In the world of manufacturing, change has always been a constant. Over the years, there have been three significant revolutions that reshaped how goods were produced. Each revolution brought new technology and methods, propelling industry forward. However, as the 21st century approached, a new wave of transformation began to emerge—Industry 4.0.
In a not-so-distant future, artificial intelligence revolutionised work, a reality where human labour became obsolete, as machines took over tasks that were once performed by people. Today, Artificial Intelligence is transforming every sector, from healthcare and cybersecurity, to autonomous vehicles and daily apps, AI is now the bedrock of progress and innovation.
As industries around the globe strive for greater sustainability, industrial automation emerges as a pivotal player in enhancing environmental stewardship. By optimizing processes, reducing waste, and improving energy efficiency, automation is not only transforming operations but also contributing to a greener future. Here’s how industrial automation is making a significant impact on sustainability and what it means for businesses and the planet.
As industries around the globe strive for greater sustainability, industrial automation emerges as a pivotal player in enhancing environmental stewardship. By optimizing processes, reducing waste, and improving energy efficiency, automation is not only transforming operations but also contributing to a greener future. Here’s how industrial automation is making a significant impact on sustainability and what it means for businesses and the planet.
In today’s fast-evolving industrial landscape, automation stands out as a game-changer, reshaping the way businesses operate and compete. From manufacturing to logistics, the integration of advanced automation technologies is driving significant improvements in efficiency, productivity, and safety. Here’s a look at how industrial automation is transforming industries and what it means for the future.
A tilting stage incorporating three wedge-type Z-axis modules. Place the objects requiring angle adjustment on the stage, the height and horizontal level can be adjusted by vertical movement of each actuator. HEPHAIST spherical rolling joints (SRJs) are used for the joints between the table and the actuators.
The feed mechanism incorporates a “ball screw + wedge type speed reduction mechanism”. This is a super-precise stage that achieves high follow-up*, high accuracy, and high stiffness by mounting a cross roller guide on the linear motion guide.
Ultra-thin stage with electric actuators placed on the single plane, it makes the center of gravity of the entire equipment lower enough. Various table movements are possible by operating three actuators placed on the single plane individually.
There are 2 types of linear bearing: Finite Linear Motion Type – limited stroke type, and Infinite Circular Type – unlimited stroke type. Linear motion using the rolling motion of balls. With the rolling grooves on the shaft and outer cylinder, it can handle both radial loads and rotational torque. It is ideal for mechanisms that execute linear movements while transmitting torque, and is used in a wide range of fields including transfer equipment and robots.
The essential multi-degree-of-freedom joints for parallel mechanisms have conventionally been obtained 2 to 3 degrees of freedom with combinations of spherical joints. However, such spherical joints combinations often lead to structural complexity and bulkiness. There are multi-degree-of-freedom sliding spherical ball bearings available, but they come with large frictional resistance and internal clearance issues. Hephaist has developed SRJ – Spherical Rolling Joints as the solutions to all these issues.
