In primary and secondary school campuses and communities, more and more maker spaces are becoming the first window for young people to touch the world of engineering. There is no rigid boundary of traditional classrooms; instead, open workbenches filled with tools, small processing equipment that can be started at any time, and a group of young people who are curious and eager to turn their ideas into physical objects take their place.

However, when these young “makers” want to try metalworking and precision manufacturing, ordinary hand tools often fall short, while traditional industrial‑scale machine tools present high thresholds and significant risks. The emergence of student‑safe micro machine tools exactly fills this gap—they are both professional teaching instruments, core equipment for maker spaces, and a key to engineering enlightenment.

In campus maker spaces, micro machine tools play an irreplaceable role. The core value of a maker space is never to pile up expensive professional equipment, but to build a low‑threshold, high‑safety making environment for learners at different levels.

Professional Set (8‑in‑3) (W500MA)

Function Description:

The professional set can be assembled into 8 different types of machine tools (metal sawing machine, metal filing machine, metal turning machine, metal milling machine, metal drilling machine, metal grinding machine, hand‑held machine tool, and metal indexing drilling machine), with any 3 of these functions usable at one time. The machines are compact, occupy little space, and are easy to assemble and disassemble. Assembly does not hurt hands, and there is no age or gender restriction—they can be operated by children aged 8 and above as well as healthy adults up to their 70s. Detailed product instructions, model‑making tutorials, protective goggles, aprons, etc. are provided, so you can use them conveniently and safely. The sawing machine is specially designed with a safety buffer that makes it safe and non‑injurious; even if skin touches the saw blade while it is running, it will only cause a slight vibration and will not cut the hand, so you can confidently let students operate it.

Technical Parameters:

All mechanical parts are metal, including the belt cover.

Voltage/Power: 100V‑240V, 24W (36W, 60W optional)

Motor speed: 20000 r/min ±15%

Spindle speed: 3000 r/min ±15%

Saw blade stroke: 4 mm

Maximum machining diameter: 50 mm

Large slide travel: 45 mm

Small slide travel: 35 mm

The modular design of micro machine tools makes their functions extremely flexible. An advanced set can be configured into 6 or even 8 different types of machine tools. The hand‑held machine tool is equipped with various grinding accessories; with a drill bit it becomes a hand drill, with a grinding wheel it becomes a hand grinder, and with an end mill it becomes a hand milling tool. This flexibility allows students to experience multiple processing methods and learn more skills within limited space and budget.

In the actual operation of maker spaces, students act as both designers and engineers. They first plan through thinking and design, and then use the micro machine tools to build the products in their minds. From simple Luban locks and small chairs to complex model assemblies, every piece embodies the students’ creativity and effort. With their compact size and ease of use, student‑safe micro machine tools allow users to get started after brief training, gradually understanding and mastering the basic principles of machine tools and enhancing their mechanical operation abilities during the hands‑on process.

Keywords: # Creative Woodworking Course, # Primary and Secondary School Labor Skills Course, # Woodworking Education Equipment, # Woodworking Student Machine Tool, # Woodworking Creative Course