sensors

VEGA speaks with Manufacturers’ Monthly about their display and control units for comprehensive monitoring of process conditions.

APS Industrial have announced a national distribution agreement with Baumer, starting July 1, 2021.

According to ifm boss Martin Buck, sensors are becoming more intelligent and more communicative. Digitalisation is changing the industry and thus also the requirements on automation technology. 

The LMS4000 2D LiDAR sensor is particularly well-suited for use in intralogistics, material handling and in all areas in which goods must be quickly and systematically analysed and moved. With the LMS4000, SICK is offering the ideal solution for measuring objects regarding their position, shape, volume or surface quality and evaluating and processing them correspondingly. … Continue reading Robot guidance with SICK 2D LiDAR sensor →

The robust components IO-Link temperature sensor, plug-in power supply with interchangeable adapter, Ethernet and sensor cable ensure fast and user-friendly connection of the automation technology to the IT world. 4-port IO-Link master with IoT core and MQTT interface Start-up package for IoT applications for download IO-Link parameter setting software “LR DEVICE” on USB stick Including … Continue reading Starter kit 4-port IO-Link master with IoT core and MQTT interface →

An RMIT professor has been awarded by the Australian Academy of Science for her contributions to science, her signature advance being in the field of stretchable electronics. Awarded the Frederick White Medal for early career researchers, Professor Madhu Bhaskaran has developed techniques to stretch devices to an unprecedented level – allowing them to be worn … Continue reading RMIT professor’s work in stretchable electronics awarded →

Queensland University of Technology (QUT) researchers have detailed how carbon-based organic materials used for their colour as dyes can be used to produce stretchable and biodegradable electronic devices. “With the fast growth of high-mobility materials, they are increasingly considered for use in stretchable electronic devices that can provide unique mechanical properties including being able to … Continue reading QUT researchers turning pigments into stretchable electronics →

Making communication easy between a series of devices is part of this next generation solution. Manufacturers’ Monthly finds out why one company has turned to ifm. Getting to the core of Industry 4.0, beyond the hype of individual technologies and high-level systems, requires understanding what language are needed to connect devices for flexible and adaptive … Continue reading The missing link →

The global expansion of Australian navigation sensor manufacturing business, Advanced Navigation, has received $20 million in funding, through a partnership between Main Sequence Ventures, Brick & Mortar Ventures, and In-Q-Tel. Advanced Navigation manufactures AI-based navigational technologies and robotics. Its products are supplied to car manufacturers, defence prime contracts and multinational companies such as NASA, Boeing, … Continue reading Navigation manufacturer secures $20 million in funding →

Collision avoidance in automated guided vehicle systems (AGV) and mobile platforms, and rear area monitoring in forklifts or heavy trucks are just two of the many mobile intralogistics tasks that can be handled simply and efficiently using the Visionary-T DT configurable 3D vision sensor from SICK, write Michael Dold, strategic industry manager of Industrial Vehicles, … Continue reading Load detection and 3D collision warning for mobile intralogistics →

Smart materials will have a new application in home care systems for the elderly, through research conducted by Deakin University’s Mediated Intelligence in Design (MInD) Lab. The devices, which incorporate graphene sensing surfaces, will be installed on surfaces such as walls and floors and could provide information on temperature, pressure, and humidity levels. The project … Continue reading Graphene sensors used for home care application →

A method for quickly producing laser-printed smart fabrics has been developed by scientists at RMIT. The method is cost-efficient and scalable and can produce a 10x10cm smart textile patch in three minutes. These patches are waterproof, stretchable, and easily combinable with energy harvesting technologies. The e-textile technology will enable graphene supercapacitors, to be laser printed … Continue reading Building resilient smart textiles at speed →

All that is needed to predict a heart failure could be saliva and smart manufacturing, thanks to a collaboration between RMIT University, the Innovative Manufacturing Cooperative Research Centre (IMCRC) and ESN Cleer. The organisations have come together to produce a diagnostic stick that reads heart disease biomarkers. The nano-sensors on the tip of the stick … Continue reading Spit and shine: new device to measure heart disease →

CNC-based machining tools has been widely adopted in the manufacturing business. Especially in the era of Industry 4.0, the new development of manufacturing technology should consider intelligent collaboration, process monitoring and management in real-time. As CNC operators require a set of skills and qualifications, educators and trainers are looking for engaging solutions to build these … Continue reading IoT ready CNC industrial control machines →

The search to find ways for autonomous devices to sense their surroundings has produced some novel projects, however a recent project from the University of Queensland has returned to the animal kingdom for a solution. Just as animals sense their surroundings with whiskers, Dr Pauline Pounds developed hairs that extend from a drone or robot … Continue reading New sensing technology for autonomous devices →

With the adoption of working practices that bring humans and robots into ever closer collaboration, making these practices safe remains of paramount importance. IN workplaces, robots are now being configured to work alongside humans and can lead to savings in costs and increases in productivity. This is apparent not only in service applications, but industrial … Continue reading Safety systems ensure productive workplaces for humans and robots →

The technology in sensors has shifted to a new level that gives manufacturers more knowledge of how their systems are coping. Manufacturers’ Monthly reports. The integration of smart systems across the manufacturing sector has the potential to dramatically increase efficiencies in all aspects of industry. What drives the success of these systems is the intelligent … Continue reading Sensors the key to maximising production and efficiency →

Application-specific pressure sensor manufacturer, Superior Sensor Technology, is now distributed through global electronics distributor Mouser Electronics. The differential low-pressure sensors made by the OEM are designed to be used in industrial heating, ventilation, and air-conditioning applications (HVAC), as well as for medical equipment. The HV Series, in particular, are high-performing, application-specific, low pressure sensors, and … Continue reading Mouser Electronics adds Superior Sensor Technology to their range →

For companies working in a fast-paced environment where clients expect equipment in short timeframes, there is a need for partnerships that provide the right solution, quickly. Miri Schroeter writes. A particular reputation can result in failure or success. And in a world where many speak about negative experiences more than the positive ones they encounter, … Continue reading Building reputable businesses that connect with others →

Research into developing robots with a sense of touch has taken a further step, with the development of a new form of tactile sensors. The researchers, from the Queensland University of Technology (QUT) and the University of Queensland, have used nanometre-thin films of organic LEDs (OLED) and organic photodiodes (OPD), which measure soft touch. While … Continue reading Durable touch sensors developed for cobot applications →