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Selective Compliance Assembly Robot Arm (SCARA) robots have become a mainstay of modern industrial automation, evolving from narrow assembly tools into versatile work cell partners. Known for high-speed linear motion, repeatable accuracy and a compact footprint, SCARA designs excel at pick-and-place, insertion and handling tasks that demand tight tolerances. That combination of speed and precision has made them foundational across electronics, automotive, pharmaceutical and

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

Robotic actuators are devices that convert energy into mechanical motion, forming the literal muscle behind every automated movement. Understanding the actuator of a robot is essential to optimize motion, responsiveness and task efficiency. Recent advances in materials, control electronics and compact power systems are increasing actuator performance and expanding what robots can do across manufacturing, warehousing and automation. For engineers and operations leaders at Bl

Manufacturers and warehouses are rapidly adopting both industrial and collaborative robots to boost prod uctivity, improve consistency and address labor shortages. For Blue Sky Robotics’ audience , operations, engineering and automation teams, decisions about automa tion hinge not just on purchase price but on the total cost of ownership, so understanding robotic arm cost is fundamental to realistic budgeting and return-on-investment planning. Prices vary widely depending on

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