KuriArm is a project developed by KuritreGame that offers all the necessary means for the construction of a robotic arm of small dimensions, oriented to the personal and / or educational field. The robotic arm has three axes of mobility and a clamp to manipulate objects.
All the information: material relation, the files of the pieces, the programming of the Arduino control board, the assembly instructions, the electronics and the connections of the arm are available in our blog through links in the App itself.
From the help screen of the application, you will find access to the blog where you can find, among others:
- The files of all the pieces to print in 3d.
- The program that moves the arm using Arduino technology.
There are two applications available on Google Play: KuriArm1 and KuriArm2.
The first is a free version of KuriArm2. The free version only has a form of arm government, however the paid version has three different forms of controls, including the possibility of programming specific actions for the robotic arm:
1.- Control of the arm by means of buttons (it is common to both versions).
2.- Control of the arm by means of buttons in sliding format.
3.- Programming a set of movements to perform specific tasks. There is the possibility of programming five different actions that can be modified at any time. The app has no pre-loaded action.
We are working on an improvement to govern the arm through the voice of the user.
We are also working to adapt the arm to a motorized vehicle and thus provide the function of moving and therefore be more useful for certain tasks. Without forgetting that it is not an industrial robotic arm if not personal.
In KuritreGame we are focused on the KuriArm project because we know that by helping the development of the cultural Maker, we help the development of people. We want to collaborate and facilitate manufacturing, distribution and technology sharing. We also use only programs, technology, applications, systems, platforms that are Open Source.
We believe in the technological heritage of humanity. We create educational applications to teach Android programming without previous ideas in programming, using App Inventor, visit our store on Google Play.
All the information: material relation, the files of the pieces, the programming of the Arduino control board, the assembly instructions, the electronics and the connections of the arm are available in our blog through links in the App itself.
From the help screen of the application, you will find access to the blog where you can find, among others:
- The files of all the pieces to print in 3d.
- The program that moves the arm using Arduino technology.
There are two applications available on Google Play: KuriArm1 and KuriArm2.
The first is a free version of KuriArm2. The free version only has a form of arm government, however the paid version has three different forms of controls, including the possibility of programming specific actions for the robotic arm:
1.- Control of the arm by means of buttons (it is common to both versions).
2.- Control of the arm by means of buttons in sliding format.
3.- Programming a set of movements to perform specific tasks. There is the possibility of programming five different actions that can be modified at any time. The app has no pre-loaded action.
We are working on an improvement to govern the arm through the voice of the user.
We are also working to adapt the arm to a motorized vehicle and thus provide the function of moving and therefore be more useful for certain tasks. Without forgetting that it is not an industrial robotic arm if not personal.
In KuritreGame we are focused on the KuriArm project because we know that by helping the development of the cultural Maker, we help the development of people. We want to collaborate and facilitate manufacturing, distribution and technology sharing. We also use only programs, technology, applications, systems, platforms that are Open Source.
We believe in the technological heritage of humanity. We create educational applications to teach Android programming without previous ideas in programming, using App Inventor, visit our store on Google Play.
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