3D printing for prototypes, tooling, custom parts, and repeat production.
West Sound Solutions uses additive manufacturing to support product development and production work where fast iteration, flexible geometry, and digital part control provide a practical advantage.
Use 3D printing where it improves development speed, flexibility, or production economics.
Every part should be reviewed around its actual use. Quantity, geometry, orientation, material requirements, tolerances, finish, strength, and inspection needs all influence whether additive manufacturing is the right process.
Functional Prototypes
Evaluate fit, interfaces, assembly, ergonomics, and real-world function before moving to an approved production revision.
Production Components
Produce repeat end-use parts when additive manufacturing fits the geometry, quantity, material, and performance requirement.
Jigs, Fixtures & Shop Aids
Create custom workholding, guides, organizers, templates, and other manufacturing aids around the job instead of generic hardware.
Replacement & Custom Parts
Develop practical replacements or purpose-built components from measurements, existing parts, drawings, or CAD data.
Design Iteration
Revise a model between builds to respond quickly to fit, function, manufacturability, or customer feedback.
Small-Batch Production
Manufacture repeat quantities without dedicated tooling when additive manufacturing is a good fit for the application.
A quote should account for more than print time.
Before a part is scheduled, the model and requirements should be reviewed for manufacturability, material, orientation, quantity, support needs, finishing, and any characteristics that matter to the finished result.
Send the part
Provide STL, STEP, or other available project files along with quantity and use information.
Check manufacturability
Review geometry, scale, orientation, wall features, support requirements, and project constraints.
Confirm requirements
Identify material, quantity, finish expectations, critical dimensions, and any special handling needs.
Print the job
Schedule the approved job and manufacture against the reviewed file and production requirements.
Inspect and release
Complete the agreed project-specific checks before packaging or handoff.
Good printed parts start with the right design assumptions.
Give us enough information to understand the finished part—not just the file.
- STL, STEP, CAD, drawing, or other available model file
- Quantity needed now and expected repeat quantity
- What the part does and where it will be used
- Known material or environmental requirements
- Critical dimensions, mating features, or fit requirements
- Finish, appearance, color, labeling, or packaging needs
- Target date or schedule constraints