Precision Parts for the Energy Manufacturing
Keep critical energy infrastructure running and scale renewable hardware faster with on-demand manufacturing, ISO-certified quality, and no minimums.
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5,000
Verified Suppliers
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165 Million+
Parts Shipped
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ISO 9001:2015
Certified Quality
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NDA
As Standard
Why Partner with Xometry for the Energy Industry?
Supply Chain Resilience for Every Production Stage
Unplanned downtime on energy infrastructure is expensive and, in some cases, unsafe. Xometry’s network of 5,000+ verified manufacturers ensures reliable capacity whether you need a single replacement part during a shutdown or scaling production for a multi-site renewable rollout.
Your Designs Stay Confidential
Energy projects, from proprietary turbine components to grid technology, involve sensitive IP. Every file uploaded to Xometry is encrypted and covered by a standard NDA, protecting your designs from quote to delivery.
Parts That Meet Your Specs, Every Time
Dimensional failures on critical energy components can mean costly outages or compliance failures. Get instant pricing the moment you upload, then receive parts to your exact tolerances, with full inspection documentation available on request.
Materials for Extreme Energy Environments
From corrosion-resistant components for offshore wind to high-temperature alloys like Inconel for oil and gas extraction, choose from 200+ industrial materials with expert guidance for demanding operating conditions.
One Platform. Every Manufacturing Process
Managing multiple suppliers across CNC machining, sheet metal fabrication, 3D printing, and injection moulding wastes time. Xometry consolidates all processes on one platform: one quote, one order, one point of contact.
Catch Issues Before Production Starts
Design problems found late are expensive, and in energy, they can delay compliance sign-off. Xometry’s platform delivers instant DFM feedback on every uploaded file, so your team can optimise geometries and tolerances before committing to production.
Powering the Energy Sector Across the Value Chain
Renewable Energy & Cleantech
Scale Hardware from Prototype to Production
- Produce high-precision components for solar mounting systems, wind turbine assemblies, hydrogen electrolysers, and battery storage housings.
- Scale production runs without requalifying manufacturing routes as volumes grow.
- Validate designs in real materials before committing to tooling.
Oil, Gas & Traditional Energy
Source Critical Parts Without Supply Chain Delays
- Access wear-resistant alloys and high-temperature materials like Inconel for extraction and processing equipment.
- Source replacement parts from legacy drawings or reverse-engineered specifications for ageing infrastructure.
- Maintain full material traceability for compliance-critical components.
Core Manufacturing Services
Our platform offers a comprehensive range of production technologies and materials to support both prototyping and full-rate production.
Built for High-Load, High-Wear Environments
Precision housings, shafts, brackets, and flanges, machined to exact tolerances from steel, or stainless steel.- Tight dimensional tolerances to ISO 2768 (Fine) and ISO 286 for fit-critical interfaces
- 3-axis, 4-axis, and 5-axis CNC milling and turning for complex geometries
- Suited to wind turbine hubs, gear housings, and solar tracker pivots requiring dynamic balancing and corrosion resistance under continuous load
One Source for Fabricated Energy Components
Precision-cut, formed, and welded parts for enclosures, panels, brackets, and structural frames.- Laser cutting, waterjet cutting, bending, welding, and mechanical assembly in one workflow
- Surface finishes including powder coating and galvanising for corrosion resistance in outdoor and offshore environments
- Suited to battery storage enclosures and solar combiner boxes requiring precise ventilation cutouts and NEMA-rated weatherproofing
From CAD to Functional Prototype in Days
Validate energy hardware designs quickly, no tooling required, across metal and industrial polymers.- Wide material range including metal and industrial-grade polymers for realistic part behaviour
- No tooling required: quote, order, and receive parts in as little as 3 business days
- Suited to iterating wind turbine nacelle housings and solar bracket designs before committing to tooling, cutting weeks off validation cycles
Scale Energy Component Production Without Bottlenecks
From validated design to serial production: injection moulding and die casting at any scale.- Injection moulding and die casting for high-volume plastic and metal components
- Consistent quality at scale backed by process controls and inspection documentation
- Suited to solar connector housings and battery pack enclosures requiring tight tolerances for electrical fit and thermal management at volume
Use Cases
Planned Shutdown & Maintenance Windows
Have Every Critical Part Ready Before the Window Closes
- Source exact-spec seals, housings, and structural components from original drawings or reverse-engineered specifications, even for discontinued parts.
- Avoid the cost of idle plant by getting parts to site before, not during, the maintenance window.
- Full material traceability and no minimum order quantities on every order.
Scaling Renewable Hardware
Move from Prototype to Production Without Requalifying Suppliers
- Validate solar, wind, or storage component designs with rapid prototyping before committing to tooling.
- Scale from pilot batches to full production runs on the same platform and the same quality standard.
- Access CMM and First Article Inspection (FAI) to guarantee consistency from first part to final run.
Real Stories, Real Impact
Launching Certified Battery Storage Hardware
Batterieschmiede (Germany) took its certified lithium battery housing into series production with support for Moldflow analysis, 3D-printed prototypes, and injection moulding, helping the team meet certification requirements on schedule.
Manufacturing a Patented Solar Thermal Collector
Sferasol (Italy) worked with Xometry to source CNC-machined stainless steel pins and rings for its spherical solar thermal collector, moving from small batches to production runs of hundreds of parts.
Cutting Component Lead Times by Over 80%
Hybrid Marine (UK) reduced component development time from up to six months down to three to four weeks using Xometry’s on-demand CNC machining, the same rapid-response capability that helps energy sector OEMs shorten R&D cycles.
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