Conprofe Technology Co., Ltd.

Equipped with a self-developed Intelligent Ultrasonic Machining System to tackle the challenges in machining hard-to-cut materials

High-speed (18,000-50,000rpm) ultrasonic electric spindle

Two kinds of screw guide protection optional to meet machining needs of hard-brittle materials and metal materials

Stable high-precision machining with positioning accuracy of 5um and repeatability of 3um

Double-layer workbench design using cast iron and aluminum materials, providing rust resistance while ensuring worktable rigidity

Expandable tool magazine

Gantry frame structure, with reasonably designed moving parts, ensuring enhanced accuracy and improved dynamic performance of the machine tool

Thermally symmetrical structure designed using finite element analysis (FEM) effectively minimizing thermal deformation impacts while ensuring the high rigidity required for sustained long-term precision

Employing cast iron with excellent vibration-damping properties, which features outstanding dynamic cutting performance, stability, reliability, and strong applicability

X/Y/Z-axis with water cooling system to eliminate the thermal impact on machine tool precision

Effectively reducing cutting forces by periodic contact and separation of tool and the workpiece with ultrasonic vibration

Improving chip breaking and evacuation

Promoting heat dissipation to lower cutting temperature

With significant advantages in machining hard-brittle materials, composite materials, and hard-to-cut metals

Effectively addressing issues such as chipping, poor surface quality, and ultra-deep micro-hole machining

Achieving high-efficiency and high-precision machining