At first sight you would think that this THING looks like some sort of origami tutorial made out of cardboard. It even looks like an automated actuator you would find in a drawing or under your car. Or even at a factory. This robot reflects the skill of human hands. It does this by using water powered pneumatic siphons. Created as an DIY experimentation in ‘Soft Robotics‘, FLXO’s applications go far beyond an actuator. Utilizing smart origami foldability and with parts that are easily accessible you would not be surprised to see these in another Amazon distribution center. FLXO democratizes mechanical autonomy, enabling individuals to trial and tinker. You do not have to depend on costly machines and expensive parts.
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It will always be manufactured the same way. His approach to work with delicate applications and autonomy made him plan a framework that enables you to effectively assemble your very own robot arm or implant in minutes. At the core of FLXO are the various sorts of actuators. Anyone can continue to develop the sleeves because of the origami structure. Regardless of whether you need parts that twist, wind, or pack and extend in a direct way, FLXO’s 3D printed sleeves accomplish all the previously mentioned developments, and the actuators (which are good with VeX apply autonomy units) are intended to be secluded, and can without much of a stretch be amassed together to make anything from a human hand to a mobile toy.
Still in its earliest stages, this product accepts delicate application and autonomy. It is an energizing and developing field, yet at the same time needs general availability. Intended to be as universal as LEGO, FLXO means to bring delicate mechanical autonomy and its cornucopia of potential outcomes to any individual who needs to assemble robots that aren’t inflexible in their structure and approach, yet are increasingly natural and exceptionally versatile to their environment.