Skip to content 
At Munro & Associates, we’re always fascinated by transformative technologies—and few are as groundbreaking as what’s happening at Machina Labs. Nestled in California’s manufacturing heartland, Machina is rewriting the rules of metal forming by combining robotics, artificial intelligence, and good old-fashioned craftsmanship in a way the industry has never seen.
From custom car hoods to rocket parts and aircraft skins, Machina’s “robot craftsmen” are ushering in a new era of agile manufacturing—where high-mix, low-volume production doesn’t mean compromising on speed, precision, or cost.
No Dies. No Tooling. No Problem.
Walk through Machina’s facility and the first thing that grabs your attention—aside from the robots and the space-age aesthetics—is what’s not there: dies, molds, or massive stamping tools. Instead, Machina’s system incrementally shapes flat sheets of metal into complex 3D parts using robotic arms and force feedback, akin to a potter molding clay.
Their approach doesn’t just save time—it unlocks a level of flexibility that traditional metal forming can’t match. Whether you’re forming stainless steel heat shields for rockets, composite molds for aerospace, or quarter-inch thick steel skid plates for trucks, Machina’s system handles it all with the same equipment. Different alloys, shapes, and part types—one robotic platform.
One Robot, Many Roles
What sets Machina apart isn’t just that their robots can form sheet metal—it’s that they can do everything else, too. Once a part is formed, the same robot picks up a cutting tool and trims it. Then it swaps tools again to perform a 3D scan, comparing the result to CAD files for instant quality control.
This closed-loop system, collecting up to 150 channels of data every four milliseconds, allows real-time adjustments during the forming process. If the robot senses the material reacting differently than expected, it corrects its path. It’s not just forming—it’s learning.
Machina’s robots can switch seamlessly between applications, forming everything from aircraft wing skins to custom automotive hoods. The parts are formed, scanned, cut, and inspected—all in the same cell, by the same machine.
A Game-Changer for Aerospace and Defense
In aerospace, the stakes are high, and the demand for precision and agility is greater than ever. Machina’s technology is already proving its worth for partners in space and defense, particularly in forming materials that are notoriously difficult to shape—like titanium and 7000-series aluminum.
Traditionally, titanium sheet has to be formed at high temperatures due to its brittleness. But Machina has cracked the code for room-temperature forming, allowing them to produce hypersonic aircraft skins and other high-strength components without costly machining or heat treatment.
One standout example is their work on toroidal tanks for lunar landers. These doughnut-shaped fuel tanks offer stability advantages but are notoriously hard to manufacture. Machina’s solution? Use robotic forming to shape each panel without any dies or molds—reintroducing an advanced geometry that had fallen out of use due to manufacturing limitations.
Customization Without Compromise
Machina’s impact isn’t limited to aerospace. In the automotive sector, they’re enabling the kind of mass customization once thought impossible. Imagine ordering a truck online and choosing a custom hood embossed with a topographic map of your hometown, or your company’s logo—Machina makes that feasible.
By combining traditional stamping for high throughput with post-processing customization from their robot craftsman, automakers can offer unique vehicles without altering their entire production line.
They’ve even reskinned an entire Ford F-150 with metal panels formed exclusively using their system—hood, doors, roof, and all. The shapes and features they achieved would be impossible to stamp from a single die without wrinkling or tearing. Machina didn’t just match stamping—they exceeded it.
Portability and Scalability
One of Machina’s latest innovations is their new generation of portable cells. These robot forming systems are container-sized, self-calibrating, and require no anchoring. They can be forklifted onto a flatbed and deployed on-site, ready to work within a day. It’s a modular approach to manufacturing, capable of scaling from aerospace depots to automotive assembly plants.
Each system handles forming, scanning, trimming, and even coolant management, thanks to built-in recirculation floors. And with tool-changing capability built right in, future updates—like adding plasma cutting or welding—are just a software update and a new tool away.
From Artisan to Algorithm
At the heart of Machina’s philosophy is honoring the legacy of traditional craftsmanship—while pushing it into the future. Their technology was inspired by people like Bobby Walden, a master metal shaper who’s spent decades building parts for classic cars using Yoder power hammers and raw skill.
Bobby was skeptical at first. Then he visited Machina, saw the process in action, and was instantly hooked. Now, Machina’s robo-craftsman can replicate what would have taken his team a year and a half—in a fraction of the time, and with consistent precision.
It’s not about replacing the artisan—it’s about giving them a new set of tools.
Anvil: The Custom Car Reimagined
One of Machina’s most exciting projects is “Anvil,” a custom-to-order vehicle platform. Using their technology, Machina is exploring a future where you could order a car tailored to your exact preferences—one that doesn’t require millions in tooling just to be produced once.
Each Anvil vehicle is comprised of approximately 50 sheet metal panels, all formed without dies or molds. The hood alone features deep draws and sharp lines impossible to reproduce with traditional methods. The result is a vehicle with hyper-stylized contours and zero compromise on design or cost-efficiency.
The Future is Flexible
What Machina Labs has created isn’t just a machine—it’s a manufacturing platform. One that forms metal with the grace of a craftsman, the precision of a CNC machine, and the adaptability of AI.
Whether you’re an automaker looking to differentiate your lineup, a defense contractor producing aircraft skins on demand, or a custom shop rebuilding vintage parts, Machina’s robot craftsmen represent a seismic shift in how we shape the world around us.
At Munro & Associates, we’ve seen plenty of breakthroughs. But what’s happening at Machina Labs? That’s the kind of technology that redefines an entire industry.
Tune in to Munro Live for more great technology news and insights!