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DIY-Robotics
Canada
Приєднався 7 лис 2019
DIY Robotics offers a range of pre-engineered, mobile and modular industrial robotic cells, and is also a community of engineers and programmers who want to build the largest open-source knowledge base for DIY industrial robotics. On our platform, not only can you access a large number of tutorials and documentation, but we even have a forum where you can ask specific questions to the community.
So, DIY Robotics is a place to talk programming, share ideas and solutions, and work together to build cool stuff in a supportive, smart community.
So, DIY Robotics is a place to talk programming, share ideas and solutions, and work together to build cool stuff in a supportive, smart community.
The DIY Robotics Sanding Cell
The Robotic Sanding Cell is a simplified approach to industrial robotic sanding. While DIY Robotics isn’t aiming to reinvent the wheel, we designed this solution to bring industrial robotic sanding into small and medium businesses looking to improve upon their sanding processes.
The combination of these 3 leaders (DIY Robotics, ATI Industrial Automation and 3M ) in their industries brought forward a solution that offers flexibility, performance, and usability.
🤖 Visit us : diy-robotics.com/
LinkedIn : www.linkedin.com/company/26511968/
Facebook : DIYRoboticsCommunity
💻 Blog : diy-robotics.com/blog/
💻 Forum : forum.diy-robotics.com/hc/en-us/community/topics
The combination of these 3 leaders (DIY Robotics, ATI Industrial Automation and 3M ) in their industries brought forward a solution that offers flexibility, performance, and usability.
🤖 Visit us : diy-robotics.com/
LinkedIn : www.linkedin.com/company/26511968/
Facebook : DIYRoboticsCommunity
💻 Blog : diy-robotics.com/blog/
💻 Forum : forum.diy-robotics.com/hc/en-us/community/topics
Переглядів: 502
Відео
DIY Robotics - A Robotic Revolution
Переглядів 7872 роки тому
We’ve reinvented industrial robotic integration to minimize the costs and time consumption of robotic migration in an assembly line. We're enabling manufacturers to integrate plug-and-play products without the need of a programming degree. DIY Robotics is all about revolutionizing the world of robotic integration. In conventional robotics, the integrators anchor the robot to the ground and buil...
DIY Robotics and Jake Hall at AUTOMATE 2022
Переглядів 1142 роки тому
Our crew members had the chance to have a chat with Jake Hall and Chris Luecke during Automate 2022. We talked about our vision of robotics and the challenges manufacturers are facing these days. For more information about us : Visit us : diy-robotics.com/ LinkedIn : www.linkedin.com/company/26511968/ Facebook : DIYRoboticsCommunity 💻 Blog : diy-robotics.com/blog/ 💻 Forum : forum....
LETS GET READY FOR AUTOMATE 2022
Переглядів 1732 роки тому
Big announcement alert! We will be officially presenting at the Automate Show from June 6 to 9 in Detroit, Michigan, USA. Don’t forget to mark your calendars for this amazing event coming soon! Visit us : diy-robotics.com/ LinkedIn : www.linkedin.com/company/26511968/ Facebook : DIYRoboticsCommunity 💻 Blog : diy-robotics.com/blog/ 💻 Forum : forum.diy-robotics.com/hc/en-us/communit...
Unboxing FANUC CRX Cobot
Переглядів 1,1 тис.2 роки тому
We present you the unboxing of our most recently arrived CRX robot. Let’s talk about the advantages of having a CRX model: not only does it have all the practical features of a cobot, but it has a few important upgrades and distinctions. Operating on standard 120V power, you can insert them anywhere in your assembly line, as long as you have a standard outlet nearby. It offers a quick setup and...
Norda Stello at DIY Robotics HQ
Переглядів 2202 роки тому
A few weeks ago, we hosted a networking event with Norda Stelo to conclude our partnership. It was the first time our teams had the chance to properly meet. Smile, excitement, and technology talks were all around. We are glad to have the chance to meet such a great team, and we can’t wait to see the projects we will achieve with these fellows. Thanks for the evening! Visit us : diy-robotics.co...
The Robotic Heat Staking Cell by DIY Robotics and Extol
Переглядів 6572 роки тому
In partnership with Extol, we’ve designed a Robotic cell bundle to automate Heat Staking processes. With the Extol InfraStake technology and the mobility of our Satellite Cell, this new bundle simplifies the staking processes in the plastics industry. When some heat-staking processes can be hot and sticky, the Robotic Heat Staking Cell with the Extol InfraStake technology makes it precise, clea...
Insightful feature of our Modular Robotic Cells - Retractable electrical box
Переглядів 2802 роки тому
To avoid contortion and unpleasant postures, our cells are equipped with a retractable electric box. It is one form many other unique features our cell have to offer. Feel free to book a consultation for more information about our product! ☎️ diy-robotics.com/free-consultation-with-our-sales-team/ Visit us : diy-robotics.com/ LinkedIn : www.linkedin.com/company/26511968/ Facebook : facebook.co...
Mobile Robotic Cell - Leveling pad wheels
Переглядів 5513 роки тому
[ABOUT OUR CELLS] Our cells are equipped with wheels but also with leveling pads to stabilize and secure the cells before starting the robot. It’s incredibly simple to use. Thanks to FOOT MASTER Caster & wheels for their excellent product. Visit us : diy-robotics.com/ LinkedIn : www.linkedin.com/company/26511968/ Facebook : DIYRoboticsCommunity 💻 Blog : diy-robotics.com/blog/ 💻 Fo...
Easy moving Robotic Cell
Переглядів 4413 роки тому
[MODULAR CELLS] Each of our cells is equipped with wheels to make them easy to move when needed! For more information about our product line contact: info@diy-robotics.com Visit us : diy-robotics.com/ LinkedIn : www.linkedin.com/company/26511968/ Facebook : DIYRoboticsCommunity 💻 Blog : diy-robotics.com/blog/ 💻 Forum : forum.diy-robotics.com/hc/en-us/community/topics
St-Valentin 2021
Переглядів 1373 роки тому
Because everyone can fall in love, we wish you a sweet valentine's day. Visit us : diy-robotics.com/ LinkedIn : www.linkedin.com/company/26511968/ Facebook : DIYRoboticsCommunity 💻 Blog : diy-robotics.com/blog/ 💻 Forum : forum.diy-robotics.com/hc/en-us/community/topics
St Patrick 2021
Переглядів 483 роки тому
We are not exactly sure how the meeting ended. So happy St-Patrick's day anyway! Visit us : diy-robotics.com/ LinkedIn : www.linkedin.com/company/26511968/ Facebook : DIYRoboticsCommunity 💻 Blog : diy-robotics.com/blog/ 💻 Forum : forum.diy-robotics.com/hc/en-us/community/topics
Happy Easter Day 2021
Переглядів 1183 роки тому
A little Fantasy is always joyful. Can you find the Easter eggs we hid in our Robotic cell's human-machine interface? Happy Easter! Visit us : diy-robotics.com/ LinkedIn : www.linkedin.com/company/26511968/ Facebook : DIYRoboticsCommunity 💻 Blog : diy-robotics.com/blog/ 💻 Forum : forum.diy-robotics.com/hc/en-us/community/topics
The Robotic Welding Assistant
Переглядів 3973 роки тому
Combined with our Astro-53, the Robotic Welding Assistant kit represents our vision of a real collaborative application for a cobot. This new DIY-Robotics kit was created to work in symbiosis with the welder. Useful third hand, it enables jigless welding, therefore giving more autonomy to the welder. The 360° motion of the FANUC robot avoids having to turn over the part to weld all sides and pr...
Timelapse - Building Satellite-66 by DIY-Robotics
Переглядів 4903 роки тому
In this one-minute time-lapse, we're demonstrating how modular our cells are. Our engineers built and reconfigured the satellite-66 cell in only a few hours! We've designed our entire product line to be easily tailored made to fit your needs. Its modularity allows you to change the purpose of the cells when needed. Visit us : diy-robotics.com/ LinkedIn : www.linkedin.com/company/26511968/ Face...
[BEHIND THE ROBOTS] EP.06 - Pierre-Paul
Переглядів 913 роки тому
[BEHIND THE ROBOTS] EP.06 - Pierre-Paul
DIY-Robotics | Build your cell tool tutorial
Переглядів 8833 роки тому
DIY-Robotics | Build your cell tool tutorial
DIY Robotics | Educative 6 Axis Robot Arm
Переглядів 19 тис.4 роки тому
DIY Robotics | Educative 6 Axis Robot Arm
Спасибо
como puedo hacer ese ajuste pero no en user que sea en world podrias ayudarme
I'm grateful for content like this. I'm a robotics instructor, and will direct my students to your channel for additional information outside the classroom. Content like this allows my students to be better supported.
Is it design open source can we download and use on our project
Hi Aswath, yes you can download the package following this link : diy-robotics.com/educative-robot-cell-free-package/
For how decent the forum is this youtube video it pretty mid
very easy to understand thanks
if you use some kind on inductive rod that is mounted on an internal inductive rods to the motors...that eliminates the wires and will give you more than 270 degrees of freedom...! Might ~namaste~
Hanzhen harmonic drive gear , over 30 years experience , robot arm gear , joint gear reducer
Very good information!! Keep it up!!
Very nice.... Thanks
Hi would you recommend me please some bearings for construction. I want to bigger precssion. Sorry for my english, it is not mynative language
Great presentation!! Collaboration contact details
it is so amazing very thanks
Thanks Francisco, glad it helps!
do you have to use the DIY robot software or can you try to program it with arduino
Hi, you can program it with arduino but the software allows you to record point and do a basic programm
@@mathieuberube5105 thank you
Wow
The linked websites not available
Hi Zsolt! We are currently experiencing some problems with our website. The situation should recover soon.
Hello Zsolt! Just a heads up to let you know everything should now be working. Let us know if you run into any other issue. Cheers!
Is this software on pc? What is this software? Thank you
Hi Pavel! This software is ROBOGUIDE. You can find it on pc and also on a robot controller. Have a nice day! Noemie from DIY-Robotics 🤖
👍
how do you test it?
Amazing 👏 my first time doing this and I did it thaks to you. GBU.
Hey! I'm from People Are Awesome, an LA-based media company. We'd love to share this video with our 200 million fans & potentially license it to our 600+ Clients! Were you interested? Please reply with your email address :)
Captions or text is really helpful for those of us troubleshooting in a loud plant.
Hi Kevin and thanks for your feedback! Voiceovers and subtitles are on our to-do list ;) Coming soon!
useless
Hi Gunny, we hope all is well and that you're staying safe! We're always looking for feedback from the community to develop and share useful content. Would you mind telling us a bit more about your impressions of this tutorial and/or suggestions of useful content? You can reach us at info@diy-robotics.com Cheers!
it's possible to add any gripper? there is no stl file for that.. do you have any solution?
Hi Pavano, You can add a gripper on the robot end of arm. We dit not include stl file for the robot tool , but you can easily find a gripper on internet. Check out www.thingiverse.com, there are several models. The robot uses 6 PWM channels to control the servo motors. Arduino Micro has 7 available PWM channels. You can use the 7th channel to control a servo motor to close / open the gripper. Thank you for your interest :) Don't forget to share your project on the forum ! forum.diy-robotics.com/
@@DIYRobotics I didn t understand how i can connect the 7th pw/m on the board if there are only 6 J pin
@@DIYRobotics and then do you have any version of the software for apple?
@@pavanoriccardo8136 There is no dedicated connector on the board for a 7th PWM. You could solder a wire directly on the correct Arduino pin to use the 7th PWM. To control this PWM, you would have to modify a bit the Arduino program. Suggestion: Use the Do1 signal in the software to indicate to the Arduino program when to open and close the gripper.
@@pavanoriccardo8136 Unfortunately, the software is only available on Windows.
What is the maximum weight it can handle
We haven't perform any tests on the maximum payload. The servo motors used in this project are low cost which also means low torque. As an educative robotic project, our goal was to offer a fully functionnal robotic platform at low cost. But you could buy servo motors with higher torques if you want better performance ! And don't forget to share your robot on our forum :) forum.diy-robotics.com/hc/en-us/community/topics/360001653371-Educative-Cell
Is it precise?
The minimum increment command on each servo motor is 1deg. There is also a precision loss due to robot stiffness. But it is precise enough to repeat simple cycles as shown in the video.
It looks like the end that picks up the cards is not present in the bill of materials. Would you be able to provide that as well? Thanks!
We used an industrial SMC vacuum pad: www.smcpneumatics.com/ZP25BS.html Any suction cup could do the trick ! www.amazon.ca/Pawfly-20-Piece-Aquarium-Suction-Airline/dp/B073GJRDQB/ref=sr_1_11?dchild=1&keywords=Suction+Cup&qid=1591198812&sr=8-11
@@DIYRobotics Ordered thanks!
Hi there! Just bought the parts and I'm super excited to do this! The only thing I don't see clear in the bill of materials is the length of each M2 & M3 screws. The kit will take too long to arrive so I want to purchase separately.
Looks like this kit from Amazon should cover the screw needs. If you could still put the list of sizes like M2.5*8 that would be helpful for others as well. www.amazon.com/480pcs-Black-Carbon-Countersunk-Assortment/dp/B07PNQK19S/ref=sr_1_fkmr0_2?dchild=1&keywords=countersunk+screws+kit+M2+M2.53&qid=1591045938&sr=8-2-fkmr0
For most of the parts, 8mm screws are used. But sometimes, 10mm fits better. Roughly, you will need : (4x)(SH M3x8) (4x)(SH M3x10) (2x)(SH M2.5x8) (2x)(SH M2.5x10) (30x)(SH M2x8) (6x)(SH M2x10)
@@DIYRobotics Great thank you!
Greetings from Colombia, when developing this type of educational robots, within the programming, ¿are all the fundamentals of robotics taken into account such as: kinematics, dynamics, type of control among other important parameters or a basic programming is developed to move the axes of the prototypeI am a student of mechatronics
Hi ! This first version of the software allows only one type of control: Joint. Following versions could include a lot more ! Kinematics, inverse kinematics, movement parameters... etc. If you are interested in adding features to the software, please share your work with the DIY community ! There is a section on our forum dedicated to this project: forum.diy-robotics.com/hc/en-us/community/topics/360001653371-Educative-Cell
@@DIYRobotics Thank you very much, I will be giving a pass through the forum to share ideas.
Hey, do we have to scale up the STL models? If so, to how much percentage? because I noticed that the 3d models are too small. Thanks in advance
Hi ! Try to download the .zip again. We updated the files last week to fix this issue. Thank you :)
How large of a print volume does your 3D printer need to print this out?
You can print each part individually. Longest part is 165mm. Largest part is 125mm. Highest part is 90mm.
These are awesome videos.. it would nice to see some dcs setup videos
Thanks Rahul! Actually, we already have a tutorial on setting up a DCS: forum.diy-robotics.com/hc/en-us/articles/360036315611-Setting-up-a-DCS-Cartesian-position-check And while you're there, take a look at what we have on our forum: forum.diy-robotics.com/hc/en-us/search?utf8=%E2%9C%93&query=dcs I hope this helps!
Hi, Thank you for uploading these organised great tutorials. Can you tell which Roboguide version you use?