New CNC mill promises titanium machining at an affordable price – I've already seen it in action

CNC machines are gradually carving out a place in the consumer and prosumer markets—a trend that was clearly on display at IFA 2026. Among the upcoming entries is the ToolDance X1, a new CNC mill slated to seek funding through a crowdfunding campaign shortly. With a Super Early Bird price tag of $2,999, it aims to deliver high-end capabilities at an accessible price point. While any backing campaign carries inherent risks, this unit is far from vaporware: the ToolDance X1 was showcased live and in operation at IFA 2026, complete with a range of finished sample workpieces. Price-wise, however, it lands well above entry-level options like the Makera Z1.

The machine offers a working area of approximately 400 x 256 x 180 mm, though the full working height isn't available on the far right-hand side. At its core is a 1,500-watt spindle capable of spinning up to 24,000 RPM, featuring a runout specification of under 10 µm—a critical metric, as excessive runout impairs precision. According to the manufacturer, the X1 is built to tackle hard stock, including titanium alloys and stone, alongside standard materials like aluminum and acrylic.

Optional extras include a 5-axis module and a flood coolant system. Beyond temperature management, the coolant flush effectively clears chips from the cut zone, proving essential for heavy metalwork. Designed with ease of use in mind, the system also features automatic tool changing.

Editor of the original article: Silvio Werner - Senior Tech Writer - 18145 articles published on Notebookcheck since 2017

I have been active as a journalist for over 10 years, most of it in the field of technology. I worked for Tom’s Hardware and ComputerBase, among others, and have been working for Notebookcheck since 2017. My current focus is particularly on mini PCs and single-board computers such as the Raspberry Pi – so in other words, compact systems with a lot of potential. In addition, I have a soft spot for all kinds of wearables, especially smartwatches. My main profession is as a laboratory engineer, which is why neither scientific contexts nor the interpretation of complex measurements are foreign to me.