Robotic Grippers and EOAT for Industrial Automation
PAWbotics supplies robotic grippers and end-of-arm tooling for system integrators and machine builders, with product selection based on the workpiece, robot interface, and application requirements.
Request Product Support
Share the workpiece, robot model and application requirements to receive a more relevant product recommendation.
Send Application DetailsView Product Applications
See how different grippers and EOAT components are used across common industrial automation tasks.
Explore ApplicationsThe Robot Is Only as Reliable as the Tool That Touches the Part
Payload and reach may be correct, but the application can still fail when stroke, gripping force, workpiece surface or robot interface is overlooked.
Grippers and EOAT Components for Industrial Automation
Electric Grippers
Controlled gripping force, adjustable stroke and repeatable positioning for industrial handling and assembly.
- Parallel, Adaptive and Rotary Options
- Industrial and Collaborative Applications
Vacuum Grippers
Electric and pneumatic gripping solutions for cartons, panels, sheets, bags and suitable surface materials.
- Electric and Pneumatic Options
- Area and Layer Gripping Systems
Cobot Grippers
Compact gripping products developed around collaborative robot payload, mounting and integration requirements.
- Electric and Vacuum Gripping
- Multiple Robot Platforms
Robotic Tool Changers
Automatic and manual tool changing products for robots that operate more than one end-of-arm tool.
- Automatic and Manual Options
- Tool-Side and Robot-Side Interfaces
Force/Torque Sensors
Multi-axis sensing products for assembly, testing, force control and material finishing processes.
- Multi-Axis Force Measurement
- Process Feedback and Control
Vacuum Components
Suction cups, vacuum generators, valves, mounting elements, filters and connection components.
- Vacuum Generation and Control
- EOAT Mounting Components
Built Around the Task the Robot Must Perform
The same robot may require a specialized gripper tailored to the specific workpiece, surface characteristics, movement precision, or industrial process, whether operating in manufacturing hubs like Detroit, Shenzhen, or Berlin.
Machine Tending
Grippers for loading and unloading CNC machines, presses and other production equipment.
View Application
Material Handling
EOAT products for transferring, sorting and positioning industrial parts.
View Application
Palletizing
Mechanical and vacuum gripping products for cartons, containers and packaged goods.
View Application
Packaging
Flexible gripping systems for boxes, bags, trays and products with changing dimensions.
View Application
Assembly
Controlled gripping and sensing products for inserting, mounting and positioning components.
View Application
Material Removal
Sensing and compliant tooling products for deburring, sanding, polishing and finishing.
View ApplicationA Clear Path From Workpiece Data to Product Selection
1. Share the Workpiece
Send dimensions, weight, material, surface condition and available gripping area.
2. Define the Application
Tell us how the part is picked, moved, positioned, assembled or processed.
3. Match the Gripping Method
Compare electric, pneumatic, vacuum, magnetic or other suitable gripping methods.
4. Check Robot Compatibility
Review payload, flange, power supply, communication interface and available utilities.
5. Review Product Options
Receive relevant product categories and configuration information for further evaluation.
6. Confirm Quote Requirements
Confirm quantity, specifications, documentation and delivery requirements before quotation.
Focused on the Point Where the Robot Meets the Workpiece
Pawbotics is focused on robot grippers and end-of-arm tooling for industrial automation. Our product scope covers electric, vacuum and collaborative robot grippers, tool changers, sensing products and vacuum components.
Instead of treating the gripper as a simple accessory, we begin with the workpiece, gripping method and robot interface. This helps buyers narrow down the product options that are more relevant to the actual application.
Information Needed Before Gripper Selection
The fastest way to narrow down a gripper is to provide the workpiece, robot and process information together. These questions explain what should be confirmed before quotation.
SEND YOUR APPLICATIONWhat information is required to recommend a robot gripper?
How do I choose between an electric and pneumatic gripper?
When should a vacuum gripper be used?
How is robot compatibility confirmed?
Can the gripper fingers or mounting adapter be customized?
Do you provide CAD files and technical documentation?
What Should Be Checked Before Quotation
Workpiece Review
Dimensions, weight, material, surface and gripping area.
Gripping Requirement
Stroke, force, contact method, acceleration and cycle time.
Robot Interface
Payload, flange, power, communication and mounting requirements.
Documentation
Drawings, specifications, manuals and integration information.
Have a Workpiece but Not a Gripper Yet?
Send the part information and robot model. We will help identify the most relevant gripping method and product category.
START YOUR APPLICATION REVIEWContact Pawbotics About Your Application
A useful product recommendation starts with the workpiece and robot information. Share the available project details, even if the final gripper model has not been selected.
Business Email
info@pawbotics.comPhone / WhatsApp
+86 18923107846Location
Nanshan Disctrict, Shenzhen, China
Request a Product Recommendation
Provide your basic information and message below.