Inmoov's New Gripper

bhouston

Canada

I found a design for a robotic gripper on Instructables, so I thought I would make one for my InMoov. The basic design was done by Techiebot here's the link to it; http://www.instructables.com/id/Universal-Gripper-Syringe-Powered/

I had to design and print a few parts to adapt everything to fit into the arm of my robot. It will pick up small objects and with a little more suction the gripper could pickup bigger objects. The EZ-Robot OS sure makes it easy to animated things like this but I don't need to tell you all that.

The first video shows it working and the second one describes the build.

By — Last update

ARC Pro

Upgrade to ARC Pro

Stay on the cutting edge of robotics with ARC Pro, guaranteeing that your robot is always ahead of the game.

#1  

That's really cool. I have been looking at these balloon grippers for a while, but I never would have thought you could use a servo to create suction. Very clever.

Alan

#2  

Nice work Bob.... Really nice!... Did you just print a new forearm and wrist and swat out your inmoov's original arm?

Never mind just re-read your post... Actually that's not a bad idea... swappable arms... :)

#3  

That is a great piece of engineering effort ! Really works well, especially with smaller objects.

PRO
Canada
#4  

Nice work Bob! I've also wanted to try building one of those types of grippers but just never had the time. Sweet implementation!

Canada
#5  

Great idea Bob, very inspiring. Your Inmoov looks and moves so naturally.

#6  

Thanks for your comments. I printed a new forearm so I can swap it out for the original one. I find that the HS- 755 servo has lots of power to pull the syringe. This was an interesting experiment, I think I'm going to try a small pump for the next version, to create more vacuum, then the gripper can be larger. The problem is finding a membrane that is the right size.

#8  

I agree it looks a little odd! It was a proof of concept and a challenge to see if I could fit the mechanism in the forearm of the robot.