Conprofe Technology Co., Ltd.

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

Conprofe's propriety cutting tools for aviation composites are buit on the foundation of traditional solid carbide cutting tools. The product line includes ultrasonic straight-edge cutting blade, ultrasonic cutting disc, ultrasonic assembled cutting tool, and profile cutting disc.

Conprofe consistently upholds unique manufacturing processes and stringent quality control, earning wide recognition from precision manufacturers worldwide. Our composite cutting tools enable high-efficiency and high-quality machining of aviation composites such as Nomex honeycomb, aluminum honeycomb, glass fiber honeycomb, PBO honeycomb, carbon fiber preform, leather, foam, and carbon-fiber laminates.

Ultrasonic Press-Fit Tool Holders: 3-times radial runout ≤ 2um, meeting high-quality and high-speed machining; ≥ 2 times higher than the clamping torque of ordinary tool holders; Stable clamping repeatability; Clamping cycles ≈ 20,000 for 2-5 years of normal use; Extended tool life and improved surface quality; One-button tool clamping with special machine.

Ultrasonic Shrink-Fit Tool Holders: Clamp the tool according to the principle of thermal expansion and contraction. Heat the tool holder with the Shrink-Fit Unit and then insert the tool when the inner hole of the tool holder expands. After cooling down, the tool holder contracts and thus clamps the tool tightly. Directly clamps the cutting tool without mechanical connecting components such as collets and nuts. Therefore, it is ideally suitable for high-speed machining with high accuracy, dynamic balance and clamping rigidity.