6 axis robot arm 3d models

This robotics firm, Axis Robotics, is revolutionizing industries by providing cutting-edge solutions that enhance efficiency and productivity. ...Their innovative technologies continue to reshape the future of automation across various sectors.

The given data serves as a reference point for comparison and analysis within a specified time frame.

bearings 22mm

This device has the capability to elevate weights as much as 1.5 kilograms.

This device can manage up to 15 Newtons of weight.

Designed to raise objects weighing a maximum of 15N, this Robo is capable of handling considerable loads.

A functional GRBL CNC board supports six axes and is designed to work with Arduino.

High-precision gear hobbing machine assembly optimized for human operation and maintenance.

This device specifically caters to the welding needs of diverse metal frame dimensions, ensuring precision and accuracy in the process.

The MeArm project introduces its first model, an affordable robot arm designed for daily DIY projects and educational purposes. The Bill of Materials includes basic components such as M3 fastenings, an A4 acrylic sheet, and 4 x 9g hobby servo motors...

This is an overview of parts (Joint5 and Joint6) for my 6DOF robot arm. ... The original STL files are located on github: https://github.com/RoboLabHub/RobotArm_v1.0 Additional details used in these parts include: - 3mm bolts and nuts - 693ZZ bearings...

This is an overview of key parts (Joint1 and Joint2) for my 6DOF robot arm. ... The original STL files are available on github: https://github.com/RoboLabHub/RobotArm_v1.0 Additional details used in these parts include: - 3mm bolts and nuts - 693ZZ...

A robotic arm is powered by a motorized base that spins continuously in every direction, thanks to a highly reliable 360-degree rotation servo. At the heart of this mechanism lies a sturdy center bearing with precise dimensions: 62 millimeters in...

A low-poly Robot Arm 3D model, suitable for virtual reality (VR), augmented reality (AR) games, and other real-time applications, has been sculpted and retopologized in Blender. This model is positioned at the origin point and features file formats...

This design is built for the FingerTech 'Viper' Combat Robot Kit and was modified based on the original kits upright motor mount to include an invertible arm. This would allow a driver to continue moving without risk of vertical drum contacting the...

This is a very simple, in line, Robot Arm extenders that fit onto the RobotGeek's V.2 Robotic Arm for the 2016 division C Science Olympiad. It should be fully rules complaint but check dimensions before using this design. The Armlong will adds 9.5 cm...

This is a very straightforward, in-line Robot Arm extender that attaches directly onto the RobotGeek's V.2 Robotic Arm specifically designed for the 2016 division C Science Olympiad. It is fully compliant with rules but check dimensions before using...

This robotic car boasts an arm controlled by Arduino, boasting significant improvements over its predecessor in terms of speed and force applied. Key upgrades include enhanced performance courtesy of increased layer thickness and optimized filling...

The arm's design centers around facilitating seamless integration with Robot Operating System technology. ...Built to operate freely within a four-axis range, it serves as an essential component in ROS-centric robotics applications.

My goal is to take this robot further by developing it into a multifunctional arm capable of operating with grippers, pens, lasers, or engravers – anything that might spark kids' interest in learning and exploration, similar to the Dobot project. I...

link Hola Amigos, This is a ROBOTIC ARM with Arduino controlled with an application but this time we will be able to use it autonomously because we can save and playback the positions we record. For the construction of the feet we used a 3D printer...

Thanks to this collaborative project between BCN3D Technologies and Catalonia's Education Department, anyone can fabricate their own robotic arm at home without requiring advanced technical knowledge. ...We encourage you to build the BCN3D Moveo and...

This innovative device is fully printed using additive manufacturing technologies and controlled by Arduino software, featuring Marlin-based firmware developed specifically for robot arms with steppers by Zortrax. The BCN3D Moveo boasts 5 axes. View...