AIVON Delivers Reliable PCB Mass Production for Every Industry.
PCB mass production refers to the large-scale fabrication of printed circuit boards with consistent quality, precision, and efficiency. Unlike prototype runs, mass production requires highly automated equipment, stable material sourcing, and strict quality control to ensure every board meets design standards. AIVON specializes in delivering high-volume PCB manufacturing that maintains both accuracy and cost efficiency across batches.
AIVON’s production lines are equipped with high-speed SMT machines, precision drilling systems, and automated reflow soldering technology. These enable stable, high-volume PCB manufacturing with superior precision and repeatability.
Whether you need thousands or millions of PCBs, AIVON provides flexible capacity to meet your volume and timeline requirements. Our smart production scheduling ensures consistent delivery even during peak demand periods.
Every PCB undergoes multi-stage inspection, including AOI, X-ray, and electrical testing. AIVON follows IPC-A-600 and ISO 9001 standards, guaranteeing defect-free boards that meet international reliability requirements.
Our professional engineers assist customers throughout the entire process—from DFM analysis, stack-up design, and material selection to mass production optimization. This ensures smooth transition from prototype to stable, repeatable manufacturing.
Through automated production and optimized supply chain management, AIVON helps reduce material waste and shorten lead time, offering customers competitive pricing without compromising quality.
AIVON serves customers worldwide with on-time delivery and responsive support. We ensure every mass production order is backed by technical assistance, transparent communication, and continuous quality improvement.
Six layer FR4 boards provide optimized routing density and power distribution. They require precise lamination and plating process control to maintain yield and reliability.
These multilayer boards support dense circuitry with eight copper layers while maintaining controlled impedance and thermal performance.
These boards integrate multiple microvia layers to support complex routing and high signal density in advanced electronics.
Heavy copper FR4 combines thick copper layers with standard FR4 materials to deliver high current capacity and improved thermal performance in power electronics.
These PCBs feature two copper layers on an aluminum substrate with thin dielectric for thermal transfer. They support higher circuit density than single layer designs while maintaining superior heat dissipation.
