Fibernet provides Build-to-Print and Build-to-Spec manufacturing for complex cable assemblies,
wire harnesses and system interconnects, combining manufacturing preparation, BOM and component management,
precision termination, controlled soldering, electrical testing and production documentation.
A cable assembly does more than connect two points. It carries power, signals and communications between the subsystems that make the product function.
That is why Fibernet manufactures custom wiring harnesses, complex cable assemblies and system interconnects
with the final system architecture in mind.
Your engineering definition becomes the manufacturing baseline.
Manufacturing according to customer-provided engineering documentation, including:
Manufacturing according to defined technical, mechanical and functional requirements,
with the production methodology structured around the applicable customer specification.
Connector selection, termination, pinout, routing and verification are managed according to the engineering definition of the product.
A controlled manufacturing flow from documentation to finished, electrically tested assemblies.
Review drawings, BOMs, schematics, pinouts and manufacturing requirements.
Translate engineering data into the material structure required for production.
Prepare controlled assembly instructions and manufacturing steps.
Source applicable wires, cables, connectors, contacts and production materials.
Inspect relevant incoming materials and components before production.
Prepare conductors and cables according to defined dimensions and product requirements.
Perform controlled termination processes using dedicated manufacturing methods.
Complete routing, connectorization, mechanical protection and identification.
Verify the manufactured assembly against applicable production and test requirements.
Release the completed assembly ready for integration or higher-level manufacturing.
The electrical and mechanical integrity of a cable assembly depends heavily on termination quality.
Fibernet uses dedicated crimping equipment and controlled manufacturing procedures for repeatable conductor-to-contact and conductor-to-terminal connections.
Drawings, BOMs, pinouts and product requirements become the controlled manufacturing baseline.
BOM preparation, procurement, assembly, inspection and testing can remain within one coordinated production flow.
Assemblies can be electrically tested before becoming part of a larger system.
Applicable products can combine copper interconnects and fiber-optic assemblies within a broader manufacturing program.
Finished cable assemblies can continue directly into electromechanical and higher-level system integration.
Suitable for technically demanding assemblies where workmanship, repeatability and production control are critical.
Because Fibernet operates across cable, PCBA, fiber-optic and electromechanical manufacturing,
the cable assembly can remain connected to the product it was engineered for.
Get back a tested assembly ready for the system — or let us take it further into the finished product.
From Build-to-Print and Build-to-Spec manufacturing, BOM preparation and component procurement to precision crimping,
soldering, wire harness assembly and electrical testing, Fibernet provides a controlled manufacturing path for complex cable assemblies.
Discuss Your Cable Assembly Requirements
Send Us Your Drawing or Specification
Manufacturing according to customer-provided engineering documentation, including:
Manufacturing according to defined technical, mechanical and functional requirements, with the production methodology structured around the applicable customer specification.
Connector selection, termination, pinout, routing and verification are managed according to the engineering definition of the product.
Drawings, BOMs, pinouts and product requirements become the controlled manufacturing baseline.
BOM preparation, procurement, assembly, inspection and testing can remain within one coordinated production flow.
Assemblies can be electrically tested before becoming part of a larger system.
Applicable products can combine copper interconnects and fiber-optic assemblies within a broader manufacturing program.
Finished cable assemblies can continue directly into electromechanical and higher-level system integration.
Suitable for technically demanding assemblies where workmanship, repeatability and production control are critical.