Energy, Oil & Gas Additive Manufacturing
Control The Flow. Reduce Downtime.
Engineer For The Environment.
Responsive additive manufacturing support for demanding energy operations.
Fluid Handling
Complex Flow Paths
Responsive Production
Energy operations run on reliable equipment, controlled fluid movement, and parts that hold up in tough environments. When a part is hard to find, a flow path needs work, or a tool is holding up field work, additive can get you from engineering need to working hardware faster.
We help energy, oil, and gas teams with fluid-handling components, complex flow-path development, custom tooling, replacement and legacy parts, and hardware for high-temperature environments. We bring application review, design support, process selection, inspection, and repeat manufacturing together, so you can cut lead times, get around supply problems, and keep critical work moving.
A Responsive Partner For Energy Operations
From Field Need to Repeatable Solution
The best solutions often start with something urgent: a maintenance crew needs an installation aid, an engineer wants to try a new manifold, a discontinued part is holding up service, or a test group needs a faster way to compare flow concepts. We turn those needs into practical, purpose-built hardware.
We run selective laser sintering and polymer powder bed fusion (SLS/PBF), vat photopolymerization (SLA/VPP), and material extrusion (MEX), so we can match the process and material to your part’s geometry, temperature, pressure, chemical exposure, accuracy, surface, lead time, and quantity requirements, instead of forcing every project onto one technology.
Where We Can Help
Fluid-handling components
Manifolds, ducts, nozzles, flow straighteners, mixing features, pump and valve accessories, and test-ready flow hardware.
Complex flow paths
Internal channels, split-and-merge paths, conformal passages, sectioned models, transparent prototypes, and design-validation hardware.
High-temperature applications
Heat-resistant fixtures, guards, insulators, housings, test parts, and service aids produced in application-matched polymers.
Tooling and field support
Drill guides, alignment fixtures, protective nests, installation tools, maintenance aids, masking tools, and custom workholding.
Replacement and legacy parts
Obsolete covers, guards, brackets, knobs, low-volume spares, bridge components, and digitally stored service parts.
Inspection and testing
Flow-test fixtures, sensor mounts, gauges, sectioned models, visual flow aids, and repeatable inspection hardware.
The Right Process For The Application
Multiple Polymer Technologies
Not sure which process fits? That’s our job.
SLS/PBF
makes tough engineering-polymer parts and complex shapes without support structures, a strong fit for many functional parts and service tools.
SLA/VPP
is great for fine features, smooth surfaces, patterns, tooling, and transparent models that let you see the flow.
MEX
is quick to iterate, offers high-temperature and reinforced materials, handles large parts, and works well for fixtures and field support.
We’ll weigh pressure, temperature, chemical compatibility, wear, sealing, geometry, accuracy, quantity, and service expectations, then walk you through the tradeoffs.
Engineer Complex Flow Paths
Geometry Conventional Processes Struggle to Create
Additive gives you a lot more freedom in how you route fluid through tight, application-specific spaces. Internal channels, smooth transitions, distribution features, and built-in ports can all be designed as one piece, which means fewer parts and joints and more options for flow control and packaging.
We can turn around prototypes and test hardware quickly, so you can compare options, watch how the flow behaves, check fit, and refine the design before committing to a production route. For end-use parts, material behavior, surface condition, sealing strategy, inspection access, pressure, temperature, media compatibility, and governing requirements all have to be considered together.
Engineering Opportunities
- Integrated internal passages and conformal channels.
- Flow redistribution, mixing, splitting, and merging features.
- Part consolidation with fewer joints and potential leak paths.
- Integrated sensor, instrument, mounting, and connection points.
- Compact packaging and lightweight structural geometry.
Accelerate Development And Testing
Move from CAD to Hardware Faster
Nobody in energy wants to wait on a long sourcing cycle. Bring us a sketch, CAD file, drawing, failed part, or physical sample, and we’ll turn it into prototypes, flow models, test fixtures, and working hardware fast, so you can evaluate and refine without unnecessary delay.
You can try multiple geometries without committing to hard tooling and compare channel layouts, interfaces, mounting strategies, and service procedures. That makes additive especially useful for design verification, flow testing, equipment development, pilot programs, field trials, and fast-changing operational needs.
Support Low-Volume And Legacy Parts
Manufacture What Is Difficult to Produce
One small missing part can delay maintenance, stretch out an outage, or leave equipment waiting on an obsolete or long-lead item. Additive gives you a practical route to replacement, bridge, and service parts without new molds or big minimum orders.
Send us the existing part, a drawing, a CAD file, or a physical sample. We’ll figure out the functional and environmental requirements and tell you honestly whether additive is a viable path. Approved designs can then live as digital inventory, so repeat orders are faster and you’re less dependent on physical spare-parts stock.
Engineering And Manufacturing Support
More Than a Print Service
Good energy-sector hardware takes more than picking a material and hitting print. We look at the whole application: loads, pressure, vibration, temperature, fluid and chemical exposure, sealing, surface condition, dimensions and tolerances, wear, installation environment, inspection, quantity, and expected service conditions.
Application and manufacturability reviews
Design for additive manufacturing
Process and material selection
Prototype and first-article production
Dimensional inspection
Mechanical testing
Post-processing and surface finishing
Process documentation and traceability
Repeat production planning
Quality Matched To Your Application
Quality and Qualification
A concept model, a test fixture, a non-pressure service tool, and a pressure-containing production part all come with very different requirements. We’ll work with you to sort out the documentation, material control, traceability, inspection, testing, and qualification your part actually needs, including any applicable customer, regulatory, code, API, or ASME requirements.
Material data alone does not qualify a finished component for every energy application. Final validation should consider foreseeable pressure, loading, temperature, vibration, impact, media compatibility, permeability, wear, cleaning, sealing, attachment, installation, and the consequences of failure.
Critical applications require customer approval and an application-specific validation plan before production use.