UK engineering company Ultima Forma has launched ElectroformIT, an AI-powered engineering agent designed to help manufacturers identify new applications for electroforming technology.
Unveiled at the Farnborough International Airshow, ElectroformIT captures an engineer’s requirements before assessing potential materials, manufacturing processes and component design approaches.
The system is intended to help engineering teams explore solutions that may not be identified through conventional design and manufacturing methods.
For aerospace, defence, space, transport and energy manufacturers, the practical opportunity is significant. ElectroformIT could help engineers identify lighter components, alternative material combinations, more resilient structures and manufacturing routes that would otherwise require extensive specialist research.
What Is ElectroformIT?
ElectroformIT combines Ultima Forma’s specialist knowledge of electroforming with AI-assisted engineering analysis.
The system begins by capturing the technical requirements of an engineering challenge. It then evaluates suitable electroformed materials, hybrid manufacturing processes and possible design solutions.
According to Ultima Forma, the AI can recommend approaches that engineers may not discover using traditional design processes alone.
This makes ElectroformIT more than a general-purpose engineering chatbot. It is being positioned as a specialist AI agent built around a defined manufacturing process and Ultima Forma’s accumulated materials and engineering knowledge.
Steve Newbury, Managing Director of Ultima Forma, said:
“Our aim is to help engineers develop breakthrough engineering solutions, making it easier to access the benefits of electroforming technology.
“ElectroformIT combines years of manufacturing expertise with AI-driven analysis to generate innovative concepts, recommend materials and manufacturing processes, and connect industry challenges with tailored design solutions.”
How Does Electroforming Work?
Electroforming is an advanced manufacturing process in which metal is deposited onto a form, mould or substrate through controlled electrodeposition.
Rather than removing material from a solid block, as happens during conventional machining, electroforming builds a metallic structure layer by layer.
Once the required thickness and material characteristics have been achieved, the underlying form can either be removed or retained as part of a hybrid component.
The process can produce:
- Lightweight metallic components
- Seamless structures without welds or joins
- Complex geometries
- Thin-walled components
- High-precision surfaces
- Components with tailored wall thicknesses
- Multi-material and hybrid structures
- Corrosion-resistant and high-performance surfaces
Ultima Forma specialises in applying the process to challenging engineering applications where conventional casting, forming or machining may be difficult, expensive or unable to deliver the required performance.
AI Could Make Specialist Manufacturing Knowledge More Accessible
One of the challenges facing specialist manufacturing processes is awareness.
An engineer cannot consider a manufacturing method they do not know exists or do not fully understand. Even where electroforming could provide a strong technical solution, engineering teams may initially default to machining, casting, additive manufacturing, fabrication or composite construction.
Ultima Forma developed ElectroformIT after recognising that many engineering teams had limited awareness of what electroforming could achieve.
The AI agent is intended to reduce that knowledge barrier by connecting an engineering requirement with potential materials, geometries and production methods.
Newbury said:
“We work across aerospace, defence, space, transport and energy sectors, where organisations are under increasing pressure to improve performance, reduce weight, strengthen supply chain resilience and accelerate innovation.
“While these are our core markets, the technology has the potential to support a much wider range of industries.”
ElectroformIT Launches at Farnborough Airshow
ElectroformIT was launched on the Farnborough Aerospace Consortium stand at the 2026 Farnborough International Airshow.
Ultima Forma showcased a selection of example components that it says have benefited from its agentic AI design methodology.
Newbury said the launch generated significant interest from engineers attending the show.
“Engineers are excited by the opportunity to use AI not simply to automate tasks, but to discover new design solutions that may otherwise remain unexplored.
“We showcased a range of example products at the airshow, all of which have benefitted from our agentic AI design methodology and demonstrate how advanced manufacturing and intelligent design tools can work together to deliver innovative outcomes.”
The company’s Farnborough display also included lightweight electroformed structures, composite erosion protection, hydrogen containment technology, thermal-management solutions and net-shaped hot isostatic pressing canisters.
Potential Applications Across Aerospace and Defence
Weight reduction is a major priority across aerospace, space and defence manufacturing.
Reducing the mass of a component can improve aircraft efficiency, increase payload capacity, lower fuel consumption and support the transition toward electric and hydrogen-powered aviation.
Electroforming can also enable seamless metallic structures with controlled wall thicknesses, allowing material to be concentrated where strength or protection is required.
Potential applications include:
- Aircraft leading-edge protection
- Lightweight heat exchangers
- Hydrogen storage and transfer systems
- Radio-frequency waveguides
- Thermal-management components
- Defence structures
- Space hardware
- Composite protection systems
- Net-shape manufacturing tooling
The combination of AI-assisted concept generation and an advanced manufacturing process could help engineers evaluate these applications earlier in a development programme.
Alan Fisher, CEO of the Farnborough Aerospace Consortium, said:
“ElectroformIT is an exciting example of how advanced manufacturing knowledge and artificial intelligence can be combined to help solve real-world engineering challenges. We are delighted to support the company as it introduces this technology to the industry.”
MTN Analysis
ElectroformIT represents an important direction for industrial AI.
Many of the most valuable manufacturing AI systems will be highly specialised rather than general purpose. They will combine AI models with proprietary engineering knowledge, materials data, process limitations and real production experience.
This is particularly important in advanced manufacturing, where an apparently promising design concept must also be manufacturable, certifiable, commercially viable and capable of meeting strict performance requirements.
ElectroformIT also addresses a genuine industrial problem. Engineers are frequently expected to explore new materials and production methods while working under pressure to reduce development time and technical risk.
A specialist AI agent could accelerate the early stages of this process by presenting engineers with credible alternatives before expensive design decisions are locked in.
The larger question is how far ElectroformIT goes beyond concept generation.
Its long-term impact will depend on whether it can demonstrate measurable improvements such as reduced design time, fewer physical prototypes, lower component weight, faster material selection or the discovery of commercially viable manufacturing routes.
This follows a wider movement towards manufacturing copilots and industrial AI agents that support engineers inside specific production workflows.
For smaller UK manufacturers, tools of this kind may also help close the AI adoption gap. Recent research has shown that many manufacturers remain interested in AI but lack the specialist skills and resources required to identify practical applications.
ElectroformIT provides a clear example of how a smaller advanced manufacturing company can embed AI directly into its technical expertise and customer proposition.
Key Takeaways
- Ultima Forma has launched ElectroformIT at the Farnborough International Airshow.
- The system is an AI-powered engineering agent focused on electroforming.
- It captures engineering requirements and evaluates potential materials, manufacturing processes and design concepts.
- Ultima Forma says it can identify solutions that may be missed through traditional design methods.
- Target sectors include aerospace, defence, space, transport and energy.
- The system supports the wider shift towards specialist AI agents grounded in manufacturing knowledge.
- Its commercial value will ultimately depend on measurable engineering and production outcomes.
FAQ
What is ElectroformIT?
ElectroformIT is an AI-powered engineering agent developed by Ultima Forma. It helps engineers explore materials, manufacturing processes and component designs that could be produced using electroforming and hybrid manufacturing methods.
Who developed ElectroformIT?
ElectroformIT was developed by Ultima Forma, an advanced engineering and electroforming company headquartered near Tadley in Hampshire, United Kingdom.
What is electroforming?
Electroforming is a manufacturing process that deposits metal onto a form or substrate through controlled electrodeposition. It can create lightweight, seamless and high-precision metallic components with complex geometries.
Which industries could use ElectroformIT?
Ultima Forma is initially targeting aerospace, defence, space, transport and energy. The company says the technology could also support other industries requiring lightweight, complex or high-performance components.
Is ElectroformIT a generative AI system?
Ultima Forma describes ElectroformIT as an AI-powered engineering agent that generates concepts, recommends materials and evaluates possible manufacturing routes.
Does ElectroformIT manufacture components?
ElectroformIT supports the design and engineering process. Ultima Forma can then provide design, development, validation and electroforming manufacturing services for suitable applications.
Why was ElectroformIT launched at Farnborough Airshow?
Aerospace and defence manufacturers face strong pressure to reduce component weight, improve performance, accelerate development and strengthen domestic supply chains. These are key potential applications for electroforming and AI-assisted engineering.
