FormAlloy serves a wide range of industries where metal part performance, material innovation, and manufacturing flexibility are critical, including:
- Aerospace & Defense — Builds and repairs turbine components and structural parts for demanding aerospace and defense environments.
- Oil & Gas — Provides corrosion-resistant coatings and repairs or manufactures vital valve and pump parts.
- Automotive — Repairs metal tools and creates prototype components quickly for testing and development.
- Energy — Produces durable power generation components and heat exchangers for reliable performance.
- Government & National Laboratories — Supports advanced materials research and specialized defense manufacturing.
- General Manufacturing — Repairs high-value parts and enables efficient small-batch production when needed.
But honestly, it doesn’t matter what field you’re in because the problems are usually the same. Sometimes a crucial part breaks, wears out too soon, or you have a design that traditional methods just can’t build. That means downtime, extra costs, and missed deadlines.
FormAlloy exists to solve exactly these problems. Our technology is used in so many industries, not because we try to do everything, but because these challenges show up everywhere: metal parts have to work hard, last longer, and sometimes be made from tough-to-process materials. Our DEDSmart® Directed Energy Deposition technology isn’t just for one industry; it’s for anyone who needs metal parts made precisely, quickly, and with a lot of material flexibility.
No Room for Error in the Skies
Aerospace and defense need parts that are designed for highly demanding conditions because mistakes can be disastrous. Things like turbine components and structural parts must survive extreme conditions, and munitions must meet strict manufacturing tolerances every time. FormAlloy’s DED process makes these critical parts with strict quality checks and can work with advanced materials like Inconel and titanium, so engineers never have to compromise on strength. Plus, their process is much faster than traditional manufacturing, which is a big advantage when timing is crucial.
Where Machines Meet Their Match
In oil and gas, parts like valves and pumps face harsh conditions, like high pressure, corrosive fluids, and constant wear, so they often fail sooner than expected.
Usually, companies just replace these parts and wait for new ones, but at FormAlloy, we offer a better solution. Our DED cladding process uses tough alloys, like Stellite® 6, to repair and strengthen worn components by bonding new material directly to the part. This means expensive parts can be restored instead of replaced, saving time and money, and sometimes making the part even stronger than before.
Racing Against Tooling Downtime in Automotive
Automotive manufacturers are always working on new designs and tight schedules. Their tooling gets used a lot and can crack or wear out, which usually means waiting for replacements or slowing down production.
FormAlloy helps by repairing worn tools quickly and precisely, so production stays on track. For prototype parts, our DED process can create complex shapes with advanced materials, allowing engineers to get real parts faster and keep improving designs without long delays.
Where Power Meets Pressure: The Real Role of Heat Exchangers
In the energy industry, parts are usually enormous, extremely important, and pushed to their limits, like power generators and heat exchangers that run hot and nonstop.
FormAlloy’s manufacturing capabilities, especially our DED process, are especially useful here because they can build things like cooling channels right inside a part as it’s being made, instead of trying to drill them in later. Traditional methods can’t do this. You can’t carve a channel inside a solid wall, but you can build it in from the start, layer by layer.
This makes the parts stronger and helps manage all the heat, which is often the key to making a component last much longer. For energy companies, that could mean less downtime, fewer failures, and better performance from their equipment.
Where Government Labs Invent the Future
Government agencies and national labs are different from regular manufacturers. They aren’t just making parts, they’re exploring what new parts and materials can be made, often working with metals that haven’t been used in production before, and testing processes that are still being figured out.
FormAlloy’s manufacturing capabilities support this by helping develop the exact settings needed to work with advanced alloys like NASA HR-1 or GRX-810, even when there’s no guide for how to do it.
Our ADF Alloy Development Feeder can rapidly work with up to 16 different alloys or blends, making materials research much faster. This means FormAlloy sits right at the point where production and real R&D come together, not just making existing parts, but teaming up with researchers and engineers to create new materials and shape the future of manufacturing.
When Expensive Parts Wear Out in Manufacturing
Not every project is in aerospace. Not every part is high-security or has a turbine inside. But in general manufacturing, there’s a common problem: expensive parts wear out, and replacing them is expensive.
Think about a die, a mold, a special fixture, or a custom part that took months to get. When these parts get worn or damaged, you usually have two choices: throw them out and buy new ones, which is expensive, or try to fix them, but that repair might not hold up for long.
FormAlloy’s DED repair process adds new, strong metal layers right onto damaged parts, with very fine control over thickness. This isn’t just a quick fix; it’s a real repair that makes the part work like new again. And for small production runs, DED can create complex metal parts without needing expensive tools, making manufacturing more practical and affordable.
Where Limits End, FormAlloy Begins
Different industries have different needs; some work with rockets, others with pumps, molds, or all kinds of metal parts. They use different materials, face different challenges, and have different deadlines. But there’s one thing they all have in common: regular manufacturing methods can only go so far, and that’s where problems usually show up.
At FormAlloy, our DEDSmart® technology is designed to help right at those tough spots. Whether it’s building a rocket nozzle with special cooling channels, saving a pump part that’s been ruined by harsh chemicals, or fixing a factory mold that’s too expensive to replace, our process uses precise and smart metal layering. This process doesn’t just patch things up; it builds or repairs parts in a way that can offer durability and performance advantages over conventional repair methods.
Reach out to FormAlloy to explore what DEDSmart® can do for your industry →
