High-precision Technological Breakthroughs in CNC Machining

In the field of precision manufacturing, turn-mill compound machining is reshaping the boundaries of traditional processes. By integrating turning and milling functions into a single piece of equipment, this technology enables the completion of multi-process machining of complex parts in one setup, significantly reducing positioning errors and clamping time. Taking aerospace titanium alloy components as an example, traditional processes require multiple machine tools for step-by-step production, while compound machining can shorten the production cycle by up to 40% and improve precision to the micrometer level. Its core advantage lies in process intensification: the synchronous movement of rotating cutting tools and workpieces allows for the machining of special-shaped curved surfaces, deep holes and other features that are difficult to achieve with traditional lathes. With the popularization of five-axis linkage technology, compound machining has become the key to breaking through the dual limits of efficiency and precision, driving the transformation of the manufacturing industry toward intelligence and flexibility.

Metal Surface Finishing "Mystery Box": Can You Guess What This Technology Is?

Metal surface finishing processes are infinitely varied, like so many mysterious "mystery boxes" waiting for you to uncover the technological secrets behind them.

Case 1 The metal surface is as smooth as a mirror, featuring clear reflectivity and strong corrosion resistance. This may be the electroplating process, which forms a uniform coating through electrolysis and achieves both aesthetics and durability.

Case 2 The metal boasts unique textures and colors, with a delicate touch and artistic appeal. This might be the micro-arc oxidation technology, which generates a ceramic layer via electrolysis to endow the metal with a distinctive appearance.

Case 3 The surface has tiny bumps and dents, offering excellent wear resistance and slip resistance, and is thus often applied to industrial components. This could be sandblasting treatment, which creates a rough surface by spraying abrasives at high speed to enhance functionality.

CNC Machining for a Brand’s Mobile Phone Case: Dual Breakthroughs in Precision and Efficiency

The flagship smartphone of an international brand adopts an integrated aluminum alloy middle frame design. Its shell machining needs to meet both the 0.01 mm-level precision requirement and the mass production target of 10,000 units per day simultaneously. With five-axis linkage CNC equipment and an adaptive cutting algorithm, the one-time forming of complex curved surfaces is achieved, integrating the traditional multi-step processes into a single machining operation and increasing the yield rate to 99.8%.

The innovation lies in a dynamic compensation system that monitors tool wear in real time and adjusts cutting parameters via AI, increasing machining efficiency by 40%. Meanwhile, nanoscale polishing technology reduces the surface roughness to Ra 0.2 μm, meeting the texture requirements of high-end models. This case marks the collaborative breakthrough of CNC machining in both precision and efficiency within the consumer electronics sector, setting a new benchmark for precision manufacturing.

Shenzhen Industrial Man Rapid Prototyping Technology Co., Ltd. was founded in 2004. Rooted in Shenzhen, China and radiating to global markets, the company specializes in providing end-to-end customized solutions for OEMs worldwide, covering three core segments: automotive styling design, model/show car machining, and low-volume body trial production. It empowers customers to efficiently advance product R&D and implementation.

We boast an extensive production layout, with modern manufacturing facilities located in three major regions: Shajing (Shenzhen), Humen (Dongguan) and Huangshi (Hubei). Covering a total area of over 20,000 square meters, these facilities are equipped with a professional technical team and more than 500 sets of specialized equipment, including CNC machines, turn-mill compound machines, vacuum casting machines, bending machines, five-axis robotic arms, 2,000-ton hydraulic punching machines and large-scale five-axis machining centers. This setup ensures stable production capacity and consistent product quality. Adhering to the philosophy of professionalism, efficiency and innovation, we have established partnerships with major automotive manufacturers such as Mercedes-Benz, Volkswagen, Toyota, BYD and XPeng.

Gongye Ren Rapid Prototyping Technology Co., Ltd. is at your service 24/7! Enquiries are warmly welcomed!

Tel：13602550056

Service Hotline：0755-81734556

Email：gyr02@gyrmodel.com

Company Address: 19/F, Ruijun Building, No.108 Zhongxin Road, Shangxing Community, Xinqiao Sub-district, Bao'an District, Shenzhen

Humen Factory Address: Building 6, No.9 Pujiang Road, Daning Community, Humen Town, Dongguan City

Hubei Factory Address: No.2 Guanggu Avenue, Tieshan District, Huangshi City, Hubei Province, Gongye Ren Rapid Prototyping