Prove What Works. Build What Scales.

Resin 3D Printers in Industrial Production Facility

"CPP's capability to proviade high pressure turbine components to OEMs is enhanced through our alliance with B9Creations. We rely on their abilities and agility to deliver against strict aerospace standards."

- James Stewart, CEO, CPP

Today, CPP operates nearly 100 custom B9Creations printers producing hundreds of thousands of ultra-precise turbine components annually—each held to ±12-micron tolerances in a repeatable, scalable, software-enabled production system. 

b9 x custom 3D printer

Feasibility

Prove the opportunity. Determine whether the application, material, process, economics, and requirements support a viable manufacturing path.

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custom 3d printer b9 x materials

Pilot-to-Scale

Build the repeatable process. Develop and validate the material, workflow, quality controls, throughput, and production requirements needed to scale.

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custom 3d printer b9 x software

Production

Put the process to work. Deploy the validated production model through contract manufacturing, technology implementation, or an integrated production environment.

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A Successful Print Isn't a Production Process.

Prove What Matters

Printing the part is only the beginning. Evaluate material performance, dimensional requirements, throughput, quality, economics, workflow, and technical risk against the requirements of the application.

Build for What Comes Next

Develop with scale in mind from the beginning—so the material, process, equipment, quality controls, software, and workflow proven during development can support the next stage.


Many promise performance.
The B9 difference?
We prove it.

Portrait Resin Part Validation by Engineer

 

 

Move Forward with Evidence, Not Assumptions.

Technical feasibility. Process validation. Production qualification. One structured path from application to manufacturing.

One Model. From Feasibility to Production.

Additive Advantage brings technical, operational, and business requirements together in one structured approach—so each stage answers the questions required to move confidently into the next.

FEASIBILITY
Application requirements, technical risk, material pathways, DFAM & business case

PILOT
Process development, material validation, workflow definition & first articles 

SCALE
Repeatability, throughput, QA/QC, qualification & production economics

PRODUCTION
Contract manufacturing, technology deployment, systems integration & distributed manufacturing

SUSTAIN
Fleet monitoring, process control, lifecycle support & continuous improvement

Dr-Scott-Wood (002)

 Start With the Requirement. Not the Printer. 

For the Naval Surface Warfare Center, B9Creations structured a funded technical risk-retirement program around the requirements of a complex manufacturing challenge — evaluating materials, component performance, DFAM, process definition, quality, and production needs before defining the manufacturing solution. 

SEE THE DEFENSE STORY →

Trusted by Teams Solving Complex Manufacturing Challenges

Ready to Move Your Application Forward?

Tell us where you are today and where you need to go. We'll help determine the right next step.

DISCUSS YOUR APPLICATION →