Explore production-grade SMT and mixed-technology assemblies manufactured under strict IPC quality protocols across our Shenzhen manufacturing center.








A technical examination of component integrity, thermal dissipation architectures, and manufacturing resilience in high-reliability industrial PCBA ecosystems.
Industrial assemblies carry high current densities through heavy copper layers (2oz to 6oz). Our engineering team optimizes thermal vias, copper balance, and localized heat sinks to prevent localized delamination and trace migration during peak current surges.
Under continuous industrial mechanical vibrations, solder fatigue presents the most prevalent mechanical failure. We calibrate solder paste formulations, nitrogen reflow atmospheres, and pin-in-paste DIP integration to preserve metallurgical strength.
Protecting delicate surface-mount devices from airborne sulfides, volatile organic chemicals, and direct moisture condensation requires high-adhesion conformal coatings, potting compounds, and anti-sulfuration chip components.
Centrally located in Shenzhen's core tech corridor, Aozite leverages deep localized component ecosystems, rapid prototyping logistics, and hyper-scalable automated manufacturing infrastructure.
Immediate access to Asia's dense electronics ecosystem allows rapid sourcing of passives, raw laminates, custom CNC enclosures, and tooling fixtures, collapsing development cycles from months to days.
Long-term direct factory accounts with primary semiconductor distributors (Arrow, Digi-Key, Avnet, and local authorized Chinese agents) insulate our partners from global supply constraints and counterfeit parts.
With 8 dedicated high-speed SMT lines configured with quick-change feeder trolleys, we pivot seamlessly from small-batch engineering prototypes (NPI) to high-volume commercial production without line bottlenecks.
Our senior process directors bring over two decades of front-line engineering experience in solder profile calibration, BGA reballing, fine-pitch placement, and specialized fixture fabrication for complex geometries.
Aligning Chinese manufacturing speed with North American, European, and Asia-Pacific industrial safety standards and environmental regulations.
Production lines adhere to IPC-A-610 Class 2 standard, with IPC-A-610 Class 3 designated for aerospace, automotive, and high-reliability industrial automation clients requiring zero-defect assemblies.
Complete compliance with global green initiatives. Every shipment is accompanied by lot-specific chemical test reports confirming total absence of hazardous materials.
Transparent digital lot tracking ensures end-to-end component traceability. From reel date codes down to the finished board serial number, all test data is stored for full auditing.
A rigorous, closed-loop process guaranteeing high first-pass yields (≥98.5%) on complex industrial PCBA builds.
Laser barcode marking, component verification against BOM, moisture sensitivity bake-out (MSD level monitoring), and counterfeit screening.
Automated stencil printing followed by inline 3D Solder Paste Inspection measuring 100% of pad volume, height, alignment, and bridging prevention.
Precise mounting of fine-pitch ICs, BGAs, CSPs, micro-controllers, and ultra-dense 0201 passives via high-speed multi-axis chip mounters.
10-zone nitrogen reflow oven running board-specific thermal profiles tailored to lead-free liquidus temperatures and thermal gradients.
Automated Optical Inspection for component misalignment, polarity, and wetting, backed by high-resolution X-ray inspection for non-visible BGA voids.
Precision insertion of heavy power terminals, electrolytic capacitors, and inductive coils utilizing selective and wave soldering equipment.
Custom bed-of-nails test fixtures, firmware flashing, high-voltage insulation checks, and accelerated burn-in aging under temperature stress.
Selective robotic conformal coating, final mechanical enclosure integration, cable looming, sealing, and ESD export shipping preparation.
Field-proven electronic assemblies built to empower high-uptime systems across global automation, energy, and medical domains.
Programmable Logic Controllers (PLCs), high-torque servo drives, machine vision processing units, and distributed fieldbus sensor interfaces requiring flawless operational reliability.
Battery Management Systems (BMS), DC-DC converters, EV charging controllers, and in-vehicle body control modules (BCM) subjected to demanding ISO/IATF environmental tests.
Patient bedside monitors, IVD clinical diagnostic platforms, infusion pumps, and portable ultrasound instruments requiring documented repeatability and pristine solder integrity.
Adapting your procurement and engineering pipeline to technological advancements in smart manufacturing, edge AI hardware, and sustainable production.
Industrial IoT is transitioning from passive monitoring to real-time machine-learning inference at the edge. This demands micro-via HDI technology (any-layer HDI), fine-pitch BGA substrates down to 0.4mm pitch, and tight impedance matching.
Silicon shortages and semiconductor lifecycle curtailments have made component redesign a continuous challenge. Forward-thinking procurement leverages our engineering DFM to establish dual-footprint PCB designs and pre-approved drop-in alternates.
Leading international buyers require cloud-accessible manufacturing execution system (MES) visibility. Our lines record real-time reflow thermal curves, placement speeds, torque calibration, and AOI bitmap histories accessible during QA audits.
Essential guidance on quotations, technical design validation, quality testing, and turnkey manufacturing terms.
We require the complete Gerber package (RS-274X or ODB++ format), an itemized Bill of Materials (BOM) including exact manufacturer part numbers (MPN) and reference designators, XY pick-and-place centroid data, and assembly mechanical drawings. If programming and functional testing (FCT) are requested, please supply the test protocol, firmware, and test fixture specifications.
Our turnkey procurement model works strictly through authorized franchised component distributors and original semiconductor manufacturers. Our incoming quality control (IQC) protocol includes component decapping, microscope marking verification, pin oxidation analysis, X-ray leadframe inspection, and lot traceability code verification.
Yes. Our 8 SMT lines are structured to accommodate flexible prototyping, pilot runs, and large-scale volume production. Low-volume orders receive the exact same DFM review, automated 3D SPI paste check, and AOI inspection as multi-million board production lines, ensuring smooth NPI scale-up without re-qualification.
We run a multi-stage testing loop: 100% 3D SPI solder paste inspection, dual inline 3D AOI (pre/post-reflow), high-definition X-ray (AXI) for all BGA/QFN components, In-Circuit Testing (ICT), custom bed-of-nails Functional Testing (FCT), high-voltage dielectric isolation testing, and environmental thermal burn-in aging chambers.
Every submitted project undergoes a rigorous DFM and DFA (Design for Assembly) evaluation by our engineering directors prior to tooling or stencil fabrication. We inspect pad geometries, component clearances, thermal relief layouts, solder mask dams, and component obsolescence risks to prevent assembly bottlenecks before production begins.
Absolutely. We encourage on-site technical audits at our Shenzhen facility. For overseas teams with travel constraints, we provide real-time interactive video audits covering raw component moisture-barrier storage, ESD controls, high-speed SMT line operation, automated testing stations, and quality documentation management.
Explore our specialized production lines across consumer wearables, high-power conversions, smart products, and industrial control electronics.







