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Experimental Robotic Platform Kits for STEM Education
Learn essential Mechatronics and Programing with Microbotlabs Robot Kits, Software and Tutorials. Learn the basics of interfacing PC's and Smart Phones with Arduino, Raspberry Pi and other popular electronic modules to control robotic systems using native OS and web programing languages.
Project Anaconda (AKA ARMIO C4S) Robot Arm Status Update
KIT STATUS = In Development
The ARMIO Robotic Arm Platform is microbotlabs next gen design for desktop robotics STEM exploration. Gives the power of standard size servo motors combined with a quick build, low part count extensible design. Backwards compatible with ArmUno Robotio controllers and MeCon software but new advanced hardware, software and tutorials are in the works. The current release candidate is available for purchase via custom order as a pre assembled and tested kit. Please contact us for Armio purchase information and/or any questions you have about the Armio robotic arm. Any available past iterations will be listed on our store.
Machine Vision object tracking test using the Armio C4S robot arm and Pixy2 camera module. Latest Armio experimental robotics platform kits include mount brackets for Pixy2 and OpenMV H7 cameras. https://t.co/NtZpR2KNJ8#ARMIO #Arduino #STEM #MeArm #Robotics #RobotArm #Robots pic.twitter.com/rvcMaAgcvb
— MicroBotLabs (@MicroBotLabs) June 17, 2019
New! MeCon 3 Robot Servo Software.
Many Improvements for your Experimental Robot System. Sync control for multiple USB serial ports. Live command code edit with open and save file to disk. Integrates with Servo-Matic Arduino sketch code generator, customize your micro controller code. Pro version included with our robotic kits. Free version for use with your own projects.
AniTron PTX Pan Tilt for PIXY2, OpenMV H7, Jevois Machine Vision
KIT STATUS = In Development
Start experimenting with machine vision with the AniTron PTX Pan Tilt. Features mounting plates for the popular PIXY2, OpenMV H7 and Jevois-A33 Camera Modules. Adapt Web Cams and Cell Phone cameras with the standard 1/4 mounting holes. Pan Tilts are also useful for Aiming and item Positioning task. 2 Axis movement using 2 standard size servo motors. As we finalize the design fully assembled beta units are available by request, use the contact link for availability and more information.
ArmUno 2.0 Desktop Robotic Arm Kit - Quick Links & Info
Features Base Plain Bearing, Simplified Gripper Mechanism , Conformable Soft Jaws , Quick change End Effector Tooling, Ultrasonic Module HC-SR04 Bracket, Mounting holes for many popular Micro Controllers, Improved wire management, and More!! The ArmUno 2.0 Robotic Arm has been redesigned from the ground up yet still shares the same footprint and link geometry as the original ArmUno 1.0 & MeArm Robotic Arms.
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Make, Learn & Explore Robotics with the ArmUno 2.0 Parallel Link Style Robotic Arm Kit
Great introduction to Arduino Programing and Mechatronic Design. Our kits are popular with Universities, Clubs, Schools and Anyone with an interest in STEM technologies.
ArmUno 2.0 Robotic Arm Updates:
Ver2.03 -
Additional wire routing slots added to side box frame.
Mounting holes for Li-ion 18650 battery holder on base.
Ver2.04 -
Mounting Holes on base for:
Nextion 2.4 HMI LCD
2) Joystick modules
2) Mini breadboards
Customer Videos! Want share your ArmUno robot project? Send us a link via your kits help email!
ArmUno 2.0 demonstration of real world robotics task. Robot arm picking up sample objects, placing them on a scale, recording its weight and then sorting the objects by their weight. This is an excellent example by one of our customers and highlights the main goal of microbotlabs kits, the ability to do real world robotics concepts on a desktop footprint at an affordable price.
ROBOTIO NANO Arduino Compatible Robot IO Boards. Perfect way to give your Servo Robot Project both Brains and Power!
Armio™ D1, D2 Micro Robotic Arms
KIT STATUS = In Development
The Armio Class Robotic Arm is the Future of Entry Level Kits from MicroBotLabs.
Armio Robot Arm Design Goals:
Self Powered by most computer USB ports (No Batteries Required!, Optional for Additional Torque).
Simple Assembly (Armio D1= 6 Bolts for Mechanical Arm Assembly plus 4 Bolts For Base Attachment).
Extensible Modular Designed Accessory's including a "Robotic Playground" System.
Compatible with ArmUno 2.0 Code Base and Control Software.
Lower Price than the Similarly Equipped ArmUno 2.0 Kit.
The Armio Class Robot Arm Intends to be the "go-to" Kit for an Affordable Introduction to Robotics.
Did We Mention that Armio is a "Class" of Robot Designs?
The Armio Class Robots consist of multiple mechanical designs that adhere to the Armio Design Goals.
Pictured above is the Armio D2. Our second design that is near finalization for kit production. it improves on the first Armio's low part count (3 bolts for the arm assembly, 4 more to mount to a base). To put this in perspective the ArmUno & MeArm Robot Arm designs requires about 45 bolts and nuts to assemble. We hope that you can see a pattern here to dramatically simplify the assembly and complexity of entry level robot kits.
Lowering the entry level to learn robotics is one of the main goals of MicroBotLabs and we feel that the Armio will make great headway to that end. we are not done of course and this is just an announcement to let our customers and fellow robot enthusiast know what we have been working on. More info and probably a dedicated page to be announced soon.
Protio™ Electro Prototyping Boards
KIT STATUS = In Development
Microbotlabs is making progress with the Protio Prototyping System with its easy re-positionable modules that use magnetics or tac adhesive to allow custom circuit arrangements. Very handy and affordable way of managing your experimental electronic circuits. Make reference circuits that can be easily stored away without fear of disorganizing parts assembles and quickly clearing your work space. we use this system all the time for our in house prototyping and testing as its a real joy to work with. If interested beta samples please contact us for availability and more information.
About Microbotlabs:
We Make Experimental Robotic Platform Kits for STEM Education and Fun
We Design and Build Robotic and Electromechanical DIY kits for education and just plain fun! Learn how to build your own real robot while also learning how to program Arduino and other popular micro controllers. Being makers at heart we strive to provide the knowledge, tools and resources to enable others to make and learn.
Make, Learn and Explore with Microbotlabs STEM Kits!
Our kits are designed with a makers passion and the desire to provide an enjoyable build experience to our customers. Our kits include more stuff! Every kit includes a download link for a fully licensed copy of MeCon Pro motion control software as well as other softwares for use with your robot. Our kits and software are constantly being upgraded with more functionality and design refinements. Our Kits structural pieces are precision cut with CNC milling machines and with lasers beams!
Where can I purchase a Microbotlabs kit?
Robot kits are available from our store at www.Arm.Uno and we also have shops on Amazon, Etsy and Ebay. Most robot kit tutorials and related resources and information can be found here on the Microbotlabs website.
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Our Make & Learn Brands: MICROBOTLABS™ ARM.UNO™ ROBOTIO™ PROTIO™ ARMIO™ ANITRON™ ANITRONIC™ ARM.ONE™