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Standards and Technical Documents - Manipulating industrial robots -- Automatic end effector exchange systems -- Vocabulary and presentation of characteristics -- ISO 11593:1996
Description: Defines terms relevant to automatic end effector exchange systems used for manipulating industrial robots. The terms are presented by their symbol, unit, definition and description. The definition includes references to existing standards.
Supplier: IHS Product Design
Description: MANIPULATING INDUSTRIAL ROBOTS - AUTOMATIC END EFFECTOR EXCHANGE SYSTEMS - VOCABULARY AND PRESENTATION OF CHARACTERISTICS
Supplier: Stäubli Corporation
Description: change end-effectors or other peripheral tooling Quick and safe tool changer Quick and safe tool change with automatic connection of fluids, electrics and data systems on industrial robots and handling devices... Compact light weight reduced overall size interface to ISO norm Proximity switches
- Power Supplied: Pneumatic
- Applications: Assembly, Food / Beverage / Washdown, Machining / Grinding / Finishing, Material Handling, Pick and Place, Other
- Pay Load or Weight: 70.4 lbs
Description: the robot base to the end effector, the P-50iA can imbed all cables and hoses. This prevents contamination from dropped paint.
- Type: Articulated Robot
- Number of Axes: 6 #
- Load Capacity: 15.44 lbs
- Reach: 53.54 inch
Supplier: API Technologies
Description: API Engineering's Low-Cost Robotic Arm provides a remotely operated, strong manipulator with many useful and versatile attachments. Its low cost, high-strength rugged design, modularity of end effectors, and easy integration and operation makes API's Low-Cost Robotic Arm a perfect candidate
- Type: Articulated Robot
- Robot System: Yes
- Drive System: Electric
- Load Capacity: 10 to 25 lbs
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SAS Automation, LLC
Carton / Palletizing End-of-Arm tool
Carton / Palletizing End-of-Arm tool > > Watch the video here. Expertise. Precision. Innovation. Welcome to SAS Automation. We design, build, and service End-of-Arm Tooling (EOAT) for all makes and models of robots. We also supply modular component-based EOAT and gripper systems. We are experts in end-effector gripper systems across a number of manufacturing and distribution industries, including automotive, palletizing, food, and plastics. VISIT our videos page to see SAS Automation's... (read more)
Browse Robots (Industrial) Datasheets for SAS Automation, LLC
Nexen Group, Inc.
Compact Harmonic Gearhead
superior positional accuracy and high torque with true zero backlash directly to the motor. . With space at a premium in machine tools and automation equipment, the new Harmonic Gearhead can fit virtually any machine with key applications in products and machinery requiring a minimal footprint, such as machine tools, robots and robotic arms, medical equipment, rack and pinion systems and numerous general industrial positioning and motion control applications. In many applications... (read more)
Browse Gears Datasheets for Nexen Group, Inc.
Conduct Research Top
A sophisticated approach to kinematics is what differentiates robot controllers from more general purpose motion equipment. A typical task for industrial robots today is precision insertion. One example of an application in this class is the insertion of electrical connectors on printedcircuit
More Information on: Industrial Robot End Effectors Top
Traction-drive seven degrees-of-freedom telerobot arm: A concept for manipulation in space
Good industrial robot End effector speed 1 m/s Friction 1 to 5% of capacity (at expense of increased backlash) Medium to low backlash .
Development of a multi-fingered robot hand with fingertip tactile sensors
However, this type of hand cannot be used in the same way as an industrial robot end effector , since it is difficult to attach it to the robot automatically.
Prediction and compensation of relative position error along industrial robot end-effector paths
Prediction and compensation of relative position error along industrial robot end - effector paths .
Position control of a velocity controlled robot with compliant end effector using modal decoupling
The key for the application of the ISF approach to an in- dustrial robot with end effector compliance is modal .
Towards Autonomous Robotic Systems
Right: Kuka industrial robot end - eﬀector .
Design and control of integrated pneumatic dexterous robot finger
Earlier conventional industrial robot end - effectors had simple structure and were limited to one degree of freedom (DOF), which restricted the development and application of robots .
Accuracy improvement: Modeling of elastic deflections Accuracy improvement: Modeling of elastic deflections
Actual positions of industrial robot end - effectors differ from those commanded off-line.
Overall Direction-of-Action Sensor by Measuring Liquid Conductivity Among Electrodes in a Spherical vessel
The low cost sensoris also available for controllingthe attitude of industrial robots end - effectors from an economical point of view.
Motion errors analysis and a contribution to numerical inverse kinematics for robot manipulators
The paper has analyzed the problem of the position and orientation errors of the end effector of industrial robots due to the inaccuracy of link parameters and how to compensate those errors either in the Cartesian space or in the joint space.
Design and experimental study of an end effector for robotic drilling
This paper developed a drill end effector for industrial robots .
Industrial robot and human operator collision
B. Robot end - effectors Industrial robots are equipped with different grippers and end-effectors according to the task they are performing.
A two-jaw parallel gripper actuated by a pneumatic cylinder is a common type of end effector for industrial robots .