Industrial robotics has moved beyond assembly lines and is invading the world of entertainment. A notable example of this trend is the KUKA Coaster, a robot-based roller coaster system that has revolutionized the amusement park experience. The KUKA Coaster: Innovation in Entertainment The KUKA Coaster is a certified mobile roller coaster system that uses a six-axis robot to safely transport passengers. This device has been used at trade fairs, corporate events, and theme parks, providing a unique and exciting roller coaster experience. Passengers can choose the intensity of the robot’s movements, from gentle rotations for younger riders to inverted spins…
The use of robotic arms in mapping for the projection of artistic images on large surfaces has revolutionized the way multimedia installations are executed. This approach combines robotic precision with advanced projection techniques to create immersive and detailed visual experiences. How do robotic arms work in mapping? Robotic arms, such as those from brands like KUKA, ABB, or Fanuc, are used to move projectors or lasers with unparalleled precision. Through specialized software, the robot is programmed to follow specific trajectories and project images onto complex surfaces. This allows visual artists to use three-dimensional structures, such as buildings or sculptures, to…
3D Printing Technology in Construction 3D printing technology has revolutionized numerous sectors, and construction is no exception. Concrete 3D printers are gaining ground as an innovative and efficient solution for building structures, bridges, and other structural projects. In this article, we will explore the key aspects of this technology and its impact on the construction industry. What are Concrete 3D Printers? Concrete 3D printers use special mixtures of concrete and cement to create three-dimensional objects layer by layer with large-scale printers. There are two main types of concrete printers: gantry systems and robotic arm systems. These systems vary in size,…
In a world where technology and creativity are increasingly intertwined, ABB and the Sifu Foundation have launched a project that combines robotics with music to promote social inclusion. This project, recently presented at Sónar+D, aims to use ABB’s advanced technology to create musical experiences accessible to people with disabilities. Musical Robots: A New Dimension of Inclusion The project focuses on using ABB robots to perform music and enable people with various abilities to participate in the creation and enjoyment of music. The robots are equipped with sensors and artificial intelligence algorithms that allow them to respond to musical inputs and…
In the world of construction and civil engineering, 3D printing has been gaining ground as a promising technology. However, one of the challenges has been the automated fabrication of structural members without the need for molds or forms. Obayashi Corporation, in collaboration with Denka Company Limited, has developed a 3D printer that uses a special cement material as ink, allowing for the automatic creation of building members and structures without the need for traditional forms. Key Features of the 3D Printer with Cement Material 1. Special Cement Material: The cement material used in this 3D printer is unique. It was…
Robotic Arms: Engineering Marvels in Photography Robotic arms, those engineering marvels that mimic human movements with millimetric precision, have moved beyond factory production lines. At the intersection of technology and art, these mechanical automatons have found a new stage: photography. In this article, we explore how robotic arms have become invaluable allies in capturing images from previously unreachable perspectives. The PhotoRobot Arm for 360 Object Photography One of the leaders in this convergence of robotics and photography is PhotoRobot. Their specialized robotic arm is designed specifically for creating 360-degree product content. What does this mean? Imagine you own an online…
In the fascinating world of luthiery, where artisanal tradition intertwines with technological innovation, a unique symphony emerges: robotics applied to the manufacturing of musical instruments. In this article, we will explore how robots have found their harmony in the creation of violins, guitars, and other traditional instruments, taking digital precision to new heights. Luthiery and Its Artisanal Tradition Luthiery, with centuries of history, has been the art of handcrafting musical instruments. Every curve, every grain of wood, and every meticulous adjustment have been part of a tradition that honors sound quality and aesthetics. But what happens when tradition meets robotics?…
In a corner of the Robotics Institute at Carnegie Mellon University, a robotic arm named FRIDA immerses itself in the world of art. Inspired by the iconic Mexican painter, this technological marvel not only paints canvases but also collaborates with human artists to bring their creative visions to life. The Birth of FRIDA FRIDA (A Framework and Robotics Initiative for Developing Arts) is a robotic painting project developed at the Robotics Institute of Carnegie Mellon University. Its goal is to merge mechanical skill with human creativity. But how does it achieve this? The development team behind FRIDA, the AI-powered artist…
Montreal, Canada — In a creative corner of Montreal, where technology and art merge, we find Acrylic Robotics, a start-up that is revolutionizing the way visual artists reproduce their masterpieces. How do they do it? Through an ingenious combination of robotics and artificial intelligence. The goal of Acrylic Robotics is to democratize access to art. Nearly identical reproductions of famous works, which were previously only seen in museums or in the hands of collectors, can now adorn the homes of any art lover. Additionally, artists can collaborate with Acrylic Robotics to create unique versions of their own works, exploring new…