3D Model
Robot-Arm(Suction-End Effector)
This project is a five-degree-of-freedom robotic arm designed specifically for object grasping using a suction system. I initiated this project by designing the various links and components, as well as the power transmission elements....
3D Model
gripper
end effector
3D Model
Robot Arm 6DOF (Cobot Robot)
This robot arm consists of 7 links , 6 joints and 7 motors with gripper as an end-effector to do the function . The function is pick and place used for serving coffee .
Designer
antoniojd2001
B.S. Mechanical Engineering, Certified SolidWorks Professional
research labs. I also lead a robotics project which consists of designing a novel human hand shaped end effector to mimic human dexterity. Additionally, I am certified as a SolidWorks professional from Dassault
Job
Kuka robotic arm programing
We are looking for an experienced programer with KRL and workvisual, polyscope as well as end-effector/tooling programming, path optimisation, cycle time reduction, robot safety zones/ fencing compliance
Job
Immediate Hire
We are looking for an experienced programer with KRL and workvisual, polyscope as well as end-effector/tooling programming, path optimisation, cycle time reduction, robot safety zones/ fencing compliance
3D Model
JLR Robotic Charger
detect the position of the plug, which can be deployed on a production vehicle. Your robot’s charging end should be able to move and latch/unlatch the charging plug into the socket autonomously and return
Contest
4 DoF mechanical arm mounted on a tripod
as shown in the attached image. The total length of the arm is going to be 1.5m from pivot to end effector. For the movement of the joints please refer the other image. The total weight of the arm and
3D Model
Compliant Hand Grip Strength Analyzer
automation, prosthetics, or lightweight manipulators. It could serve as a component in a robotic end effector, emphasizing strength and precision. Ergonomics and Efficiency: The handle shape suggests user
Job
Robotics Planning Specialist (Industrial Robots, AMR, AGF & Cleaning Robots)
Scope includes concept development, machine architecture, CAD design, mechanical design, robotic end-effector/tooling design, automation logic, component selection, and implementation feasibility. Strong