CONPROFE TECHNOLOGY GROUP CO., LTD.

Exhibitor at SEMICON Taiwan 2026 · Booth P5524

Booth P5524Country CN9 product topics
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BoothP5524
CountryCN
Websitewww.conprofetech.com/en/productLayout.html
Exhibitor profile

Company profile

CONPROFE TECHNOLOGY GROUP CO., LTD. traces its development to 2003 and provides efficient, green, and intelligent manufacturing solutions and key components, with an industrial layout spanning high-performance tools, key components, CNC machine tools, and automation. Its customers cover precision-manufacturing fields including semiconductors, aerospace, healthcare, automobiles, consumer electronics, education, molds, and general machinery. The group is headquartered in Guangzhou Science City and has sales and technical-service centers across seven major regions in China. Its overseas research and development, sales, and service systems include locations in Hong Kong, Taiwan, South Korea, Japan, Switzerland, the United States, Germany, India, and Vietnam, and its products are exported to more than 70 countries and regions across six continents. CONPROFE TECHNOLOGY GROUP CO., LTD. has two national high-tech enterprises, a frontier-technology research institute, and a Guangdong engineering-technology center, and it maintains a portfolio of core-technology patents. An expert group led by members of the Chinese Academy of Engineering assessed its main product technologies at an international-leading level, and the group has received awards including Guangdong Science and Technology Progress prizes, the Guangdong Patent Award silver prize, the China Patent Award excellence award, recognition for epidemic-prevention material support, and recognition as a leading private enterprise in Guangzhou. Its development has moved from part-level products through component-level products to whole-machine products while keeping efficiency, green manufacturing, and intelligence as core themes. The group organizes its product architecture around high-end ultrasonic-green CNC machine tools, key units and intelligent equipment for CNC machine tools, and ultrasonic-green equipment and precision tools.

Exhibitor profile

Exhibits

Its Ultrasonic-Green Equipment and Precision Tools range includes ultrasonic machining equipment, green cutting systems, solid-carbide cutting tools, super-hard cutting tools, and precision tool holders. The machine-tool range covers 4 major series, 20 machine types, and 282 specifications, including dual-spindle machining centers, drilling-and-milling centers, engraving-and-milling centers, mold-machining centers, graphite-machining centers, vertical machining centers, vertical deep-hole-drilling centers, horizontal deep-hole-drilling centers, vertical deep-hole-drilling centers, horizontal six-axis deep-hole-drilling centers, and horizontal turn-mill centers. The same 20-type range also includes light vertical five-axis machining centers, vertical five-axis simultaneous machining centers, vertical five-axis graphite machining centers, vertical mill-turn five-axis simultaneous machining centers, vertical mill-grind combined machining centers, horizontal five-axis simultaneous machining centers, vertical-horizontal-conversion five-axis simultaneous machining centers, turn-mill combined five-axis simultaneous machining centers, gantry five-axis simultaneous machining centers, and gantry machining centers. Its high-end ultrasonic-green CNC system includes five-axis simultaneous gantry, vertical, turn-mill, and horizontal machining centers, together with three-axis vertical, engraving-and-milling, drilling-and-milling, deep-hole-drilling, and horizontal-turning centers. Named five-axis and gantry machines include UGV1000-5AXIS, UGV1250-5AXIS, UGV200-5AXIS, UGV400-5AXIS, UGV500-5AXIS, UGV650-5AXIS, UGV800-5AXIS, ULH400-5AXIS, UGG4020-5AXIS, UGG-1613, and UGG-3025. Named engraving, milling, graphite, vertical, and drilling-and-milling machines include URB-400, UHB-400, UGM-500, UGM-600, UGM-800, UGM-1200, UPG-600, UPG-500, UGV-1165, UGV-500, UGV-856, UGT-1200, UGT-500, and UGT-700. Key units and intelligent equipment include precision CNC rotary tables, CNC machine-tool magazines, and tool setters, with named products such as FCS-170B, NC-20, FOH-270K, DH2-S120B, DA1-L90A, DC2-S170I, DF2-S170B, and a non-contact tool-alignment instrument. Ultrasonic-green tool products include ultrasonic spindles, handheld ultrasonic air drills, intelligent ultrasonic generators, ultrasonic turning tools, ultrasonic collet holders and cold-press or shrink-fit holders, together with green-cooling systems and precision cutting tools. Green-technology products include MQL cooling systems MEM102, MIS101, MIM101, and MEM201, a low-temperature cold-air cooling system, and a supercritical-carbon-dioxide low-temperature cooling system. Super-hard and threading tools include single-crystal high-gloss profile milling cutters, integrated PCD drill bits, integrated PCD ball-end milling cutters, MCD diamond single-crystal cutting tools, high-gloss flat-bottom milling cutters, integrated PCD thread milling cutters, integrated PCD micro-blade flat-bottom milling cutters, straight-groove taps, M6 × 1 TiN-coated leading taps, spiral taps, SFT, extrusion taps, and high-end OP-series taps. The ultrasonic-machining principle converts high-frequency electrical energy into mechanical vibration and applies 16-60kHz vibration while the tool rotates, creating periodic separation between tool and workpiece to suppress microcracks, reduce cutting force, improve efficiency, extend tool life, reduce burrs, and improve surface quality. Its supercritical-carbon-dioxide low-temperature cooling technology operates at -78°C and is reported to increase machining efficiency by 50%~100% when addressing difficult-to-machine materials. For hard-brittle materials, the company reports mirror-finish machining of silicon-carbide ceramic molds at Sa 5nm, a threefold improvement in ceramic-cavity surface quality, and planar roughness below Ra 0.08μm for sapphire and glass. An ultrasonic dual-spindle engraving-and-milling machining center uses two independently controlled ultrasonic spindles to machine two parts simultaneously in one clamping, and in carbon-ceramic composite brake-disc processing it is reported to improve tool life by 33.3%, shorten machining time by 54%, and limit edge chipping to 0.07mm.

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