Services

 Our PCB Design & Engineering Services

We deliver end-to-end electronics hardware solutions, taking your concepts from basic circuit diagrams to fully verified, production-ready boards.

1. Schematic Capture & Circuit Design

  • Clean, standardized schematic capture from hand sketches, block diagrams, or datasheets.

  • Component selection with optimization for cost, availability, and lifecycle.

  • Electrical Rule Check (ERC) to eliminate logic errors, floating pins, and power bus misconnections.

2. Custom PCB Layout Design

  • Single-layer, 2-layer, and multi-layer board routing.

  • Compact form-factor optimization tailored to custom 3D enclosures.

  • Controlled impedance, noise reduction, and ground plane stitching for signal and power integrity.

  • Thermal relief and heat-dissipation design for power-handling circuits.

3. Design for Manufacturing (DFM & DFA)

  • Comprehensive Design Rule Check (DRC) matched to standard fabricator constraints (clearances, trace widths, annular rings, via sizes).

  • 100% compatibility with global and local PCB fabricators (JLCPCB, PCBWay, and domestic manufacturers).

  • Design for Assembly (DFA) verification to prevent component overlapping and soldering defects.

4. Complete Manufacturing File Generation

  • Gerber Files: Standard RS-274X format with drill files (Excellon).

  • Bill of Materials (BOM): Formatted spreadsheets with manufacturer part numbers (MPN) and distributor links.

  • Pick & Place (CPL / Centroid): Component placement data for automated SMT assembly.

  • 3D Step Models: High-resolution 3D PCB models for mechanical fitment and enclosure testing.

5. PCB Reverse Engineering & Redesign

  • Digitizing legacy boards or damaged PCBs into modern CAD formats.

  • Converting old through-hole (THT) designs into compact surface-mount (SMD) layouts.

  • Upgrading obsolete parts with modern, readily available components.

6. Project Domains Covered

  • IoT modules, ESP32/ESP8266 nodes, and wireless sensor nodes.

  • Arduino and microcontroller-based automation boards.

  • DC-DC converters, linear power supplies, and battery management circuits (BMS).

  • Motor drivers, relay modules, and industrial control interfaces.

How It Works

  1. Share Requirements: Send your schematic, rough sketch, or project idea.

  2. Review & Quote: We analyze the circuit complexity and provide a timeline and cost.

  3. Design & Review: Layout routing with regular progress updates and 3D visual previews.

  4. Final Delivery: Complete manufacturing package (Gerber, BOM, CPL, Schematic, and 3D files).


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