AI Takes Over CNC, Robots Weld Without Code – A Week of Investment in Metalworking
MetalTech · weekly review · 2026-10-02
Industry Roundup

AI Takes Over CNC, Robots Weld Without Code – A Week of Investment in Metalworking

This week in metalworking technology has one common denominator: capital is flowing toward automation that's becoming simpler and more accessible for smaller workshops, not just for large plants with dedicated programming departments. Two funding rounds – one from London, one from Seoul – show that investors see the future in artificial intelligence that programs CNC machines and in welding robots that an operator with no coding experience can run. Here's what happened.

Visualization of artificial intelligence automatically generating toolpaths and CNC code on a machine tool's control screen, without a programmer involved.
Source: image generated by Cloudflare Workers AI (@cf/black-forest-labs/flux-1-schnell) · License: editorial material (AI image)

01 · AI in CNC

CloudNC and $20 Million for AI That Programs For You [1]

UK-based CloudNC has closed a $20 million funding round backed by Nimble Ventures, Calculus Venture Capital, Entrepreneur First, and LM Ventures. The money will go toward further development of artificial intelligence that supports machining programming – one of the most time-consuming stages of work in a CNC shop.

The company's flagship product is CAM Assist, a tool that automatically generates machining strategies and toolpaths, eliminating hours of manual work for CNC programmers. The system is already running in more than a thousand workshops worldwide, which is a solid testament to its effectiveness on its own. CloudNC isn't slowing down – on the roadmap is Quote Agent, a tool for automatically pricing jobs, along with FedRAMP certification, which would open the door for the company to sell its solutions to the US defense sector. It's a clear sign that AI in metalworking is no longer just a conference talking point, but a real tool that shortens order turnaround times.

02 · Welding Robotics

RB-Ware: Code-Free Welding Reaches South Korea and Beyond [2]

On the other side of the globe, in South Korea, accelerator SparkLabs, together with fund SOSV, has invested around $640,000 in the startup RB-Ware. The company specializes in welding and grinding robots that can be operated without writing a single line of code – which, for smaller workshops where nobody has time to learn robot programming, is the real difference between adopting automation and sticking with manual work.

RB-Ware is already operating in 16 countries, and the investment is set to fuel its expansion into the US market. The company is also working on something more ambitious: an autonomous, mobile, AI-powered welding robot that could move between workstations on its own. If CloudNC answers the question of "how to program a machine tool faster," RB-Ware answers the question of "how to robotize welding without hiring a robotics specialist" – both stories share the same theme: lowering the barrier to entry for automation.

Summary

Summary

This week confirms a trend that's becoming harder to ignore – investors are no longer just chasing flashy humanoid robots, but concrete AI and automation tools that genuinely cut down shop-floor time, from CNC programming to welding. If you'd like to see similar solutions in action, we invite you to Warsaw MetalTech – Targi Technologii, Maszyn i Narzędzi do Obróbki Metalu, where automation, industrial robotics, and digital support for metalworking will be among the main topics of conversation at the booths.

Invitation

AI-assisted CNC programming, code-free welding robots – this isn't science fiction anymore, it's real technology you can see in action. Visit Warsaw MetalTech – Targi Technologii, Maszyn i Narzędzi do Obróbki Metalu and discover how automation is transforming Polish workshops right now. Talk to technology providers and plan your next step in growing your production.

Warsaw MetalTech 2026

This review was prepared by the Ptak Warsaw Expo editorial team.

MetalTech · weekly review · 2026-10-02