Robotic grippers form the critical interface between automated systems and the physical world, evolving from simple pinch mechanisms to sophisticated multi-jaw designs that handle a wider range of parts with repeatable accuracy. For manufacturing, warehousing and automation teams focused on throughput and consistency, improvements in end-of-arm tooling directly reduce defects and shorten cycle times. Understanding these developments helps Blue Sky Robotics’ customers choose t

As factories and fulfillment centers demand faster throughput and greater adaptability, the mechanisms that physically interact with parts have become strategic assets for automation teams. Mechanical grippers are the interface between robot and workpiece, delivering the precision, repeatability and reliability that modern manufacturing and warehousing operations require to meet tight tolerances and high cycle counts. Understanding gripper design and performance is central t

A 3-finger gripper uses three contact points to achieve stable, compliant grasps, offering greater adaptability than two-jaw or parallel grippers when handling irregular or asymmetrical parts. Recent advances — from AI-assisted control to flexible automation architectures — have accelerated the adoption of multi-finger solutions by improving dexterity and simplifying integration into existing workflows. How do mechanical design and operating principles to set the foundation

Robotic end-effectors are critical to achieving repeatable, high-precision results on the factory floor, and electric grippers bring a level of controllability that transforms part handling. For manufacturers, warehousing operations and automation integrators working with Blue Sky Robotics, these devices deliver programmable motion and force control that suit delicate assemblies and high-mix production without sacrificing cycle time. Unlike pneumatic alternatives, electric a