3 axis robotic arm 3d models

This is a prototype of my mark 1 arm, it works fairly well but might need some resizing.

Experience the capabilities of Roboy, specifically the MH-12 Motoman Robot Animation. This model boasts a reach of up to 1440, making it an ideal choice for various applications. ...Get to know more about this versatile robot and its impressive features...

I've created a robotic manipulator inspired by the "ABB ROBOT" featured on a particular webpage. Although it bears a resemblance to its prototype, there are distinctive features and parts that remain unfinished (as I continue searching for additional...

A highly advanced robotic system consisting of a powerful gripper assembly, a sturdy rotating base, and precision-crafted servo motors that work together in perfect harmony to accomplish complex tasks with ease and efficiency.

This project was designed using Solidworks software CAD program.The job of this robot is to pick up and move things from one place to another.So that it moves in all directions as it has 5 axes.

Arm controlled hydraulically and by cables.Used for picking, parking and throwing items. ...Can be used in any occasion with the above problems.

Meet the NextGenFlex: A Game-Changing Adaptive Gripper for Robust Robotics The NextGenFlex is an ingenious innovation in robotics that's poised to revolutionize how machines grasp and manipulate objects. Its design hinges on a patented adaptive...

It involves a robotic limb prototype resembling the 'Canadarm,' found on space shuttles and presently in use at the International Space Station (ISS). Additionally, there was a storage platform included within this project. ...The design could still be...

The robot is a sleek and efficient 3R articulated unit with 4DOF - including its precise grip, attached seamlessly as an end effector - built to optimize functionality in a robust and ergonomic overall design, adhering strictly to meticulously...

... and inefficient. ...A gripper is an essential tool that enables a robot or human to effectively grasp and manipulate items with precision and ease. ...Without it, tasks such as picking up and placing objects may become difficult or even impossible.

... by applying force through its jaws. ...It operates via mechanical means, such as a piston or lever system, and can be utilized for various purposes like lifting, moving, or clamping items in manufacturing, assembly lines, or robotics applications.

Brazo robotico de 3 grados de libertad

This robot was intended for recreational and learning use, designed to be built with less than $150 in materials. It utilizes a 1/2 PVC pipe to minimize printing time and add a modular element to the design. The project is still a work in progress,...

In a robotics course at Denmark's Technical University, my teammate and I collaborated on a project. It was managed using a Siemens S7-1200 PLC. Although the DC motors were controlled via relays, this solution is not optimal. Position tracking...

A meticulously crafted 3D robotic claw model, designed using Maya 2012 and rendered with V-ray. The model features a professional geometry without n-gons or reversed faces. It offers various file formats: in Maya, it comprises of 65,479 polygons and...

You will have to scale it down 3.7% for the real size.

Code of the robot: https://github.com/ElShasho/PAPA-BOT M3 x 12mm screw and nut, approximately forty pieces. 8mm x 30mm or 40mm screw Toothed belt 2GT 6mm; one meter long Nema 17 Bipolar motor, 1.8-degree rotation, twenty-two Newton centimeters...

The mass of the object is 34.304 kilograms, while its minimum factor of safety (FOS) is 3.12.

The 6-axis robot arm is a 6 DOF model constructed with Servos and Arduino Controllers. It's designed for educational, demonstration, and hobby purposes only. The robotics kit includes six servos (four MG996 and two SG90), an Arduino Uno R3...

This Assembly requires 3mm, 4mm, and 5mm acrylic or wood thickness material, 3 Futaba s3003 ServoMotor, and SG90 Micro servo Motor

This Assembly requires 3mm, 4mm, and 5mm acrylic or wood thickness material, 3 Futaba s3003 ServoMotor, and SG90 Micro servo Motor

I have created a taller Pybot just enlarging the steel bars (3) and modifying the Z dimension value in the Arduino CODE. Cool! ... I have slight reinforced the original base to be able to handle the increased effort.

... ,THE COST FOR MAKING THES MODALS, PROTOTYPE IS NEARLY 26$ ONLY IT HAS 5DOF ,FOR THES I USED1.MG996R =2 PICES2. ...MG 90 = 3 PICES3.GEAR MOTER =2 4 .ARDINO NANAO =1 5.LM329N =1 6. ...PLA =250 GRAMESHC05 = 1

... ,THE COST FOR MAKING THES MODALS, PROTOTYPE IS NEARLY 26$ ONLY IT HAS 5DOF ,FOR THES I USED1.MG996R =2 PICES2. ...MG 90 = 3 PICES3.GEAR MOTER =2 4 .ARDINO NANAO =1 5.LM329N =1 6. ...PLA =250 GRAMESHC05 = 1

This actuator is second (and third) axis for 6-axis robot arm but can be used in many other applications where you need a rotational move. For the robot arm you need 4 of them but only two AxesJoints. To drive I used one Nema 23 stepper motor, with...

This is a 6-axis hydraulic "robot" arm. The axes are actuated with 10ml syringes which function as cylinders, and 1/8" inside diameter flexible tubing. I saw several versions of these on social media, mostly made out of cardboard or kits with laser...

This actuator is fourth axis or first wrist joint of 6-axis robot arm. To drive I used one Nema 23 stepper motor, but it is possible to use two Nema 23 however it adds mass to the robot and load 2nd and 3rd axes. The FourthAxisBodyHalfNew has...

18 DOF Robot / Hexapod Robot / 6 Legged Robot with 3 Axis

18 DOF Robot / Hexapod Robot / 6 Legged Robot with 3 Axis

6 axis Robotic Arm with four wheel Mobile base