Premium motors go beyond state-of-the-art energy efficiency to deliver a combination of performance, reliability and commitment to sustainability tailored to suit a wide range of industrial operations. The latest addition to the portfolio is the world’s first magnet-free motor to reach the anticipated IE6 hyper-efficiency level.
Wire Arc Additive Manufacturing (WAAM) is an additive manufacturing process that has become increasingly important in the 3D printing of metals in recent years. High build rates, wire as an inexpensive and easily available starting material and a highly controllable process are the main advantages. To optimize 3D printing, the Berlin-based 3D printing specialist GEFERTEC records the temperatures in the workpiece using infrared measurement technology from Optris.
Machines and systems are becoming more and more intelligent – and in many cases more complex as a result. This makes it all the more important that the processes in production are transparent and comprehensible at all times so that the teams in production and maintenance can make the right decisions. This is the only way to exploit the full potential of networked manufacturing environments.
RODE, the acronym for RObotic DEpalletiser, is a pioneering product from AWL in the intralogistics market. The robotic solution is able to efficiently process packages randomly arranged on a pallet, setting it apart from conventional systems.
CRP USA, a leading 3D printing service bureau, has partnered with eight-time Paralympics Gold Medallist Tatyana McFadden to create groundbreaking 3D printed wheelchair racing gloves using the Selective Laser Sintering process and Windform XT 2.0 composite material. This collaboration addresses significant manufacturing challenges and sets a new standard for elite athletic gear.
The precision of CNC machines is paramount for optimal results, emphasizing the significance of advanced servo motors in delivering precise force application. The reliability and precision of servo motors are indispensable to ensure that the CNC machine executes instructions accurately, meeting desired tolerances with optimal efficiency.
The growth opportunities for AI and robotics in manufacturing are vast and projected to reach $182 billion globally by 2027. Companies that fail to adopt these exponentially advancing technologies as part of their process risk falling behind, as smart factories powered by intelligent machines become the norm.
Researchers at the Massachusetts Institute of Technology (MIT) have recently developed a temperature sensor that can harvest and store the energy from the magnetic field that exists in the open air around a wire. As a result, this could allow sensors to operate in the most remote settings and — importantly — without batteries.
While automating processes using robots is a reliable way to increase production throughput and productivity, the savings in floorspace can vary depending on the type of robot chosen. Where space is at a premium, a ceiling-mounted orbital robot can offer a suitable solution.
When testing wheelchairs, manufacturers play it safe for understandable reasons. That is why three aspiring mechanical engineers took no risks when they developed a drop test construction for wheelchairs on behalf of the renowned German company MEYRA. They relied on miniature shock absorbers made by ACE to protect the inner life of their construction.
Monitored changeover is an opportunity to optimise machines, reduce sources for potential errors and making them intuitive and quick to operate.
It is not a revelation to anyone in the industry that energy is the largest operating expense, accounting for the majority of utility costs. In manufacturing processes using compressed air, air compressors consume approximately 12% of the total electrical energy, and over the lifespan of an air compressor, 80% of the cost is energy use, and 20% is the cost of the unit including maintenance. Energy...
For lightweight robots, modular designs are increasingly popular thanks to the flexible deployment they enable for specialised tasks. Modular robots also enhancing the potential for system integrators and end users to develop their own designs. As part of an in-house robot build, optimising the drive train that powers and controls each joint is vital to the robot’s performance. The most effective way of achieving this is by developing the drive train as a complete module. This approach can also improve the efficiency of robot development overall.
In the realm of embedded computing solutions, Raspberry Pi has emerged as a pioneering force, offering a diverse range of compact modules tailored for industrial and commercial applications. Here we take a look at the differences between the foundation’s Compute Module 4 (CM4) and Compute Module 3+ when it comes to developing embedded projects.
Smaller manufacturers are the fastest-growing area of industrial robotics today, driven by the need for new collaborative robotics systems.
Today, every large event includes an elaborate laser show. Laser projections are used at trade fairs, in advertising, art, and at architectural events. The magically glowing light patterns are made possible by highly complex technology, and at many of the most spectacular installations this technology is provided by Berlinbased LaserAnimation Sollinger. When it comes to the alignment of beams and the creation of effects, motors from FAULHABER play an important role for their laser projectors.
To meet net zero CO2 emission goals, the building sector needs to modernize its communication infrastructure. This article shows how single-pair Ethernet, specifically 10BASE-T1L, enables the easy retrofitting of buildings using legacy links like RS-485 to improve digitization, enable automation, improve security, and substantially lower energy consumption to achieve greater sustainability. Author: Meghan Kaiserman, Strategic Marketing Director for Sustainable Buildings at Analog Devices
LEWA, a manufacturer of metering pumps and systems, relies on IE5+ motors from NORD DRIVESYSTEMS for high precision applications. They combine a wide control range with outstanding energy efficiency.
Grasping and plugging cables is child's play! For us humans, yes. However, automated processing of such flexible parts presents robots with considerable challenges. Nevertheless, the potential is huge; in terms of efficiency and quality as well as in terms of relieving employees, for instance when it comes to handling large, heavy cables.
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