Swedish Startup Plans Humanoid-Run Factories Inside Shipping Containers

A robotics startup firm from Stockholm is looking to put manufacturing within reach of customers with small factories housed in shipping containers and staffed by humanoid robots for the assembly, inspection and packaging of goods.

The Swedish startup, named 120ft, has put in place €576,000 ($644,000) in funding from 22 angel investors for its autonomous microfactories. These are aimed at consumer brands of a certain size that want to be flexible in their production but do not wish to put money into a factory of their own.

Under the plan set out on October 15, three 40-foot containers will be linked up, one for preparing components, another for assembly and the third to see products through to final inspection and packaging; the arrangement is what has given 120ft its signature name. The company does not intend to be in the robot sales business but will run the facilities. A customer can use its robotic capacity alongside other firms and simply put in with the component suppliers as before and pay for what is made. At present, 120ft is after the likes of manufacturers of consumer electronics and small appliances.

Martin Willers, the founder and CEO, came up with the notion when he was put in the position of dealing with manufacturing difficulties at Transparent, the maker of modular audio in Sweden, says SiliconANGLE.

Smaller businesses will usually need to put in large orders months in advance before knowing how much product needs to be moved and how much that product will generate.

"For a smaller brand, that means tying up cash and making decisions about demand far too early," Willers said.

With 120ft, one can do smaller runs and be closer to the point of sale. The software at the heart of the technology will take quality requirements, a list of components and product designs and render them as digital instructions for manufacture. It will also simulate the process beforehand so it can catch problem spots before they happen, and once production is underway, the software is in charge of the robots and equipment and any checks.

A demonstration has been put on record of a robot assembling a lamp, doing the functional test, and fitting components. There has been some headway in shortening the time to put new skills in a robot as well. Where an assembly task would have taken seven weeks in 2025, 120ft puts the figure at about seven hours now. By 2027, they have a target of seven minutes, though this is still in the development stage.

The first pilots will focus on rigid parts under five kilos that are put together with screws or press-fit connections. The fresh capital is assigned for building out the factory infrastructure and software, all the way to commercial production.

However, there are currently no confirmed volumes or performance numbers verified yet.

Should it work, the approach can allow smaller manufacturers to have access to robotic assembly without the cost of maintaining dedicated production facilities. What remains to be shown is whether such a compact and shared operation can be done at a viable cost and with reliability.