Wednesday, 01 July 2026 09:00 AM
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SHANGHAI, CN / ACCESS Newswire / July 1, 2026 / After 18 years in CNC, this engineer built a 5-axis machine for the rest of us.
IFMAKER was built on a single conviction: that CNC machining - one of the most powerful manufacturing tools ever invented - should belong to everyone, not just specialists in expensive factories. The IFMAKER M5 is a desktop 5‑axis CNC that delivers industrial‑grade precision without the industrial‑grade complexity.
The company was founded by Li Chao, a CNC systems engineer with 18 years of experience who previously worked on the i5 CNC system at SMTCL - one of China's first domestically developed bus‑based CNC systems. But despite his expertise, Li found himself reaching for hand files and grinding wheels when he wanted to make custom parts for his own DIY projects. "If I, as a CNC specialist, couldn't easily use these machines," he said, "something was fundamentally broken."
That frustration became the foundation of IFMAKER. The company was incorporated in June 2022 and is now headquartered in Shanghai's G60 Science & Technology Innovation Corridor, one of China's leading hubs for advanced manufacturing and robotics development. The team brings together engineers from SMTCL and Haitian Precision - two of China's premier machine tool manufacturers - alongside a new generation of engineers born after 2000, bridging decades of industrial experience with fresh perspectives on user experience and design.
Three Engineering Decisions Behind the M5
The M5 is built around three decisions that distinguish it from other desktop CNC machines.
First, full‑stack in-house development. The team built its own motion control algorithm from the ground up - not relying on open‑source systems like GRBL or LinuxCNC, which have significant limitations in 5‑axis machining. The IFMAKER CNC supports over 10,000 blocks of look‑ahead interpolation (compared to the industry standard of 500‑1,000), enabling smooth, high‑speed toolpath planning with industrial‑grade precision. The company also developed its own CAM software from scratch rather than licensing commercial kernels, delivering a system that can be learned in minutes - not months. The team further designed their own low‑voltage servo drives, replacing traditional stepper motors and high‑voltage servos to achieve superior dynamic response and precision at roughly half the cost.
Second, true 5‑axis simultaneous machining. Many "5‑axis" machines are actually "3+2" - rotational axes used only for positioning, not cutting. The M5, by contrast, uses RTCP architecture with 2μm precision, allowing all five axes to move simultaneously. Complex parts can be machined in a single setup, eliminating the cumulative errors of repeated fixturing.
Third, AI‑native interaction. The M5 integrates a NearLink wireless handwheel and probe - technologies that multiple university teams had attempted and abandoned. NearLink offers 20 times the bandwidth of Bluetooth with near‑zero latency, and supports AI voice transmission for voice‑controlled tool changes, axis movement, and tool calibration. "We were told it couldn't be done," Li said. "But we spent 12 months developing it because we believe voice is the most elegant way to connect people, software, and machines."
Built to Industrial Standards on a Desktop Scale
The M5's 135‑kg one‑piece cast‑iron base (HT300) provides the structural rigidity required for high‑speed, vibration‑free cutting - a foundation that most lightweight desktop machines lack. The machine uses C5‑grade ground ballscrews, P‑grade industrial linear guides, 17‑bit absolute encoder servos, and high‑rigidity harmonic reducers with positioning accuracy within 35 arc‑seconds.
The team subjected the control system to extreme real‑world testing: 30 days in a workshop at -20°C in northeastern China, and another 30 days in a sweltering 40°C workshop in Guangdong. "If we couldn't make it work in those conditions," Li said, "we didn't deserve to call it an industrial‑grade machine."
Designed to Grow With Its Users
The M5 is designed to lower the barrier to entry without sacrificing capability. The CAM system offers two modes: "Artist Mode," which enables beginners to generate toolpaths in under 10 minutes with minimal guidance, and "Professional Mode," which provides full parameter control for experienced machinists. The integrated CAD module supports both geometric modeling and mesh model import, allowing users to combine artistic designs with functional engineering - like adding a custom pattern to a functional part.
"Desktop CNC users should not have to choose between accessibility and performance," said Jianhua Dang, Chief Mechanical Designer at IFMAKER, who brings nearly 20 years of experience from SMTCL and Haitian Precision. "Our goal with the M5 is to bring the rigidity, precision, and reliability expected from industrial equipment into a machine that fits naturally into a maker's workspace."
Beyond the Machine: Building a Community
The IFMAKER M5 has already completed nearly ten prototype iterations and is currently undergoing production validation, reflecting IFMAKER's commitment to engineering excellence and product reliability before wider market availability.
Beyond the machine itself, IFMAKER is building a global community of makers. The company plans to offer IP collaboration programs where designers retain creative ownership while IFMAKER handles production and promotion. The team also plans to invite community members to its Shanghai headquarters for hands-on product experiences and co‑creation sessions.
"We believe the most important thing we're building isn't a machine - it's a community of people who use it to bring their ideas to life," Li said. "CNC should be a tool that serves everyone, not just specialists. That's what we're here to change."
For more information about IFMAKER and the IFMAKER M5, visit:
https://www.comingsoon.ifmaker.xyz/
About IFMAKER
Founded in Shanghai in 2023, IFMAKER is an engineering‑driven company focused on making industrial‑grade 5‑axis CNC technology more accessible to makers, designers, engineers, and innovators worldwide. The company's team combines expertise in CNC systems, CAM software, robotics, and precision mechanical engineering to develop integrated hardware and software solutions for desktop manufacturing. IFMAKER's R&D center is located within Shanghai's G60 Science & Technology Innovation Corridor.
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IFMAKER
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SOURCE: IFMAKER