News » Technology News Thumbnail-sized linear actuator weighs just 3 grammes
PiezoMotor, the Swedish specialist in piezoelectric-based micromotors, has announced a tiny actuator for applications in production automation, medical engineering and laboratories. The Link linear drive, which weighs just 3 grammes and is barely larger than a thumbnail, needs no gears and is ideal for applications with restricted installation space.
‘Revolutionary’ cobot palletiser halves costs, opening SME market
Omron has collaborated with a UK robotics systems integrator Reeco Automation to develop a cobot-based palletiser that, they claim, costs up to 50% less than a conventional robot palletiser and has a 60% smaller footprint. They believe that the development will make end-of-line robotic automation economically attractive to producers of all sizes for the first time.
First ‘cyber-immune’ gateway protects IIoT data from attacks
The Russian cyber-security specialist Kaspersky has announced the first “cyber-immune” protection technology for industrial automation systems, designed to connect field devices such as sensors securely to industrial IoT (IIoT) services. The Kaspersky IoT Secure Gateway 100 system avoids the need for extra protection for gateways and connected equipment, such as anti-virus software, device controls or data diodes.
New-era robot OS is ’as easy to use as a smartphone’
The German robot-maker Kuka has announced a new operating system for its machines that, it says, will be as easy to use as a mobile phone and will mark the start of “a new era in robotics”. The iiQKA.OS system, which was previewed at the 2021 virtual Hannover Fair, will be the basis for an entire ecosystem, providing access to programs, apps, services and equipment that are easy to install, operate and use, and will allow newcomers to implement automation without specialised training, while improving and simplifying the process for experts.
Levitating transport system can operate power-free for 2h
At the virtual Hannover Fair, Festo has unveiled a superconductor-based levitating transport system that can be separated from its electrical cooling system and operate autonomously for up to two hours. This will allow contact-free handling and movement of objects and is aimed, in particular, at applications requiring high levels of cleanliness, such as laboratory automation, biotechnology or semiconductor production.
Software is ‘first’ to simulate and optimise drive installations
Siemens has announced a software tool which, it claims, for the first time, allows drive installations and their behaviour in machines and plants to be simulated, adapted and optimised. Called Sinamics DriveSim Basic, the tool is said bridge the gap between logical and mechanical simulation.
Universal robot software platform will slash costs
A French start-up aiming to make industrial robots simple enough for anyone to use, has announced a software platform that, it claims, will cut the cost of robot programming by a factor of ten. Fuzzy Logic Robotics (FLR) says that its Fuzzy Studio software will allow any factory to automate using robots quickly, simply and cost-effectively, even for complex applications involving tasks such as welding, gluing, grinding, painting and dispensing.
Mobile box-carrying robots will increase warehouse efficiency
Boston Dynamics, the US company behind YouTube-starring robots such as Spot the robot dog, has entered the warehouse automation market with a wheeled box-handling robot that can pick up, transport and stack boxes autonomously. It can handle It can up to 800 boxes each weighing up to 23kg (50lb) in an hour.
High-speed solid-rotor motors eliminate gearboxes
Yaskawa is introducing a range of high-speed, solid-rotor motors paired with variable-speed drives, which it says will offer “unrivalled” cost and size advantages in power ratings from 300kW–1.5MW and at speeds from 6,000–15,000 rpm.
Vision-guided robot sorts waste to boost recycling efficiency
A London-based start-up called Recycleye has teamed up with the UK's Manufacturing Technology Centre (MTC) to develop a vision-guided robotic picker that can sort through streams of waste automatically. They say that their retrofittable technology will help recycling centres to boost their sorting capacity and cut the amount of waste sent to landfill.
Superconducting coils transmit more than 5kW contact-free
German researchers have developed a contact-free power transmission technology based on superconductors that can transmit more than 5kW of power with low losses. Potential applications include autonomous industrial robots, electric vehicles and medical equipment. The system could be used to recharge the batteries of such equipment during short idle times.
Electrostatic motors ‘will outperform magnetic machines’
The US engineering innovation company Draper is developing a family of electric motors that operate on fundamentally different principles from conventional motors. It says that the new machines will be more powerful and efficient, lighter, and less expensive to manufacture than standard motors. Underpinning the initiative is a recent patent awarded to Draper that covers aspects of the technology.
Self-teaching robot picks random items with 94% accuracy
Automation experts at the UK’s Manufacturing Technology Centre have developed a robot that can teach itself how to pick up unknown objects from a randomly-arranged tray or bin. They say that tests on a wide range of objects – including metal components, cosmetic containers and fruit – have achieved success rates of up to a 94% for attempted picks.
‘First industrial 5G router’ allows users to test the technology
The Swedish industrial communications specialist HMS Networks has announced what it claims is the first commercially available industrial 5G wireless router optimised for private industrial networks. The router supports Ericsson Industry Connect 5G networks and allows users to get started with 5G. HMS is also offering a starter kit for testing and evaluating 5G in industrial settings.
Project marries TSN with 5G to deliver real-time comms
A consortium of organisations including Mitsubishi Electric, Ericsson and Hirschmann, is developing an end-to-end real-time industrial communications infrastructure based on 5G mobile technology and TSN (Time Sensitive Networking). The partners in the German-based 5G-Comet project want to combine TSN, which was originally developed for wired networks, with wireless 5G technology in a real-time system which provides reliable, secure communications from field-level sensors and actuators, via 5G and Ethernet connections, to an edge cloud.
