The additive manufacturing solutions provider, which employs ten people at its Skypark demonstration centre, has joined forces with Phoenix Analysis and Design Technologies (PADT) to sell its robotic additive manufacturing systems to customers in the aerospace and defence sectors.
Bosses at Rapid Fusion believe there are almost £2m worth of opportunities available in the first year across the Western half of the country and have earmarked its Apollo, Zeus and Medusa solutions as offering significant time and cost savings compared to existing models.
The company will initially target PADT’s existing client base, whilst leveraging the US firm’s unrivalled technical knowledge, manufacturing networks and 30-year track record to make inroads into a market that is estimated to be worth $619.3million globally by 2030.
“We have had significant success disrupting the large format additive manufacturing (LAFM) arena in the UK and Europe and felt it was time to push into the United States – a sector that is the biggest in the world for our technology," Jake Hand, Managing Director at Rapid Fusion, said in a statement.
“We needed to find the right partner who not only understood our values and our products but also had immediate access to clients who would benefit from our solutions. Initial conversations with PADT founder Rey Chu got us really excited, and we’re delighted to sign the deal that makes the company our first US reseller.
“Phoenix Analysis and Design Technologies will have access to our full portfolio, including Apollo (a full turnkey 3D robotic printer), Zeus (a 3D printing robot that incorporates a unique CNC milling capability) and Medusa. The latter is a real LFAM gem and is three times faster than conventional machines, twice as accurate and promises to reduce training and maintenance costs by 30 per cent.”
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PADT has already committed to recruiting and training up a dedicated Rapid Fusion sales specialist, with the longer-term plan being to host several of the firm’s robots at its headquarters at Arizona State University Research Park in Tempe.
It will use its business-to-business marketing and sales function to communicate with prospective customers, initially in aerospace and defence and then moving into automotive, construction and medical.
Interested parties will be able to engage in an initial needs discovery conversation that will proceed to an application analysis and pilot proposal. Once agreed, the project will be executed with the goal of building a business case and ROI justification using jointly defined success metrics, employing actual customer data.
Based on the findings of the pilot, a commercial proposal will then be developed for a production system purchase, system implementation, training and post-sale support.
“Rapid Fusion’s pellet extrusion and robotic arm-based 3D printing systems offer a complementary and disruptive alternative to our current additive manufacturing offerings, enabling new applications in aerospace, construction, motor vehicles, and tooling,” added Rey Chu, a PADT Principal and 3D printing pioneer at Phoenix Analysis and Design Technologies.
“With a 100,000-strong marketplace on the West coast alone there is so much potential to disrupt the US marketplace, and we are looking forward to accelerating the UK firm’s presence here. The key will be getting the first customers on board and then we have a fantastic test case to entice more companies to adopt the technology.”
In addition to international expansion, Rapid Fusion has also recently launched a new AI ‘print assistant’ that can enhance the performance of its robotic additive manufacturing systems. Its team of developers have leveraged the power of artificial intelligence to optimise solutions for customers printing complex components for the automotive, aerospace, construction, medical and military sectors.
After eight months of coding, troubleshooting and various live tests, ‘Bob (Base of Build)’ is now being rolled out to existing clients and is promising to optimise its robots by making them easier to use, the company said, providing greater operator control and ensuring less downtime through preventative maintenance.
