Printed circuit boards with stable quality ensures designed function achievable.
Our team has a blend of technical knowledge, attention to detail, and creativity to solve complex engineering challenges.
General workflow
√ Requirement Analysis: Define board size, layers, and key components.
√ Schematic Design: Create circuits and assign footprints.
√ Layout: Place components and route traces.
√ Simulation: Validate signal/power integrity.
√ Design Review: Collaborate with engineers and manufacturers.
√ Manufacturing Output: Generate Gerber files and submit to the fab house.
√ Delivery: Present the sample for prototype-build and prepare for mass
production once we get the 'OK' to go.
SMT THT Mixed-Technology and DIP assembly lines used for reliable builds
Standard processes
√ Design & File Preparation:Provide PCB layout data, Bill of Materials, Pick-and-Place File
√ Solder Paste Application
√ Inspection: Automated Optical Inspection (AOI) checks paste volume/alignment.
√ Component Placement
√ Reflow Soldering: Conveyor Oven, Preheat, Reflow& Cooling
√ Through-Hole (THT) Component Assembly
√ Wave/ Manual Soldering
√ Inspection & Quality Control: AOI X-Ray ICT
√ Final Assembly & Testing: Programming, Functional Testing, Packaging
Cost-effective, genuine components supply network ensuring timely delivery
Throughout Services
√ BOM Analysis, validate part numbers, specifications, and alternates (if available).
√ Sourcing Components Suppliers: Identify authorized distributors,manufacturers,
and value-added resellers only
√ Cost Negotiation
√ Quality Assurance
√ Inventory Management: Balance just-in-time delivery to minimize storage costs.
√ Logistics & Delivery: Coordinate shipping, customs clearance, and delivery
timelines. Track orders to avoid production delays.
√ Risk Mitigation: Address supply chain disruptions, identify alternates or redesign
options for obsolete or long-lead-time parts.
Automotive
Medical
Communication
Industrial
Home&Life Security
IoT
Consumer
Smart Wear