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Supplier: Effecto
Description: The Smart Gripper™ 3.0 like the 2.1 is designed to pick up various sized parts with varying levels of force and its nickel plated aluminum cover is wipe down ready for food handling. Electric grippers are designed for use with robotic and other automated systems. All
- Gripping Force: 84 N
- Stroke: 0 to 84 mm
- Operating Temperature: 50 to 104 F
- Number of Grips: 2
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Supplier: RS Components, Ltd.
Description: VGC10-Gripper OnRobot
- Actuation: Electric
- Features: Other
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Supplier: KUKA Deutschland GmbH
Description: KUKA ready2_grip reduces the effort required to integrate material handling robots with a simple and easy to usepackage. Addressing the need for a compact, preconfigured, tested andstandardized gripping solution, ready2_grip works straight out of the box andincludes a KUKA AGILUS robot.
- Number of Grips: 2
- Style: Angular, Parallel
- Actuation: Electric
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Supplier: Elephant Robotics
Description: on objects. The gripper supports both IO and serial port control, making it easy to integrate with various industrial robotic arms. With its advanced technology and user-friendly interface, the Elephant Robotics Electric Parallel Gripper is an ideal choice for any
- Style: Angular, Parallel
- Actuation: Electric
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Supplier: Aeon Robotics GmbH
Description: A robotic gripper designed according to the anatomy of the human hand. The quasi-direct drive technology in the HandEffector enables a depth-sensitive sense of force to be generated, which can be used to measure the force directly in the joints. In contrast to other gripping systems
- Number of Grips: 5
- Actuation: Electric
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Supplier: Mecademic
Description: Easily control gripping speed and force with Mecademic’s ultra-compact electric parallel gripper, designed specifically for the Meca500 robot. Developed in collaboration with SCHUNK, Mecademic’s MEGP 25E electric parallel gripper is fully integrated with the Meca500
- Gripping Force: 40 N
- Stroke: 225 mm
- Actuation: Electric
- Style: Parallel
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Supplier: HIWIN Corporation
Description: Hiwin Corporation’s industrial robotics product line includes both articulated and SCARA models. Software is included in the purchase with no additional charge. Updates are also available without charge. Both electric and integrated electric grippers are available. Hiwin
- Robot Type: SCARA Robot
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Supplier: KUKA
Description: environment Cartesian axes operated via the proven KUKA robot controller Large payload range 16 to 600 kilograms High repeatability ± 0,1 to 0,3 millimeters Maximum flexibility different travel lengths rotational external axes (optional) various gripper devices Large work spaces Thanks to the
- Number of Axes: 3 #
- Load Capacity: 16 kg
- Reach: 0 mm
- Robot Type: Cartesian Robot, Gantry Robot
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Supplier: Yamaha Corporation
Description: may not fit. Additionally, the Pole type robot can be configured with various end-of-arm tooling options, including grippers, vacuum cups, and custom-designed tooling to suit specific application needs. The Y-axis carriage can also be fitted with an electric linear actuator to provide
- Number of Axes: 3 #
- Load Capacity: 30 kg
- X-axis Travel: 1,250.0000000000002 mm
- Robot Type: Cartesian Robot, Gantry Robot
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Supplier: OnRobot A/S
Description: OnRobot's MG10 is a versatile, easy to use magnetic gripper for material handling, assembly and machine tending applications in manufacturing, automotive and aerospace environments. Fully compatible with all major robot brands through OnRobot’s One System Solution, the MG10 offers unique
- Gripping Force: 300 N
- Actuation: Electric
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Supplier: AGS Automation Greifsysteme Schwope GmbH
Description: suit different components. The modular system of AGS Automation's gripper fingers offers a wide range of accessories that can be added to customize the gripper fingers to the specific application. The functional range of AGS Automation's gripper fingers is diverse. The
- Style: Angular, Parallel
- Actuation: Electric, Pneumatic
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Supplier: ABB Process Automation Division
Description: The ABB FlexGripper - Vacuum is an innovative end-of-arm tool designed for industrial automation and specifically for palletizing applications. It is a versatile and easy-to-use tool that can be quickly and easily integrated with ABB IRB 460 or IRB 660 palletizing robots. The FlexGripper - Vacuum
- Number of Grips: 2
- Actuation: Electric
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Supplier: Hamilton Company
Description: with multiple pipetting and labware gripping devices. Pipetting channels and labware grippers move independently of each other, supporting the use of a wide range of labware. The autoload option provides barcode tracking of samples, labware, racks and carriers. All workstation functions and
- Number of Axes: 3 #
- X-axis Travel: 465 mm
- Y-axis Travel: 195 mm
- Z-axis Travel: 675.0000000000001 mm
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Supplier: Robotiq
Description: The 2F-85 and 2F-140 Adaptive Grippers are the grippers for collaborative robots. Use them to accomplish a complete lineup of applications with a fast time-to-production—no robotics expertise required. They’re key to a highly flexible and reliable robotic cell.
- Gripping Force: 20 to 235 N
- Stroke: 85 mm
- Number of Grips: 2
- Style: Angular
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Supplier: igus® inc.
Description: drylin® delta robots are pick and place, conveyor belt picking and stacking tasks in three-dimensional space. In combination with a gripper or suction cup, picking tasks can be implemented very quickly. Control The igus Robot Control enables simple and intuitive robot control and programming
- Number of Axes: 2 #
- Load Capacity: 0.5 kg
- Reach: 400 mm
- Drive System: Electric
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Supplier: igus® inc.
Description: drylin® delta robots are pick and place, conveyor belt picking and stacking tasks in three-dimensional space. In combination with a gripper or suction cup, picking tasks can be implemented very quickly. Control The igus Robot Control enables simple and intuitive robot control and programming
- Number of Axes: 2 #
- Load Capacity: 0.5 kg
- Reach: 700 mm
- Drive System: Electric
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Supplier: Quarktwin Technology Ltd.
Description: NIRYO-LARGE GRIPPER NED2
- Power Supplied: Electric
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Supplier: Mountz, Inc.
Description: robotic DC control system replaces up to 15 power tools. The electric screwdriver system includes free product software - no annual licensing required—savings of $2K. Achieve a robust manufacturing process using this intelligent electric screwdriver system Error-proof the
- Torque Range: 5.783333333333333 to 28.933333333333334 Ft-lbs
- Rated Free Speed: 50 to 160 rpm
- Drive Style: Electric
- Drive Type: Fixed Size Drive
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Supplier: Mountz, Inc.
Description: robotic DC control system replaces up to 15 power tools. The electric screwdriver system includes free product software - no annual licensing required—savings of $2K. Achieve a robust manufacturing process using this intelligent electric screwdriver system Error-proof the
- Torque Range: 7.233333333333333 to 36.166666666666664 Ft-lbs
- Rated Free Speed: 50 to 115 rpm
- Drive Style: Electric
- Drive Type: Fixed Size Drive
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Supplier: Mountz, Inc.
Description: robotic DC control system replaces up to 15 power tools. The electric screwdriver system includes free product software - no annual licensing required—savings of $2K. Achieve a robust manufacturing process using this intelligent electric screwdriver system Error-proof the
- Torque Range: 5.783333333333333 to 28.933333333333334 Ft-lbs
- Rated Free Speed: 50 to 160 rpm
- Drive Style: Electric
- Drive Type: Fixed Size Drive
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Supplier: Mountz, Inc.
Description: robotic DC control system replaces up to 15 power tools. The electric screwdriver system includes free product software - no annual licensing required—savings of $2K. Achieve a robust manufacturing process using this intelligent electric screwdriver system Error-proof the
- Torque Range: 4.633333333333333 to 23.141666666666666 Ft-lbs
- Rated Free Speed: 50 to 200 rpm
- Drive Style: Electric
- Drive Type: Fixed Size Drive
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Supplier: DH-Robotics Technology Co., Ltd.
Description: The DH Robotics DH-3 is a sophisticated three-finger gripper that excels in its ability to handle a wide variety of object shapes and sizes, making it a versatile tool for various industrial applications. Its unique envelope adaptive capture feature allows it to securely grip round,
- Gripping Force: 10 to 65 N
- Stroke: 106 mm
- Number of Grips: 3
- Actuation: Electric
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Supplier: qbrobotics
Description: The qb SoftHand Research stands out as an innovative anthropomorphic robotic hand that leverages soft-robotics technology. Its distinctive feature lies in its adaptability and interaction capabilities within its environment. Designed to engage with objects, people, and its
- Number of Grips: 5
- Features: Cushioned Jaws
- Actuation: Electric
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Supplier: Schmalz Inc.
Description: Electric vacuum generator for handling suction-tight workpieces Flexible application in lightweight robotics, human-robot collaboration (MRK environment) as well as in mobile robotics Simple and fast commissioning on lightweight robots thanks to intelligent software support
- Ultimate Operating Vacuum: 450.170294683844 torr
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Supplier: Design Tool, Inc.
Description: assembly with a more ergonomical range of motion. Pickup Point The fastener pickup can be accomplished using magnetic bits or sockets, vacuum systems, or gripper systems in pick and place applications. These systems can accommodate both pneumatic and DC electric screwdrivers, and
- Bowl Diameter: 6 to 18 inch
- Configuration: Bowl Only, Bowl and Drive, Drive Only
- Bowl Configuration: Cascade Bowl
- Features: Couples to a Machine Tool, Parts Counter, Programmable
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Supplier: Design Tool, Inc.
Description: Design Tool Inc. can build an auto-feed screwdriver system on almost any manufacturers DC Electric tool. We have built on Atlas Copco, ASG, AIMCO, Desoutter, Ingersoll Rand, Kolver, and other manufacturer’s tools. We offer standard, rigid, barrel retract, and counterbore systems on almost all
- Drive Size: 1/4" Hex, 3/8" Hex, HIOS 4mm, HIOS 5mm, Other Drive Size
- Drive Type: Adjustable Size Drive, Fixed Size Drive
- Features: Bit Extension, Feeder System, Reaction Stand, Soft Stop, Transducerized
- Actuation: Button / Trigger, Lever, Push-to-Start
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Supplier: FANUC Ltd.
Description: interchangeability for end-of-arm tooling like grippers and cameras. FANUC intelligent features enable seamless connections to iRVision, force sensors, and more, expanding its adaptability in industrial automation.
- Number of Axes: 6 #
- Load Capacity: 10 kg
- Reach: 1,418 mm
- Robot Type: Collaborative / Cobot
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Supplier: FANUC Ltd.
Description: The CRX-5iA Collaborative Robot, featuring a 5kg payload and 994mm reach, stands out as an ideal choice for manufacturers with limited robotic experience. The CRX series introduces a user-friendly FANUC programming interface, incorporating drag-and-drop technology on a touchscreen pendant.
- Number of Axes: 6 #
- Load Capacity: 5 kg
- Reach: 994 mm
- Robot Type: Collaborative / Cobot
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Supplier: spinbotics
Description: offers precision for complex tasks. The working range is infinite when using an electric gripper, and the robot is designed with a compact footprint (170 mm to 275 mm), enabling efficient use of workspace. It also consumes approximately 240W of power and operates with low noise levels.
- Load Capacity: 15 kg
- Reach: 1,500 mm
- Robot Type: Collaborative / Cobot
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Supplier: Portescap
Description: magnetic circuit Max continuous torque up to 91 mNm Sensored or sensorless 3-Phase BLDC Applications Air Cushion Systems Electric Grippers Electric Grippers for Robotics Flight Control Systems Military Robotics Robotic Applications Seat Actuation
- Other DC Voltage: 24 VDC
- Torque Constant: 5.09052 in-oz/amp
- Continuous Current: 2.5 amps
- Continuous Torque: 0.805309734513274 In-lbs
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Supplier: Portescap
Description: smooth output torque in a compact package, and overall lower motor mass. Product Highlights 14-pole design Max continuous torque up to 9 mNm Overall weight of only 15 gms Sensored and sensorless versions available 3-Phase BLDC Applications Cockpit Flight Controls Electric Grippers
- Other DC Voltage: 12 VDC
- Torque Constant: 1.88328 in-oz/amp
- Continuous Current: 0.7 amps
- Continuous Torque: 0.07964601769911502 In-lbs
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Supplier: Portescap
Description: input speed of 18,000 rpm Compact design Customization available High-precision performance at a competitive price point Applications Drills Electric Grippers Electric Grippers for Robotics Nailers and Framing Systems Power Hand Tools Powered Screwdrivers
- Gear Ratio: 24.1 (X : 1)
- Output Torque: 44.24778761061947 In-lbs
- Maximum Input Speed: 18,000 rpm
- Reducer Output: Hollow Shaft, Solid Shaft
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Supplier: Portescap
Description: compact solution 2 poles slotless With Hall sensors Lower power losses results in higher efficiency No cogging torque for smooth rotation Maximized performance/price ratio Applications Bionics & Exoskeleton Systems Dosing and Dispensing Systems Electric Grippers Electric
- Other DC Voltage: 15 VDC
- Torque Constant: 1.315464 in-oz/amp
- Continuous Current: 0.4 amps
- Continuous Torque: 0.03539823008849556 In-lbs
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Supplier: Festo Corporation
Description: The powerful, compact and versatile electric gripper HEPP is suitable for a wide range of workpieces in electrical systems or applications without compressed air. It is also optimized for the electronics and small parts industry, laboratory automation and special machine construction.
- Gripping Force: 1,100 N
- Stroke: 28 mm
- Gripping Size: 42 mm
- Operating Temperature: 32 to 122 F
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Supplier: PI (Physik Instrumente) L.P.
Description: Force Control with High Sensitivity Closed Loop Force Control at the Gripper Jaws Blocking Force = 4N Unloaded Travel = 500µm Force sensitivity = 0.01N Response time = 10msec Mass <20g
- Gripping Force: 4 N
- Stroke: 0.5 mm
- Number of Grips: 2
- Actuation: Electric
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magnetic grippers from Compact® provide safe operation since the gripper will continue to hold the workpiece even with the loss of pneumatic pressure. Ideal for pick-and-place type systems or applications such as robotic end-of-arm tooling, conveyors, feeders, separators or where any precise positioning of goods or materials is required in the automation process. (read more)
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Hiwin Corporation’s industrial robotics product line includes both articulated and SCARA models. Software is included in the purchase with no additional charge. Updates are also available without charge. Both electric and integrated electric grippers are available. Hiwin can supply a complete solution or separate components. (read more)
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Design and implementation of efficient intelligent robotic gripper
In this paper, we present a new design and implementation of robotic gripper with electric actuation using brushless dc servo motor.
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High performance robotic gripper based on choice of feedback variables
In this paper, we present a new design to and implementation of robotic gripper with electric actuation using brushless dc servo motor.
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New Technical Developments in PVDF Piezoelectric Devices in Europe and in the U.S.A.
… a few o f the latest ones [ 1 6 ] [I71 : Generation of electricity from ocean waves (Ocean Power Technologies) or from windmills (Xontana State University) Line marker for tennis courts (Vanderreydt, Belgium) Electric violin (Raad Instruments) Robotic grippers (Battelle Memorial Institute in …
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Industrial applications of piezoelectric polymer transducers
This work actually follows . he incorporated into a multiple-sensing robotic gripper , earlier attempts to fabricate this type of electric field . consists of two nnimodal transducers, a transmitter and sensor, which involved bonding an optical fibre on to a . a receiver and …
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A robotic gripper system for limp material manipulation: Hardware and software development and integration
Four types of proximity sensors have been in- tegrated with the developed robotic gripper system: photo-optic, photo- electric , capacitive, and inductive.
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International Encyclopedia of Robotics: Applications and Automation Volume 3 Complete Document
Robotic grippers may have s imple limit switches or photo- electric transducers to ensure that manipu- lation is performed with a loaded end effector.
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Electroactive Polymer (EAP) Actuators as Artificial Muscles
Figure 7: A di electric EAP actuator lifts/drops a miniature robotic arm with a four- finger gripper .
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Electroactive polymers (EAP) as actuators for potential future planetary mechanisms
FIGURE 8: A di electric EAP actuator lifts/drops a miniature robotic arm with a four-finger gripper .
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http://dspace.mit.edu/openaccess-disseminate/1721.1/65632
Unlike macroscale systems where the grippers are attached to robotic arms that rest on some solid supports, the di electric beads are kept in place by optical trap- ping, suction, or other tethering forces.
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A Process for Engineering DSLs from Mobile Robot Applications
End effec- tors are devices like gripper , robotic arm or wheels and they are powered by actuators, such as electric motors, pneumatic actuators, among others.