#Resistance band arduino robotic arm professional#
#Resistance band arduino robotic arm series#

NGen is an all-round filament which has many advantages over PLA. NGen has proven itself to be a very versatile material that can be used for a lot of applications, visual prototyping being one of them! It has become our default, all-round filament for printing all sorts of prototypes and prints just have to look damn good! We thank Carl for sharing his work and using our nGen filament in such an awesome way!

Printing on a PEI bed results in good adhesion and no tools needed to remove the printįor the parts he used the following settings:.

The consistent quality make for predictable results.

It has better material properties than PLA.

It does not have the nasty toxic smell of ABS.

He lists the following advantages of nGen over other materials he tried: I used it to print some old designs and noticed a drastically improved result.” nGen was introduced as a new filament and I got some samples. You will only appreciate 3D printing if you explore its possibilities and limitation.”Ĭarl is very clear about his material choice, our nGen: “Several years ago I visited the colorFabb factory where I talked to some engineers and was impressed by their knowledge about polymers.

#Resistance band arduino robotic arm professional#

For students, educators and startups there is free professional design software, like Autodesk Fusion 360, which I used for this design. Especially the advancements in materials, such as the filaments from companies like colorFabb, make 3D printing interesting. 3D printing technology has evolved rapidly during the last decade. The first video is a demo of the robot, the second shows the assembly of the gripper and the third shows the assembly of the arm.Ĭarl exlained how he got into 3D printing: “The price level of rapid development tools like 3D printing and CNC milling has come to a point where everyone can afford it. The three instruction videos he has made, are now online.

#Resistance band arduino robotic arm series#

Carl also created a series of videos to explain the process, the first one below: For spherical shaped objects this is not needed. Most industrial robotic arms have 3 additional degrees of freedom to orient the gripper at the correct angle. The robot has 3-degrees of freedom, enough to pick up bouncing balls. He wanted to design a robot that looked like a real industrial robot and should function as an inspiration for students and makers, especially since it can be made for about 10 euros! Who doesn’t like robotics? We printed our own robotic arm last year and it is always great to see our filaments converted into cool prints like robotics! Enter Carl van Heezik, teacher and researcher at the Amsterdam University of Applied Sciences.