Tentaskull Halloween Prop
Biting Jack-O-Lantern Candy Bowl
3D Printed Portable Bladeless Fan
I guess it could be ¯\_(ツ)_/¯
Thank you! I printed the grippers at 10% infill. I'll be sure to add that to the printing instructions.
Thanks! With grippers, the holding strength is more important, however I haven't measured this.
Thank you, that may be a future improvement.
Print-in-Place Robotic GripperView Instructable »
I designed this in 123D Design and printed the molds on a MakerBot Replicator Mini.
Super Soft Pretzel Bites
Mini CNC Foam Cutter
Thank you, but I'm not sure what you're talking about. Changing the durometer and air pressure can deliver more force, but with a given actuator, there will always be a consistent pressure-force curve. If I were to use a hydraulic fluid, it would transfer more force, but durometer and pressure would still have the same effect.
I like your idea, but there are a few issues with it (besides the fact that it's just not what I wanted to make). Firstly, if I were to restrain a balloon with a rigid frame, then it would not be a fully soft robot. Secondly, your idea would make it difficult to make an actuator that does anything but just inflate, as the rigid frame would forbid it from bending or extending. Lastly, although restraining wireframes sound like a good idea, the inflatable tends to inflate in all other directions, making it not so useful for restricting movement. Typically soft actuators with restraints have restraints surrounding them completely. Hope this clears things up.
Flat Soft Actuators From Im...View Instructable »
Custom O-Ring GasketsView Instructable »
3d Printing Servo Controlled and Other Valves
Not very much point to it, it probably wouldn't improve it that much. I don't know what your refering to as "weird horizontal rotation" either. The holes in which the string runs through functions as a form of a pulley, so the motion is well allinged already.
I just said that in the previous comment.
There are a few possible limits to how many valves you can have. First off is power, you typically don't want to pull more than 1 amp through any Arduino. I'm not sure off hand of the current draw of the valves. The other limiting factor is control. You need enough pins and motor drivers to control all the valves. The best advice I can give for learning electronics is how I learned. Just build stuff.
No problem! Questions are how you learn. To have multiple controllable outputs, yes, you would need to add more solenoid valves. I apologize for the noise in the background, that was my 3D printer, not the pump. When running, the pump is not extremely loud, I can't give you an exact number however.
Exactly, unless you are using the check valve, in which the air is automatically kept in.
Silicone Suction Grippers
Sewing a perfect 3-D corner (for a cube)
The Crawli - A Simple Walking Soft Robot
XYZen Garden Kit
DIY Protected Lithium battery holder
How To Control a 3D Printer with a Phone via DIY AstroBox
Soft Robotic Insole
Coating Fabric with Liquid Latex
Another Simple Gripper
Simple Animatronics (robotic hand)
Simple Robotic Gripper
Neoprene Bend Sensor IMPROVED
Neoprene LED Light Pouch
Conductive Thread Pressure Sensor
Stream PC Desktop to Phone for Virtual Reality (Now with Head tracking!)
LED Water Purifier
How To Make Your Own Sugru Substitute
3D Print: Make Servo Controlled Valves
Website Down Alarm
Three Fabric Buttons
4 Bit Binary Calculator
Remote Bluetooth Car
Build a Very Small Robot: Make The World's Smallest Wheeled Robot With A Gripper.
Make your own PCBs on an inexpensive desktop CNC mill
PCB etching using laser printer
Ember Printer: Achieving Layered Geometries with PNG Stacks
Inch Worm Soft Robot
Make Conductive Rubber: Transparent stylus-iPod/iPhone
Making Ooglo: Luminescent Silicone Paint
3D Printed Quadcopter
Air-Powered Soft Robotic Gripper
The Bacon Battery!
Raspberry Pi Water Cooler
The MicroSlice V1 | A tiny Arduino laser cutter
Cardboard Ball Chair
Color changing box shelves with LED-strips and Arduino
Building a 1:1 Scale Portal Gun with Lights