Warehouse Automation

The rise of cobots, or collaborative robots, in the manufacturing industry marks a transformative era in automation. With a strong focus on harmony between humans and machines, cobots are set to revolutionize the way factories work. This transformative technology is not merely reshaping production lines, but advancing the objectives of efficiency, safety, and proactivity in a space formerly dominated by more traditional methods. As we delve into the world of cobots, we as

Reliable communication between CNC controllers and peripheral equipment is central to modern manufacturing operations. I/O modules translate field signals into usable data and back again, enabling precise machine control, reduced cycle times and coordinated automation, core capabilities in any i/o and cnc system. When data moves efficiently between controllers, sensors and supervisory systems, uptime improves, error rates fall and production becomes easier to scale. Integrat

Collaborative robots, or cobots, are designed to work safely alongside people rather than operate isolated behind fences like traditional industrial robots. Their safety-focused design, inherent flexibility and smaller footprint have driven rapid adoption across production lines and warehouses; cobots in manufacturing are now common where human-robot collaboration boosts throughput and reduces ergonomic injuries. For Blue Sky Robotics’ audience in manufacturing, warehousing a

For manufacturers, warehouse engineers and automation integrators at Blue Sky Robotics, mastering motion control fundamentals is essential to delivering reliable, high-performance systems. A servo motor uses closed-loop feedback, typically an encoder and motion controller, to regulate position, speed and torque in real time, delivering the precise, repeatable motion these systems demand. Compared with stepper motors, servos provide higher dynamic response and continuous feed

A 6-axis force/torque sensor measures forces and torques along three translational and three rotational axes, giving a robot a full picture of contact dynamics rather than the single-direction feedback of a basic load cell. This multidirectional sensing and high-resolution measurement enable robots to perform delicate assembly, force-guided insertion and surface following with the repeatable precision that modern manufacturing and warehouse automation demand. Beyond improved

Gas metal arc welding has become a cornerstone of modern manufacturing, prized for its repeatable precision and high throughput. Its adaptability to automated cells and programmable welding sequences lets manufacturers reduce cycle times and improve weld consistency. For teams in manufacturing, warehousing and automation, mastering GMAW is a practical way to boost productivity and product quality. As factories pursue higher output with tighter tolerances, robotics and advan

Manufacturers, warehouse operators and automation engineers are increasingly confronted with pricing decisions that determine the viability of deploying robots and automated logistics. At its core, X-factor pricing sets the point at which ownership, risk and cost transfer from seller to buyer, and it directly influences capital planning, procurement strategy and the total cost of automation investments. Understanding how X‑factor pricing affects shipping, fulfillment and int

While robotics is transforming industry, the differences between humanoid and task-oriented robots shape how, when, and why automation really works.

In the fast-moving world of B2B order fulfillment, delivering perfect shipments every time is more than a competitive advantage: it’s mission-critical. Hardware innovation like robotic arms sets the stage, but the real power lies in advanced vision inspection systems and the software that orchestrates them. For companies automating tasks like painting, packaging, and factory-line operations, vision inspection systems provide precise quality control, error reduction, and full

Robotic pick and place systems have become a foundational automation element across manufacturing, warehousing and logistics, where speed, consistency and safety are paramount. These systems range from simple conveyor-fed grippers to advanced robotic cells, and they help organizations reduce labor costs, improve throughput and maintain quality at scale, outcomes that matter to Blue Sky Robotics’ audience. Comparing robotic structured vs unstructured pick and place clarifies

Manufacturers and warehouses increasingly rely on robots to deliver consistent speed and precision on repetitive tasks, transforming throughput and quality control. What began as manual pick-and-place work has evolved into coordinated, high-speed automation that reduces cycle times and lowers error rates across production lines. A modern pick and place robot integrates motion, end-effectors and control logic to replace slow, variable human handling with predictable performanc

Discover how automation in distribution centers allows one robot to handle picking and packing, kitting and assembly, and custom kitting and fulfillment, boosting efficiency and adaptability.

Discover how robotic sensors like force and torque sensors enhance quality control. Use automation and vision systems to streamline inspection and improve reliability.

Discover how modern AMR warehouse software drives efficiency, coordination, and scalability. Learn why intelligent orchestration, real-time visibility, and no-code interfaces are transforming automation.

Learn how combining AMRs and robotic arms transforms warehouses with smarter material handling, automated mobile robots, and seamless fulfillment workflows.

Discover best practices for robot vacuum sensors to boost performance, reduce downtime, and optimize robotic grippers in high-mix operations.

Discover how adaptive vision and robotics make automated assembly lines more reliable, flexible, and efficient in high-mix manufacturing.

Learn how smart warehouse systems use robotics, vision, and AI software to boost agility, cut costs, and give 3PLs a competitive edge.

Discover how takt time and cycle time work together to streamline production and reduce waste.

Machine tending is the process of loading raw parts into a machine (like a CNC, injection molding press, or press brake), monitoring the cycle, and unloading the finished part. Traditionally, operators handled this task manually—placing material, pressing start, and removing the part when done.