aiting two months for a factory queue to deliver a single custom metal bracket kills hardware prototyping dead. 3D printing handles plastic mockups well enough, but functional aluminum or brass parts still force independent creators into an expensive third-party outsourcing loop. InfiMaker, founded in Shenzhen by DJI drone and robotics veterans Bowen Xie and Linjian Xiang, launched the K1 on Kickstarter on August 11, 2026, to break that bottleneck. Super Early Bird pledges start at $5,199—steep for a hobbyist gadget, but remarkably cheap for true simultaneous five-axis machining that cuts complex metal geometry without manual workpiece repositioning.
The engineering duo adapted drone flight-control algorithms and robot-vacuum spatial perception to replace industrial-scale machine bulk. The compact hardware package pairs a 1.5 kW spindle running at 20,000 RPM with 0.01 mm repeatability, designed to hold tight tolerances across non-ferrous metals.
Software Over Brute Force
Operating a traditional five-axis industrial mill typically demands years of complex CAM software training, putting metal fabrication out of reach for smaller workshops. InfiMaker attempts to flatten that learning curve by offloading kinematic complexity to onboard automation.
"We brought robot-control experience into five-axis, six-motor coordination, trajectory control, FOC, vibration suppression, self-calibration, and error compensation."
The Real Hurdle for Makers
InfiMaker plans to showcase the K1 CNC machine at IFA to prove that desktop-scale multi-axis milling can hold rigid tolerances outside marketing videos. Dropping $5,199 on a desktop rig makes economic sense only if your workshop regularly bleeds thousands of dollars and weeks of waiting on external machine shops. Tally up your recent custom metal machining invoices first: if turnaround delays cost you more than five grand a year, this desktop mill might actually earn its footprint.