure with a strong clamping force. The independent slide mechanism is symmetrically designed with the rotary table, providing better stability. At the same time, it avoids the situation where a dual-axis rotating table is placed on the general vertical three-axis machine tool worktable, which would result in an excessively short Z-axis travel, and it also limits the defects of the processing objects for the customers.The design of the MF series is easy to operate, and even beginners without experience in multi-faceted / 5-axis processing can easily get started.
The MF700 adopts a moving column C-shaped structure with a design of three overlapping axes and two separated rotating axes. Compared with the "actual" strength of the same configuration on the market, it is further optimized by FEM to produce products that meet the rigidity requirements of Taiwan Quaser Maching Center. The three axes are isolated from the cutting zone to avoid cutting contamination and facilitate maintenance and repair.
The UX500 features high rigidity, high precision and high efficiency, and also has the advantages of simple operation and high floor efficiency. The symmetrical design ensures the rigidity of the machine tool, thereby achieving better damping performance and lower thermal displacement. Modular design allows for the expansion of machine configuration according to application requirements.
The UX630 has a B-axis +/- 120 degrees and an X-axis 900mm processing stroke, which conforms to the true diversity and flexibility of five-axis processing. The position of the centralized lubrication and air compressor distribution plate is convenient for the regular maintenance and upkeep of the machine
