Functional Prototypes
Production-intent parts for fit, form, validation, and field testing—built in engineering-grade polymers.
East Texas · Advanced Manufacturing
PRECISION
MANUFACTURING.
BUILT IN LAYERS.
Industrial additive manufacturing for functional prototypes, production tooling, and end-use components—built with engineering polymers and a manufacturing-first mindset.
CURRENT CAPABILITYIndustrial FDM Additive
SERVICE AREAEast Texas + Nationwide
RESPONSE STANDARDClear. Technical. Prompt.
Manufacturing, not just printing
Parts engineered for the work they have to do.
Stratum Precision Works helps manufacturers, engineers, and maintenance teams move from problem to production-ready polymer part with less friction.
We combine responsive project communication with practical knowledge of material behavior, build strategy, and real-world part performance.
01Application-first
material selection
material selection
02Engineering review
before production
before production
03Defined scope and
documented delivery
documented delivery
Core capabilities
Industrial additive.
Built around your application.
From a single critical replacement to repeatable low-volume production, every project starts with the technical requirements—not a preset process.
Jigs & Fixtures
Custom workholding, assembly aids, inspection fixtures, drill guides, and shop-floor tooling engineered for repeat use.
Low-Volume Production
Bridge production and end-use components without hard tooling, with responsive change control and repeatable output.
Replacement Components
Recreate unavailable, damaged, or obsolete polymer components from drawings, CAD, or a physical sample.
Large-Format FDM
Build capacity for substantial parts, consolidated assemblies, manufacturing aids, and durable one-off components.
Design for Additive
Practical engineering feedback on geometry, material, orientation, tolerances, and cost before the build begins.
PRODUCTION TOOLING / LOW-VOLUME PARTSEquipment & process
Build capacity for real industrial work.
Our initial platform is centered on enclosed, controlled FDM systems capable of producing large, strong components in engineering polymers. Build preparation is tailored to the part’s load path, tolerance requirements, surface needs, and service environment.
- Large-format build envelope
- For consolidated tooling, fixtures, and substantial components
- Enclosed material control
- For consistent processing of technical and reinforced polymers
- Application-driven settings
- Orientation, wall structure, infill, and support strategy selected per part
- Post-processing
- Support removal, fit finishing, threaded inserts, and assembly as required
Engineering materials
Material selected by requirement—not habit.
Temperature, stiffness, impact, fatigue, chemicals, UV exposure, friction, and cost all matter. We help identify the practical material class for the job.
Carbon-Fiber Reinforced
PA-CF / PET-CFHigh stiffness, dimensional stability, and reduced weight for demanding fixtures and end-use parts.
Engineering Nylon
PA6 / PA12Tough, fatigue-resistant materials for clips, housings, mechanisms, and impact-prone components.
High-Performance Thermoplastics
PC / ASA / PETGApplication-matched options for heat, weather, chemical exposure, and industrial service.
General-Purpose Polymers
PLA / TPUCost-effective prototyping and flexible components when the application supports them.
Material availability and suitability are confirmed during engineering review. Datasheets available with quote.
Quality approach
Disciplined process.
Honest documentation.
Quality begins with a clear definition of what matters on the part. We review critical dimensions, functional interfaces, material requirements, cosmetic expectations, and acceptance criteria before production.
Stratum Precision Works does not currently claim third-party quality or cybersecurity certifications. As our capabilities expand, our quality system will grow deliberately with them.
01
Requirements Review
Drawing, model, application, quantity, material, and critical features aligned before build release.
02
Controlled Build Setup
Documented orientation and process strategy for repeatability across the order.
03
Part Inspection
Visual and dimensional checks appropriate to the quote and supplied requirements.
04
Traceable Delivery
Order identification, material record, and inspection notes available when specified.
Industries served
Technical support for teams that keep things moving.
Built for engineering, operations, maintenance, and product teams that value direct communication and practical manufacturing judgment.
Industrial Equipment
Guards, brackets, tooling, replacement parts, and production support.
Energy & Field Service
Rugged components and rapid-response parts for demanding field conditions.
Aerospace & Defense Supply Chain
Development tooling and non-certified polymer components with disciplined documentation.
Automation & Robotics
End-of-arm tooling, sensor mounts, cable management, and custom machine interfaces.
Transportation
Fit-check models, fixtures, ducting, covers, and low-volume functional components.
Product Development
Fast, informed iteration from first functional article through bridge production.
The Stratum roadmap
One manufacturing partner.
Expanding capability.
Stratum is being built deliberately: establish a strong additive manufacturing foundation, then add subtractive capacity without diluting process discipline or service.
Industrial FDM Additive Manufacturing
Functional polymer components, tooling, prototypes, and low-volume production.
CNC Milling
Precision prismatic components, tooling plates, and machined features.
CNC Turning
Round components, bushings, adapters, and production hardware.
Based in East Texas
Built close to industry.
Ready to respond.
Stratum Precision Works was founded to give regional and national customers a responsive source for technically informed, production-minded additive manufacturing. We believe good manufacturing partnerships are built on clear answers, realistic commitments, and parts that perform.
Discuss your application