As electronics continue to shrink, the components used to connect, assemble, test, and manufacture them are becoming increasingly difficult to produce.
Connector manufacturers face demanding combinations of small features, tight tolerances, complex geometries, material requirements, and high-volume production expectations. At the same time, conventional tooling and molding can make design changes expensive and slow—particularly during development, qualification, and lower-volume production.
Manufacturing teams face a related challenge on the production floor: increasingly small components require equally precise jigs, fixtures, trays, assembly tools, and handling aids.
B9Creations has worked with multiple global electronics and connectivity manufacturers to evaluate and develop additive manufacturing solutions across both sides of the challenge: the components being manufactured and the tools used to manufacture them.
Rather than approaching additive manufacturing as a replacement for every conventional process, B9Creations works with electronics manufacturers to identify where its combination of precision, speed, materials, and engineering expertise creates an advantage.
High-resolution additive manufacturing opens new possibilities for connector housings, sockets, sensor housings, switch components, and other complex electrical components where conventional processes can constrain geometry or make iteration costly. B9Creations' micro platform is designed for applications requiring features and tolerances that challenge traditional manufacturing methods.
For connector manufacturers, that creates opportunities to iterate designs quickly, evaluate new geometries and materials, and explore additive pathways toward production without immediately committing to production tooling.
The same precision required by the component is often required by the manufacturing tools surrounding it.
B9Creations technology can produce application-specific jigs, fixtures, component trays, pick-and-place pallets and nozzles, assembly aids, and other manufacturing tooling without the lead times associated with conventionally manufactured custom tooling.
This gives manufacturing teams the ability to rapidly respond to new products, line changes, specialized assembly requirements, and continuous-improvement opportunities.
Geometry alone isn't enough.
Electronics manufacturing can introduce requirements around temperature, mechanical performance, dimensional stability, and electrostatic discharge.
B9Creations has expanded its materials ecosystem specifically around these kinds of production requirements. Its ESD-safe engineering material, for example, is positioned for electrical connectors and enclosures, SMT pick-and-place nozzles, component-handling trays, jigs, and fixtures.
Application development can also include evaluation of third-party materials and process parameters when standard materials don't meet the requirements of the application.
For demanding connector applications, the question isn't simply “Can we print it?”
The process can require evaluating feature fidelity and dimensional performance, identifying failure modes, testing materials, optimizing orientation and print parameters, validating downstream processes, and determining whether results remain repeatable across builds.
B9Creations works with customers to systematically address those questions and determine where additive manufacturing can create a viable path forward.
Across multiple electronics and connectivity manufacturers, B9Creations has supported applications spanning:
Micro Connectors & Housings
High-resolution components with complex features and demanding dimensional requirements.
Design & Process Development
Rapid iteration and application development without waiting for conventional production tooling.
Jigs & Fixtures
Application-specific manufacturing aids produced quickly as production needs change.
Assembly & Handling Tooling
Custom trays, pallets, fixtures, and tooling designed around increasingly small components.
Materials & Process Optimization
Evaluation and development around the thermal, mechanical, ESD, and process requirements of the application.
The result is not a single additive manufacturing use case. It's a growing set of opportunities to apply additive manufacturing across the electronics manufacturing workflow—from the component itself to the tools that help manufacture it.
And that's precisely the point.
For high-volume components already optimized for injection molding, conventional manufacturing may remain the right production process.
But when manufacturers need to iterate faster, create geometries conventional processes struggle to produce, evaluate new materials, eliminate tooling constraints, manufacture specialized components, or rapidly create precision production aids, additive manufacturing can offer a different path.
B9Creations combines high-resolution technology with materials, software, application engineering, and manufacturing expertise to help determine where that path makes technical and business sense.
From micro connectors and specialized components to jigs, fixtures, and assembly tooling, talk with a B9Creations engineer about your application and requirements.