NPI Development & Manufacturing – Build to Spec / Build to Print for Optical Communications and Laser Systems

Your prototype works. Can it be manufactured the same way every time?

Fibernet turns approved optical and laser prototypes into stable, manufacturable and fully documented products — reducing production-transfer risk while protecting the performance requirements that made the prototype work.

  • Product engineering and Design for Manufacturability / Assembly (DFM/DFA)
  • Build-to-Spec / Build-to-Print
  • BOM and AVL development, substitute management and LLI management
  • Assembly and test fixture design in SolidWorks
  • 3D printing and prototyping
  • Workstation, jig and tooling design
  • Optical, electrical and environmental test planning
  • Verification, validation and quality engineering processes
The NPI challenge

A Working Prototype Is Not Yet a Manufacturing Process

The risk

Production exposes problems that prototypes can hide.

  • Assemblies may depend on technician knowledge instead of defined work instructions.
  • Components may be unavailable, obsolete or sourced from a single supplier.
  • Assembly sequences may be difficult to repeat.
  • Fixtures and test coverage may not be production-ready.
  • Documentation may not fully capture the approved configuration.
The Fibernet approach

Industrialize the product before scaling the production.

Fibernet converts the approved design into a controlled manufacturing package: manufacturability review, BOM/AVL readiness, fixtures and tooling, production processes, test strategy, verification, validation and quality controls.

The objective is a repeatable product that continues to meet the customer’s defined performance requirements.

Three NPI pillars

Engineering, Supply Chain and Manufacturing Readiness

DFM / DFA & Product Engineering

Review the approved product from a manufacturing and assembly perspective while maintaining the required optical, electrical and mechanical performance.

  • Design for Manufacturability (DFM)
  • Design for Assembly (DFA)
  • Build-to-Spec / Build-to-Print
  • Process definition
  • Production-documentation readiness
Industrialization
Manufacturability
Engineering Transfer
02 / Material Readiness

BOM, AVL, Substitutes & LLI Management

Build a material structure that supports repeatable production and helps reduce component-availability and production-transfer risks.

  • BOM development and review
  • Approved Vendor List (AVL)
  • Substitute management
  • Long Lead Item (LLI) management
  • Material readiness for production builds
BOM
AVL
LLI
Supply Risk
03 / Production Readiness

Fixtures, Tooling, Test & Quality Engineering

Develop the physical and procedural infrastructure needed to assemble and verify the product consistently.

  • Assembly and test fixtures
  • Workstations, jigs and tooling
  • 3D printing and prototyping
  • Optical / electrical / environmental test planning
  • Verification and validation
SolidWorks
Fixtures
V&V
Quality Engineering
NPI capabilities

Build the Manufacturing Process Around the Product

DFM

Design for Manufacturability

Review the design for practical, repeatable manufacturing while preserving required performance.

DFA

Design for Assembly

Improve assembly sequence, access, tooling and process consistency before production scaling.

B2S

Build-to-Spec / Build-to-Print

Support engagements based on customer specifications, released drawings and controlled design data.

BOM

BOM & AVL Development

Structure Bill of Materials and Approved Vendor List data to support repeatable procurement and production.

LLI

Substitutes & Long Lead Items

Identify and manage substitutes and long-lead components that can affect production readiness.

CAD

Fixture Design in SolidWorks

Design assembly and test fixtures, jigs, tooling and workstation elements for the manufacturing process.

3D

3D Printing & Prototyping

Evaluate tooling, fixtures and mechanical concepts quickly before committing to final production solutions.

V&V

Verification & Validation

Plan and execute verification, validation and quality-engineering activities according to defined project requirements.

Manufacturing transfer

Reduce the Gap Between R&D and Production

R&D / Prototype
Design Intent & Performance
→
NPI Industrialization
DFM/DFA • BOM/AVL • Tooling
→
NPI Build & V&V
Assembly • Test • Quality
→
Production
Controlled & Repeatable
Design Intent Preserved
Manufacturing Risk Reduced
Test Coverage Defined
Documentation Controlled
Applications

NPI for Advanced Optical and Laser-Based Products

Optical Communications Systems

NPI and manufacturing-transfer support for products incorporating optical communication modules, fiber interfaces and related electro-optical assemblies.

Laser Systems

Industrialization support for laser-based products requiring controlled assembly, mechanical integration, tooling and defined test processes.

Defense Systems

Structured NPI for advanced defense products requiring controlled engineering transfer, manufacturing documentation and repeatable build processes.

Medical Systems

NPI support for optical and laser-based medical products requiring disciplined manufacturing, test planning, verification and validation activities.

Verification, validation & quality

Production Readiness Must Be Verified — Not Assumed

Optical Test Planning
Electrical Test Planning
Environmental Test Planning
Verification
Validation
Quality Engineering
More than contract manufacturing

One Partner Between Prototype and Production

Fibernet combines product engineering, optical manufacturing knowledge, mechanical design, supply-chain preparation, tooling, test development and quality engineering to support the transition from approved prototype to repeatable production.

Product Engineering
DFM / DFA
Build-to-Spec
Build-to-Print
BOM / AVL
SolidWorks
Fixtures & Tooling
Verification & Validation
Start with the prototype

Bring Us the Prototype. We’ll Build the Production Path.

If the product already works but the manufacturing process is not yet stable, documented or ready to scale, Fibernet can help create the bridge from engineering to repeatable production.

Start My NPI Project

Start with the prototype

Bring Us the Prototype. We’ll Build the Production Path.

If the product already works but the manufacturing process is not yet stable, documented or ready to scale, Fibernet can help create the bridge from engineering to repeatable production.

Capabilities

DFM DFM / DFA

BOM BOM / AVL

LLI Supply Readiness

CAD Fixtures & Tooling

V&V Verification / Validation

NPI Production Transfer

Why Fibernet

Faster Time to Market

Address manufacturability, tooling, material and test issues before they become production delays.

Lower Transfer Risk

Replace informal prototype knowledge with controlled processes, documentation and defined production tools.

More Repeatable Builds

Design assembly, tooling and test processes around consistent execution rather than individual operator knowledge.

Performance Maintained

Industrialize the product while keeping the customer’s optical, electrical and system performance requirements central to the process.

The Work Process

Engineering Handoff

Prototype / design review Drawings and specifications Existing BOM data Performance requirements Existing test requirements

Industrialization Review

Perform DFM/DFA and process reviews to identify manufacturing, assembly and documentation gaps before production transfer.

Material & Tooling Readiness

Develop BOM/AVL data, address substitutes and long-lead items, and create fixtures, jigs, tooling and workstation solutions.

Build, Test & Validate

Execute engineering or NPI builds and apply the defined optical, electrical, environmental, verification and validation activities.

Release to Repeatable Production

Establish the controlled production package, documentation, process flow and test approach needed for repeatable manufacturing.

Frequently Asked Questions