After completing the processing of structural components for integrated chassis products, complete machine assembly begins. OREA Engineering engineers work closely with manufacturing factories to provide customers with turnkey, end-to-end design, engineering, complete machine assembly, certification support, and manufacturing services, all of which are centralized under a unified management. We are responsible for the entire project from the initial design stage to complete assembly, testing and certification, supply chain and inventory management, manufacturing, transportation and logistics, and end user delivery.

Cabinet installation includes basic components such as upper and lower frames, columns, door panels, wiring racks, PDUs, slide blind plates, etc. The seamless connection between the assembly of the entire cabinet framework and the assembly of structural components improves communication and accessibility among all stakeholders, and ensures high-quality services with the fastest turnaround time and cost-effectiveness. OREA Engineering technology can ensure that the cabinet structure is carefully constructed to perfectly accommodate printed circuit board components, user interfaces, interconnecting cables, and wiring harness components, while meeting design specifications and applicable safety standards.
In our assembly area, we use screws, welding, and adhesives to assemble your assembly components in the production area and connect them to all related components such as discs, seals, drive components, and electronic devices.

With our vast and trustworthy supplier network, we can purchase all necessary high-quality and reliable components within tight delivery times and specified budgets. We provide boxed assembly services for complex distributed systems with multiple integrated PCBs, displays, control panels, switches, submodules, and backboards, ranging from small wearable devices. In addition to assembly, we also provide testing services (functional testing), quality control and assurance, inventory management and logistics, packaging and transportation.

Circuit testing of the entire machine: including whether the wiring of hardware, power supply, fans and other components is correct, whether the power supply is short circuited, and the installation of components. Perform open circuit and short circuit tests first to ensure that there will be no short circuit after power on. If the testing points are set up properly, you can achieve twice the result with half the effort. Troubleshooting: For a complex system, it is not easy to accurately identify faults in a large number of components and circuits. The general process of fault diagnosis starts from the phenomenon of the fault, and through repeated testing, analysis and judgment are made to gradually identify the fault.