Quadrionix

PCB Fabrication Services from India for Global Engineering Teams

Printed Circuit Board fabrication is the process of converting circuit design files into physical printed circuit boards through layering, etching, drilling, and surface finishing. At QUADRIONIX, PCB fabrication is executed as an engineering-controlled workflow, where each design is reviewed prior to production to ensure manufacturability, performance alignment, and yield stability. We support global product teams looking for reliable, specification-driven PCB fabrication from India, with clear communication, controlled execution, and export-ready delivery.

PCB Fabrication Services from India for Global Engineering Teams

Service Overview

Our PCB fabrication services are designed for engineering-led builds where correctness matters more than volume.

We support

  • Prototype validation builds
  • Pilot production
  • Low-to-medium volume manufacturing

Each project is evaluated for

  • Manufacturability constraints
  • Stack-up feasibility
  • Performance implications

Unlike automated quoting platforms, fabrication is not treated as a transactional process. This reduces downstream risks during assembly and product validation.

Overview Visual
Capabilities

Technical Specifications

We support Rigid PCBs, Multilayer PCBs, High-density interconnect (HDI) boards, and Controlled impedance designs. Materials include Standard FR4 (multiple Tg grades), application-specific laminates, and custom stack-up design aligned with signal integrity and thermal needs.

fine trace and spacing designs
via-in-pad and dense routing (subject to design validation)
impedance-controlled routing
multilayer stack-ups

Parametric Limits

ParameterCapability
Layers1-12+ layers

Pre-production verification

Every project is reviewed before production so design intent, manufacturability, and yield risks are understood early.

Engineering review visual
01

Manufacturability Review

trace/space feasibility, drill constraints, panelization considerations

02

Stack-up Validation

layer arrangement, dielectric thickness, impedance targets

03

Performance Alignment

signal integrity risks, thermal considerations, application environment

04

Cost vs Yield Balance

avoiding over-specification, optimizing manufacturability

INSPECTION VERIFICATION PROTOCOL

Quality & Inspection

Fabrication quality is aligned with engineering intent through controlled inspection, process monitoring, and trace parameters auditing.

01
visual inspection of layers and finishes
02
dimensional verification
03
process traceability (where required)
04
review of critical fabrication parameters
05
IPC-referenced practices (where applicable)
06
process consistency across batches
Quality Inspection

Applications

Where our execution makes a difference

01

Industrial Electronics & Control Systems

Precision boards for process control and automation.

02

IoT & Connected Hardware

Compact, power-optimized routing for connected smart devices.

03

Instrumentation & Measurement

High-fidelity analog and digital signal path layouts.

04

Automotive Subsystems

Early-stage and non-certified builds.

05

Engineering Prototypes & Pilot Runs

High-yield, reliable validation builds.

Scope & Focus Areas

We clearly define our manufacturing limits to align engineering capabilities with execution quality.

Supported
Scope.

  • 01prototype to medium-volume builds
  • 02engineering-driven designs
  • 03controlled and validated fabrication workflows

Out Of
Bounds.

  • 01ultra-high-volume consumer production
  • 02price-only driven bulk manufacturing
  • 03fully automated self-service ordering

Engagement Process

A structured, engineering-led workflow ensuring technical correctness from initial gerbers to export delivery.

01

Submit Gerber files, drill files, and specifications

Engineering review and clarification

02
03

Stack-up and fabrication parameters finalized

04

Production planning and execution

Inspection and validation

05
06

Global shipping with documentation

Frequently Asked Questions

Clear answers regarding our process, capabilities, and execution boundaries.