Robot Automation
Gripper
Mechanical design of a robust, adaptable gripper for industrial and collaborative robotic applications.
Cleint
Namitech
Location
Milano, Italy
Industry
Robot Automation
Services
Mechanical Engineering
Mechanical Engineering for a Versatile Robotic End Effector
The Breief
Namitech required a flexible robotic gripper to handle a variety of tasks in automation, Industry 4.0, and collaborative robotic workflows. The device needed precise mechanical engineering to ensure durability, adaptability, and reliable operation across multiple use cases.
Scope of Work
Mechanical engineering of the gripper structure, including optimization for load handling, precision alignment, and durability. Development of all moving parts and joints to meet performance requirements across industrial and collaborative applications.
TECHNICAL HIGHLIGHTS
Precision mechanical architecture for consistent grip performance
Load-bearing optimization for a variety of applications
Design of joints, linkages, and moving parts for robustness and reliability
Adaptable mechanical interfaces for integration with multiple automation systems
Iterative prototyping to validate mechanical functionality
A production-ready gripper with reliable mechanical performance, capable of supporting diverse automation and collaborative robotic tasks in industrial environments.
