SMT Assembly

Surface Mount Technology(SMT)is the cornerstone of modern electronics,enabling the production of smaller,faster,and more reliable devices.At SENTAK,we elevate this foundational process through engineering excellence and rigorous process control.

We invest in state-of-the-art equipment and process expertise to handle your most demanding projects.

Leverage our engineering insight to design boards that are not only functional but also optimized for manufacturability, yield, and long-term reliability.

Key Recommendations for Robust SMT Design:

Pad&Stencil Design: Provide non-solder mask defined(NSMD)pads for BGAs.Follow industry-standard stencil aperture ratios to prevent solder bridging or insufficient volume.

Component Spacing: Maintain adequate clearance between components for unobstructed pick-and-place and inspection head movement.

Thermal Balance: Symmetric thermal relief connections on SMD pads connected to large copper planes to prevent"tombstoning"or skewed components during reflow.

Fiducials&Board Support: Include global and local fiducials for precise machine vision alignment.Ensure panels have adequate rails and tooling holes for stable transport.

Quality is engineered into every step,not just inspected at the end.

Incoming Material Verification: All components are checked against the BOM and subjected to visual or electrical sampling.

Process Control at Source: 3D SPI validates solder paste deposition before placement.

Pre-Reflow Verification: AOI after placement catches missing or misaligned components.

Post-Reflow Inspection: 3D AOI and selective X-Ray inspect the final solder joints for perfection.

Functional Validation: Flying Probe Test(FPT),In-Circuit Test(ICT),or Functional Test(FCT)as per your requirements.

Final Audit&Packaging: Visual audit and anti-static,vacuum-sealed packaging for safe shipping.

Our precision SMT assembly processes meet the stringent standards of sectors where failure is not an option.

Automotive Electronics: ADAS modules,sensor ECUs,infotainment systems(IATF 16949 Certified Processes).

Medical Devices: Diagnostic equipment,patient monitors,wearable health tech(ISO 13485 Framework).

Industrial Electronics: Process controls,robotics,power conversion systems.

Telecommunications: 5G infrastructure,network switches,and routers.

Consumer Technology: High-density IoT devices and advanced wearables.