Intelligent Manufacturing

Service Overview

OEMach has been deeply engaged in the field of intelligent equipment parts manufacturing for many years. Leveraging advanced machining expertise and industry-leading smart production equipment, we are committed to providing global customers with one-stop, high-precision, and high-quality parts manufacturing solutions. In the development of precision molds, we leverage our professional design team and cutting-edge CAD/CAM technologies to efficiently transform creative concepts into physical molds. When faced with complex component processing requirements—whether it’s micro- and nano-fabrication techniques such as photolithography and etching for tiny electronic parts, or precision machining methods like turning, milling, and grinding for mechanical structural components—we can consistently deliver precise results, drawing on our extensive experience and advanced equipment.

We have established a rigorous and comprehensive end-to-end quality control system. This includes raw material procurement inspection, real-time monitoring of part dimensions, shapes, and electrical properties throughout production using high-precision equipment such as coordinate measuring machines and optical inspection devices, and multiple sampling inspections before finished products leave the factory. These measures ensure that every component meets strict international standards as well as our customers’ specific requirements.

In terms of application fields, OEMach's services cover a wide range of industries. We reliably deliver precision parts for diverse products, including metal frames and camera module brackets for smartphones, flexible PCBs and precision sensor housings for wearable devices, and electric motor gears and smart lock components for smart home equipment—all made possible by our professional capabilities and commitment to accuracy. With a high yield rate, rapid delivery times, and excellent after-sales service, OEMach has become a trusted long-term partner for numerous smart device brands and manufacturers. We continue to inject strong momentum into the robust growth of the smart device industry, driving technological innovation and quality upgrades across the sector.

Form

Material Process

Material selection is based on the design requirements and functional needs of smart devices, taking into account properties such as electrical conductivity, thermal conductivity, strength, and flexibility. Next, process planning is carried out. For miniature electronic components, micro- and nano-fabrication techniques such as photolithography and etching may be used; for mechanical structural parts, precision machining methods like turning, milling, and grinding are employed. Throughout the manufacturing process, high-precision inspection equipment is used to monitor dimensions, shapes, electrical properties, and other critical parameters in real time to ensure component quality. Finally, the components undergo surface treatment—such as plating or coating—according to their intended application scenarios, thereby improving their corrosion resistance, wear resistance, and overall appearance.

Processing of intelligent device components - Precision component processing manufacturer | OEMach

Processing Materials

Contains materials such as aluminum alloy, engineering plastics, copper and copper alloys, and silicon

Aluminum alloys

with their low density, high strength, and excellent heat dissipation, are widely used for smart device housings and thermal management components. For example, 6061 aluminum alloy can be precision machined to produce lightweight yet robust smartphone shells and computer chassis. Its superior heat dissipation helps ensure stable operation of the internal electronic components in smart devices.

Engineering Plastics

Engineering plastics such as polycarbonate (PC) and acrylonitrile-butadiene-styrene (ABS) feature lightweight properties, excellent moldability, and superior insulation. They are commonly used in the production of internal structural parts, buttons, and decorative elements for smart devices. Injection molding enables the fabrication of complex shapes, meeting the diverse design requirements of smart devices.

Copper and Copper Alloys

Copper is prized for its outstanding electrical and thermal conductivity, while copper alloys such as brass and bronze also offer excellent mechanical properties. These materials are widely used to manufacture circuit boards, connectors, and heat-dissipating copper tubes for smart devices, ensuring stable internal signal transmission and efficient heat dissipation.

Silicon

As a semiconductor material, silicon serves as the foundational material for manufacturing core electronic components such as smart sensors and microprocessors. Using semiconductor processes such as photolithography and doping, silicon can be processed into miniature chips and sensors with specific electrical properties, enabling sensing and processing functions in smart devices.

Application Fields

Applied in consumer electronics, smart homes, industrial automation, and intelligent transportation respectively

Consumer Electronics: Precision components for devices such as smartphones, tablets, and smartwatches—including display bezels, camera module brackets, and battery covers—are manufactured. The high-precision machining and refined design of these components enhance the visual appeal and user experience of consumer electronics products.

Smart Home: This involves the machining of components for devices such as smart locks, smart cameras, and smart appliances. For example, mechanical parts like lock cylinders and handles for smart locks, as well as lenses and housings for smart cameras, all ensure the security, reliability, and functionality of smart home devices.

Industrial Automation: This includes the machining of intelligent control modules, sensors, actuators, and other components used in industrial robots and automated production line equipment. High-quality processing of these components guarantees the precise control and efficient operation of industrial automation systems, thereby improving both the efficiency and quality of industrial production.

Intelligent Transportation: This covers the manufacturing of components for autonomous driving sensors (such as radar and cameras) in smart vehicles, vehicle networking devices, and smart traffic lights. The application of advanced manufacturing technologies in these components drives the development of intelligent transportation, enhancing safety and convenience in traffic systems.