Noise and vibration carry valuable operational information across manufacturing industries. These signals influence product comfort, structural durability and compliance outcomes. The noise and vibration analysis system is an integrated test platform built to capture and interpret dynamic acoustic and vibration signals. It aligns with widely recognised international test standards and works well alongside anechoic chambers, reverberation chambers and transmission loss laboratories, delivering traceable measurement data for engineering teams in Southeast Asia. Many R&D teams face challenges when evaluating multi-source noise and structural vibration. Simple sound level meters and subjective listening cannot easily separate individual noise contributions or pinpoint hidden issues such as resonance, bearing irregularities and structure-borne vibration. It becomes difficult to evaluate the real effect of design adjustments on prototypes. This system synchronises data from microphones and accelerometers, supporting FFT spectrum analysis, transfer path analysis, modal testing and order tracking. It converts invisible acoustic and vibration signals into readable spectrum graphs, waterfall plots and time-domain waveforms, helping engineers trace root causes step by step. New energy vehicle manufacturers use it for NVH evaluation of drive motors, gearboxes and chassis components to refine interior acoustic comfort during prototype development. Home appliance brands run comparative tests on air conditioners, washing machines and vacuum cleaners to assess air duct and damping modifications. Suppliers of industrial fans, water pumps and generator sets rely on continuous vibration monitoring to track equipment condition and refine maintenance plans. Rail component manufacturers and accredited testing laboratories also adopt this system for type approval and environmental vibration surveys to generate standard-compliant test reports. We tailor configurations according to test scenarios, channel count, frequency range and site conditions. Our service scope covers sensor selection, hardware integration, software commissioning, on-site calibration and technical training. The system can be deployed as a fixed laboratory setup or configured as a portable unit for factory floor, construction site and field machinery testing. It fits diverse workflows including new product development, certification testing, end-of-line sampling and on-site troubleshooting. After handover, we provide ongoing support including instrument recalibration, software updates and technical guidance to support stable long-term noise and vibration measurement.