Used machinery and AI!

The future of the used machinery market lies in the combination of human expertise and the analytical precision of artificial intelligence.

How much is my used machine worth? 

When is the perfect time to sell? 

AI can help sellers with such questions.

Pic © Surplex.

Artificial intelligence (AI) is playing an increasingly important role in many industries. This advanced technology is not only valued for its ability to analyse complex data and make decisions - it also offers the potential to optimise processes and automate routine tasks. The used machinery trade in particular shows how AI opens up new opportunities and can revolutionise existing processes.

From an idea to a universal tool.
The origins of artificial intelligence date back to the 1950s, when scientists began to explore the idea of thinking and learning machines. Today, AI includes a wide range of advanced technologies such as machine learning, neural networks and autonomous systems that can make decisions on their own. These techniques have enabled the use of AI in a wide range of applications, from optimising complex production lines to improving customer interaction and supporting diagnosis in medicine. The advantage of AI systems lies in its ability to learn from large amounts of data and recognise patterns, making it an indispensable analysis and forecasting tool. In many industries, AI is therefore not only used to increase efficiency, but also to develop new business models and transform existing markets.

Five trends in the used machinery market.
The used machinery market is also beginning to recognise and use the benefits of artificial intelligence. The following five AI trends are emerging that could have a significant impact on the trade:

Pricing and value assessment: AI models use extensive data analyses to determine the current market value of used machines and provide realistic price recommendations. For example, age, manufacturer, machine type and maintenance periods are compared. Maintenance prediction: By analysing operating data, AI systems can predict when maintenance work is required. This minimises downtime and maximises the service life of the machines. Demand forecasting: AI can analyse sales trends and past transaction data to predict future fluctuations in demand and determine the optimal time to sell. Supply chain optimisation: AI can anticipate supply chain disruptions and plan more efficient transport routes, resulting in faster delivery times. Adaptation and retooling through AI: AI can analyse existing production processes and show where used machines can be used effectively to modernise, expand areas of application or increase efficiency. By analysing an AI, possibilities for modernising and adapting used machines can be identified in order to expand their areas of application and increase efficiency.

AI not the complete answer.
Although AI offers support in many areas and enables significant efficiency gains, it cannot replace the personal and expert service of specialised used machinery dealers like Surplex. With its multilingual website and worldwide network of buyers, Surplex offers an efficient platform that greatly simplifies the process of selling used machinery. From the professional evaluation to the complete handling of each transaction, Surplex ensures a smooth and professional process. The future of the used machinery market lies in the combination of human expertise and the analytical precision of AI.

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@surplex_auction @machinery_used PAuto #Manufacturing

Nanoparticle detection added to environmental portfolio.

ENVEA has acquired Airmodus, a leading manufacturer of nanoparticle detection systems for the environmental monitoring industry. The acquisition will enable ENVEA to expand its product portfolio with a unique technology, which will be key for future regulations and expand its geographic footprint with an aerosol centre of excellence in Helsinki (FI).

LtoR: Rony Akiki, R&D Director Aki Pajunoja, CEO of Airmodus ,Trevor Sands, CEO Envea Global, Joonas Vanhanen, Co-Founder and CTO at Airmodus, Gregoire Didier, Director Strategy & ESG at Envea.

Founded in 2010, Airmodus develops and manufactures nanoparticle detection systems and analysers. Its key products include Condensation Particle Counters (CPCs) and Particle Size Magnifiers (PSMs). It also provides a wide range of accessories for aerosol measurements, as well as maintenance and calibration services. Based in Helsinki, Finland, the company sells its products in nineteen countries and has distributors in thirty.

Trevor Sands, CEO of ENVEA, said: “We are thrilled to announce the acquisition of Airmodus, a leading manufacturer of nanoparticle detection systems. With the addition of Airmodus' expertise and technology, we will be able to provide our customers with even more comprehensive environmental management solutions. We are excited to welcome the Airmodus team to the ENVEA family and look forward to working together to continue to drive innovation in the industry.”

Romain Azoulai, Director on the Carlyle Europe Technology Partners (“CETP”) advisory team, said: “This acquisition will significantly expand ENVEA’s R&D capabilities and product offering across nanoparticle technology, as well as further enhancing its position as a leading buy-and-build consolidation platform. Airmodus' cutting-edge technology and expertise will enable ENVEA to develop new and innovative solutions for its customers, further strengthening its position as a global leader in environmental management solutions.”

“We are pleased to be joining the ENVEA family and are excited about the opportunity to further develop our technologies and product offering alongside the ENVEA team," said Aki Pajunoja, CEO of Airmodus. "This agreement will allow us to leverage our expertise and accelerate our growth plans, enabling us to play a greater part in contributing to cleaner and healthier environments globally.”

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@EnveaGlobal @airmodus @codacomms #Environment #Finland

Enhanced current sensors for industrial and automotive applications.

Increased performance ideally suited for busbar current sensing in industrial inverters, motor drives, as well as power distribution and charging systems.

Molex has announced the Percept Current Sensors to address the growing demand for highly accurate busbar current sensing solutions in industrial and automotive applications. Percept Current Sensors leverage Infineon’s high-precision coreless current sensors and Molex's proprietary electronics packaging technology to further reduce sensor size and weight while simplifying installation and system integration significantly.

“The new Percept Current Sensors benefit from Infineon’s coreless sensor and our proprietary electronics packaging technology to set new standards for current-sensing accuracy, reliability and integration simplicity,” said Lily Yeung, director, Sensors, Transportation Innovative Solutions, Molex. “Together we can save customers valuable space and optimize product performance, while reducing major design and manufacturing complexities and costs.”

The compact, coreless design and unique electronics packaging of the Percept Current Sensors results in a solution that is 86% lighter and up to half the size of competing current sensors. This enables higher-density packaging within devices, which contributes to reductions in overall system weight while facilitating greater design flexibility.

The Percept Current Sensors offer increased sensing opportunities in space-constrained applications as well as those sensitive to electromagnetic interference (EMI). They also provide accuracy within 2% across a wide temperature range and entire product lifespan, along with low sensitivity and offset errors. Additionally, Infineon’s differential Hall-effect sensor design suppresses noise from stray magnetic fields, which are commonly found in demanding industrial motor-drive and automotive applications.

“Infineon’s XENSIV™ TLE4973 and TLE4972 are part of our family of high precision coreless magnetic current sensors with a measurement range of 0A to 2000A, offering tremendous flexibility for different power ranges. When combined with Infineon’s sensor, Molex’s innovative package creates a small, efficient and robust solution for the automotive and industrial markets,” said Matthias Grewe, vice president and head of Product Line Magnetic Sensing, Infineon Technologies.

Molex’s proprietary electronics packaging technology enables seamless integration of high-current conductors, connectors, Printed Circuit Boards (PCBs), busbars, and heat sinks, among other mechanical components, into a single device. This capability is highly suited for assemblies that must withstand high temperatures, high currents and harsh environments. Percept Current Sensors take advantage of this proprietary packaging method to ensure flexible system integration and boost accuracy from precise chip placement and factory calibration. Pre-calibrated systems not only lead to simpler, streamlined installation, but also can dramatically speed assembly time.

This novel packaging technology uses 99% less water than typical PCB manufacturing and does not require any chemicals or generate copper sludge, enabling a more environmentally friendly manufacturing method. Versatile and configurable design options, including the sensor-in-busbar design, provide customers with a complete package for plug-and-play deployments that do not require excessive development time, resources or cost.

These Sensors are available in industrial- and automotive-grade options, encompassing full-differential and single-ended output modes and bi-directional sensing. Available current ranges include +/-450.0 to +/-1,600.0A; operating temperatures extend from -40 to 125°C in accordance with AEC-Q100 Grade 1 standards. Sensors for industrial applications are slated for October 2024 availability, followed by automotive application product approval process planned for the first half of 2025. Limited engineering samples for industrial applications are available today.

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@MolexConnectors @Infineon @NapierPR #Pauto #Automotive 

IT and OT convergence.

Providing complete monitoring of IT infrastructure and operational technologies (OT) for business continuity,  Centreon is foremost in confronting the challenges of IT and OT convergence.* 

"At Centreon, we're noting a significant evolution in the importance of IT and OT convergence for businesses. This topic is strongly growing year after year. Our monitoring solutions help optimize the performance of these critical infrastructure, ensuring business continuity and enhanced security," said Julien Mathis, Centreon’s CEO. "We are committed to contributing to this new digital revolution by offering holistic visibility and helping our customers meet tomorrow’s challenges.

Download the ebook:
IT and OT convergence,
connecting the physical and digital worlds.

The market for OT (Operational Technologies) is experiencing steady growth. Valued at $175 (€162) billion in 2024, it is projected to reach $256 €236.5)billion by 2030, with a compound annual growth rate (CAGR) of 6.5%, according to Prescient & Strategic Intelligence. The analyst notes, “the market is driven by the increasing emphasis on real-time data analysis and predictive maintenance, strategic initiatives by governments to promote OT adoption, and emergence of connected enterprises.” Operational Technologies (OT) are vital across various industries, including automotive, construction, energy, food and beverage, and oil and gas.

In an era of intense digitisation, the convergence of IT and OT has become an inevitable necessity. Infrastructure are evolving rapidly, transforming urban, industrial and service environments. Holistic visibility of these technological environments is critical. Whether managing factories, coordinating smart cities or monitoring logistics warehouses, the seamless integration and coordination of IT, OT and IoT elements is essential to anticipate challenges, optimize operations and ensure operational excellence.

Centreon can monitor non-IT devices, regardless of number or location, thanks to its catalogue of over 700 monitoring connectors. Centreon provides complete visibility into IT and OT infrastructure that is shared with all stakeholders, with operational and geographic views for rapid problem detection and resolution, and drastically reduced operational maintenance costs.

Concrete examples
Centreon effectively monitors a wide range of infrastructure worldwide. Examples include monitoring utility distribution: water, electricity, gas, heating energy, for a Swiss public utility organization; monitoring electricity distribution, traffic control and check-in terminals for a German airport; monitoring cold storage equipment temperature for a Japanese food company; monitoring accessibility and security of some sixty parking lots for a car park management company in Belgium; and monitoring digital radio transmission towers and infrastructure for a national radio station.

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* Download the ebook: IT and OT convergence, connecting the physical and digital worlds.

@Centreon #PAuto #IT #OT

Static management program software.

Desco Europe distributor Inelco Hunter has announced the availability of the Static Management Program (SMP) software, which continuously monitors the Electrostatic Discharge (ESD) process control system throughout all stages of manufacturing. The SMP app captures data from SCS workstations, production equipment and any other equipment where ESD events could occur. SMP continuously monitors every event, even down to fine detail such as a single fan ioniser.

The App can be accessed remotely from anywhere in the world. It provides a real-time picture of critical manufacturing processes, pinpointing areas of concern in order to help prevent ESD events. Quantifiable data highlights trends, thus enabling a proactive approach to ESD control, whilst at the same time testing and proving the efficiency of the existing ESD process control system.

The ESD risk is present during every stage of manufacture: handling, assembly, testing, shipping and so on. Electronic devices are incredibly sensitive, and damage to components can occur without any sense of static shock to the operative – and will therefore go unnoticed. By continuously monitoring ESD events, the SMP app aids the manufacture of dependable products, improves yields, increases automation efficiency and provides a measurable return on investment.

Inelco Hunter stocks a broad range of Desco Europe ESD products, covering every aspect of ESD protection from bags and labels, protective clothing and footwear to grounding equipment and work surface mats, ESD tape and wrist straps. For a full and comprehensive list, visit the Inelco Hunter website or contact them directly.

Inelco Hunter provides in-depth engineering support to ensure rapid implementation of the recommended ESD Compliance solutions. This added-value support is at the core of Inelco’s philosophy, and has been for the last 30 years, setting them apart from the "stock and ship" distributors.

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@InelcoHunter  @DescoEuropeESD #PAuto #ESD

Wideband-high-output linear amplifier.

The AH15199B 140 Gbaud Wideband/High-Output (2 Vpp) Linear Amplifier*1, developed by Anritsu to evaluate optical transmissions devices in the generation of beyond 1 Tera is now on the market.

Technical Terms *1 Linear Amplifier: Amplifies input signal at fixed ratio *2 PAM4: Abbreviation for Pulse Amplitude Modulation used to increase transmission capacity by amplitude modulation using four voltage levels *3 Gain: Parameter indicating how many times input frequency sinusoidal amplitude multiplied at output; plotted as frequency on logarithmic x-axis and gain in dB relative units on y-axis *4 Jitter: Parameter indicating quality of digital signal as timing fluctuation; larger jitter causes errors in acquiring digital signal values *5 DSP: Abbreviation for Digital Signal Processor; specialized microprocessor for processing digital signals and generally used in real-time computing *6 Digital Coherent Data transmission method using light phase and polarization to transmit high-capacity signals over long distances due to low signal degradation *7 IM-DD: Abbreviation for Intensity Modulation-Direct Detection (IM-DD); data transmitting/receiving system using changes in light intensity

This new linear amplifier features a wideband frequency response of 200 kHz to 135 GHz at a –6 dB bandwidth and can amplify 140 Gbaud PAM4*2 signals to 2.0 Vpp. The high-gain*3 amplification of +15.5 dB and low jitter*4 fluctuation of 300 fs from the actual signal timing support amplification of even high-quality input signals attenuated during transmission.

Furthermore, the AH15199B can amplify 140 Gbaud PAM4 signals from various signal sources, such as DSP*5, and can directly drive modulators and other devices requiring high amplitude. Therefore, it is a suitable driver for evaluating optical modulators for 800GbE and 1.6TbE digital coherent*6 system, now the focus of attention as next-generation transmission systems, as well as for IM-DD*7 systems used widely in optical communications.

This wideband linear amplifier supports the growth and smooth operation of high-speed networks.

Development Background.
Mobile data traffic is increasing with the growth of AI, machine learning, and other services, but further increases in communication speeds for servers and network devices are a major challenge.

The next-generation Ethernet standard IEEE802.3 supporting high-speed networks will use digital coherent methods, such as 800GBASE-LR1 (for 10 km), 800GBASE-ER1-20 (for 20 km), and 800GBASE-ER1 (for 40 km), as well as the IM-DD method. The OIF (Optical Internetworking Forum) is studying specifications for optical transmission technologies, such as 800ZR, 1600ZR, as well as coherent technology to support increased optical network capacity and accelerate growth of “beyond 1 Terahertz” systems.

On the other hand, higher transmission speeds suffer larger signal attenuation, so a high-power linear driver is needed to amplify PAM signals faithfully and drive modulators directly.

The AH15199B high-power linear amplifier supports evaluation of 2.0 Vpp signals at 140 Gbaud PAM4 for high-speed, high-output data transmissions at a low maximum power consumption of 1.5 W. A 140 Gbaud data speed equals 140 billion signal changes per second.

The standard, small, dedicated power supply reduces the risk of damage from incorrect handling.

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@Anritsu @AnritsuEMEA @NapierPR #TandM #Communications

Expanded beam performance connectors.

The innovative Expanded Beam Performance (EBP) technology, which is already available in the robust AMC Series T connectors from ODU, is now also available for their MINI-SNAP Series K, MEDI-SNAP, ODU-MAC Silver-Line and ODU-MAC White-Line product lines.

As a non-contact lens technology, Expanded Beam Performance products offer a game-changing interface for fibre optic systems. EBP technology achieves numerous advantages, including low attenuation, virtually no cleaning or maintenance requirements and a long service life. These advantages make EBP the ideal solution for applications where maximum reliability and performance are required.

Future-proof EBP technology impresses with optimum performance.
- Low attenuation levels: For maximum signal quality and low latency, EBP solutions achieve attenuation levels that are even lower than the outstanding values of conventional physical contact (PC) solutions.
- No cleaning or maintenance required: Cleaning the ferrule is only necessary in the case of extreme soiling. Under normal conditions no maintenance is required, and the maximum service life can be achieved without a single cleaning process.
- Long service life: The contactless transmission means there is no wear on the contact elements, so that at least 50,000 mating cycles can be achieved.

AMC Series T Expanded Beam Performance.
The previously available combination consists of EBP technology and a robust circular connector for harsh environments. With its innovative 3-in-1 locking system, non-reflective surface and high resistance to external influences, the AMC Series T has already proven its worth as an EBP solution.

MINI-SNAP Series K Expanded Beam Performance.
The classic circular metal connector is characterized by its safety and flexibility. This is available with the proven push-pull locking system and protects the fiber optic transmission with an IP68 protection class. This is the smallest 12-lens plug solution on the market.

MEDI-SNAP Expanded Beam Performance.
Made of high-quality plastic, the Medi-Snap is up to 75% lighter than comparable products. Its features make it ideal for mobile applications, especially in the medical sector.

ODU-MAC Silver-Line & White-Line EBP module.
The integration in a modular connector enables the hybrid use of EBP technology with other media such as electrical signals or air and fluids. The robust interfaces enable automatic or manual docking with a high number of mating cycles.

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@ODU_Connectors @PresseBox #PAuto #Communications

Improve meter read rates.

Texas Metering & Device Company (TMD), a premier provider of Advanced Metering Infrastructure (AMI) and services for electric, water and gas utilities and The Antenna Company have a robust solution for improved wireless connectivity of off-network smart meters for electric utilities.

This collaboration combines TMD’s AMI expertise and industry knowledge with The Antenna Company's innovative high-efficiency LTE antennas (AC94541-01 -right) and RF Coupler solution (AC20424-01) to solve the connectivity problem of off-network utility smart meters. TMD will serve as a US distributor for The Antenna Company’s products included in the smart meter retrofit kit.

“As utilities increasingly enforce 100% meter read rates, the demand for reliable utility smart meter wireless connectivity continues to rise. TMD and The Antenna Company have combined their strengths to deliver a proven wireless range extension retrofit solution for the smart meter market,” stated Steve Swenke, President of TMD.

Key benefits of the solution include:

1. Immediate availability: The smart meter retrofit kit is available now. Installation will result in improved meter read rates for cellular 4G LTE/P-LTE, including Anterix™ 900MHz spectrum, and short-range/mesh networking connectivity, reducing the need for expensive, time-consuming manual meter reads.
2. Fast return on investment: Eliminate the high cost of truck rolls for manual meter reading by deploying this innovative range-extension solution.
3. Comprehensive support: Customers can expect comprehensive technical support and expertise from TMD, ensuring successful implementation of the smart meter wireless range-extension solution.

“We are delighted to partner with TMD as our integration expert and distributor for the US utility smart meter market,” said Norm Smith, Vice President of Sales for The Antenna Company. “Today’s joint announcement by TMD and The Antenna Company marks a strategic alignment and immediate availability of this retrofit solution that will drive a much-needed improvement in smart meter remote-read rates.”

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@antennacompany @TEXASMETER @SRSTechPR #Communications #Power 

Automation Platform with GenAI to empower workforce, optimise operations.

As part of the release of the Ovation™ 4.0 Automation Platform, Emerson is delivering transformative generative artificial intelligence (GenAI) that will enhance data to inform decisions, helping power and water companies accelerate growth, improve efficiencies and drive more predictive, reliable and resilient performance to their operations. Emerson announced the new Ovation GenAI at its annual Ovation Users Group Conference in Pittsburgh (PA USA).

With the digital transformation of the power and water industries, utilities and municipalities now have vast amounts of rich production, reliability, safety and sustainability data for their operations – yet much of it is fragmented and siloed. Operators require a modern, future-proof computing environment that can confidently mine large and complex data sets and harness the power of GenAI for better, more efficient operational insights.

Emerson’s Ovation 4.0 Automation Platform with integrated and dedicated GenAI deployment, trained on a secure foundation of knowledge-based data, will augment workforce expertise and thought processes to enhance productivity by prioritising and automating tasks. The platform will provide predictive guidance and recommend appropriate actions to increase reliability, improve customer experiences and optimise overall operations.

“While global power operators are experiencing unprecedented demands, we are also on the precipice of technological advances that will forever change how we and our customers work,” said Bob Yeager, president of Emerson’s power and water business. “The digital revolution is generating so much valuable data that our Ovation Automation Platform with GenAI can harvest to create accessible, usable insights to inform smarter and more timely action.”

Through its AI-based capabilities, the new platform will help support:

• Workforce empowerment – AI assistants will work side-by-side with operators of every experience level to optimise workflows for more effective operations and help diagnose issues and suggest or implement control actions to return to normal, safe operating conditions.
• Remote operations – AI will work in tandem with operators at centralised control centres that monitor multiple assets, acting as autonomous guardians that provide prescriptive guidance to help with information processing and decision support.
• Reliable, continuous operations – The Ovation GenAI assistant will predict maintenance requirements, helping to mitigate the impacts of common reliability issues such as faulty sensors, mechanical wear, temperature fluctuations and pressure deviations. In addition, real-time digital twin simulation, coupled with AI models trained on plant-specific historic operations and maintenance, will recognise abnormal conditions to identify how and why processes are diverging from baseline operations.
• Grid optimisation – Facilitated by AI-assisted predictive maintenance, the platform will offer advanced situational awareness that improves decision-making from power generation to delivery, resulting in increased grid stability.
• Security – Robust AI models will be used as a tool to enhance cybersecurity by improving threat detection, response automation, vulnerability management and overall security protocols.

Initially released on Microsoft Azure’s OpenAI service, the Emerson Ovation GenAI will also be available on other large language models that rely on closed, proprietary and secure data sets.

“Today’s most forward-thinking power and water companies will use our new Ovation 4.0 Automation Platform with GenAI to help sort through their vast amounts of data,” Yeager said. “By contextualising data from the intelligent field, edge and cloud to make better, safer decisions, this technology will enable what we call ‘Boundless Automation™’ – breaking down data silos to liberate data and unleash the power of software.”

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See also last week's "Automation Platform for Power and Water Industries is AI ready." (24/7/2024)

@Emerson_News @EmersonExchange @EMR_Automation @HHC_Lewis #PAuto #AI

Innovative, high quality tactile, rocker, toggle and micro-switches.

Anglia Components has now expanded its portfolio to include the complete range of electromechanical switches and interconnect solutions from C&K Switches. C&K was acquired in 2022 by Littelfuse, a long-standing franchise supplier partner of Anglia, and the distributor was recently awarded full access to the C&K portfolio.

John Bowman, Marketing Director at Anglia, commented: “We are extremely pleased to be able offer the C&K switch and interconnect range to our customer base. C&K is one of our industry’s most respected names and stands as a byword for product innovation and quality. The addition of the C&K product line also strengthens our already excellent relationship with Littelfuse.”

Littelfuse European Channel Manager Lisa Ehramdjian added : “Anglia is one of our key supply chain partners already, so we know they will do an excellent job designing in C&K switches and interconnect products, and we are delighted to continue development of our business with them.”

C&K delivers reliable, high-quality electromechanical switches that ensure a superior product design, functionality and 100% customer satisfaction. Standard products include tactile, rocker, toggle and micro-switches, and the company is also able to customise switches to meet precise customer requirements for haptic touch, look, sound and other unique features.

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@angliaComponent  @CKswitches @Littelfuse @BWW_Comms #PAuto #Components

Change liquid analysis leadership.

Dr Thomas Buer is to become the new managing director of Endress+Hauser Liquid Analysis in October 2024. He succeeds Dr Manfred Jagiella, who is retiring at the end of September after 17 years at the helm of the competence center for liquid analysis.

Dr Thomas Buer

Dr Thomas Buer moves from Veolia Water Technologies & Solutions to Endress+Hauser Liquid Analysis. The 55-year-old manager studied mechanical/process engineering at the Technical University of Aachen and has extensive international experience in the water and environmental technology sector. In professional roles in Germany, Canada, the USA and France, he successfully managed global business units and drove innovative technologies forward.

“In Dr Thomas Buer, we have found an experienced managing director for our competence center for liquid analysis. His broad expertise and international experience will help him to further develop Endress+Hauser Liquid Analysis together with the proven management team,” says Dr Andreas Mayr, COO of the Endress+Hauser Group. To ensure a smooth transition, Thomas Buer will start at Endress+Hauser on 1 August 2024.

Manfred Jagiella joined Endress+Hauser as managing director at the beginning of 2007 and since then has developed the competence center for liquid analysis into a sustainably growing and profitable company. During this time, the number of employees has tripled to over 1,300 worldwide and turnover has increased even more.

Endress+Hauser Liquid Analysis has won various innovation prizes and other awards, ranked first in Germany several times as an exemplary employer and was recently even honored as one of the best employers worldwide.

Since 2016, Manfred Jagiella has also been valued as a committed member of the Executive Board of the Endress+Hauser Group. In September of this year, Dr Manfred Jagiella will turn 65 and then embark on a new chapter in his life.

“Dr Manfred Jagiella has played a key role in making Endress+Hauser one of the world’s leading providers of liquid analysis today,” emphasizes Dr Peter Selders, CEO of the Endress+Hauser Group. “We would like to thank him for his many years of dedicated service to our company and his contribution to the success of the Group. We wish him all the best and good health for the next phase of his life.”

His responsibilities on the Executive Board of the Endress+Hauser Group will be assumed by other members of this body from October.

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@Endress_Hauser @Endress_US @Endress_UK #PAuto #Automation

Automating the impossible anywhere!

"Industrial automation’s most versatile compensation module to the world."

At the Bosch Rexroth Customer and Innovation Center in Ulm (D), they develop innovative solutions for the future of automation, such as the Smart Flex Effector, a compensation module aiming to revolutionise the industry.

Automate the impossible.
David Lehmann, System Architect at Bosch Rexroth, explains what a compensation module is and what makes the Smart Flex Effector unique:

David Lehmann

“When you think about a robot in the factory, you usually think of a six-axis robot assembling parts or building a car, or something like that. The robots have some kind of tool at the tip, like a gripper. The compensation module is the part that goes between the robot arm and the gripper. The Smart Flex Effector stands out due to its ability to provide compliance (flexibility in response to forces) in six degrees of freedom (movement in three-dimensional space).

We can measure the deflection (change in position) of the tool with high precision with an integrated sensor system. This allows us to perform complex tasks, such as precise assembly operations, that usually only humans can do. Our slogan, ‘Automate the impossible’, sums it up nicely. Our goal with this product is to enable robots to perform new tasks that they are traditionally not good at, thereby increasing efficiency and productivity.”

Connectivity challenges.
To enable the robots to perform these new tasks, the Smart Flex Effector needs to exchange position measurement data with the robot controllers, including information about the deflection of the tool and control signals for the module's locked and unlocked states.

However, connecting the Smart Flex Effector to robot controllers was challenging, as David explains. “Our product was available, but we had difficulties installing it at our customer’s sites. When we talked to our customers, the feedback was often the same: 'You have this serial interface, but I don't want to spend two weeks or more trying to connect it with my robot controller. I do not have the time or the resources to do that.'”

Simplifying connectivity with Anybus protocol converters To solve these connectivity challenges, Bosch Rexroth turned to HMS Networks who provided the Anybus Communicator Common Ethernet, a ready-made protocol converter capable of connecting serial devices to EtherCAT, EtherNet/IP, Modbus TCP or PROFINET controllers.

A key benefit of the Anybus Communicator Common Ethernet was that the same unit can connect to all the major Ethernet protocols, as David describes “This Anybus protocol converter was the ideal solution for us because we can reconfigure it with a firmware update and with just one unit, we are able to provide the connection to the different protocols.”

The Anybus Communicator’s intuitive user interface also won some new fans. “The interface is really nice. Before selling it to our customers, we tested it for ourselves in our lab where application engineers completed feasibility studies, for example. They all said that it was easy and straightforward to complete the required configurations via the web interface, which was important to us as we have customers that are not experts in automation and robotics.”

The fact that the Anybus Communicator could be installed via a web browser was a further plus point. “Both we at Bosch and our customers prefer not to install third-party configuration software. It adds security risks and complexity – just getting the required admin rights often delays installations.”

The Smart Flex Effector and Anybus Communicator have worked so well together that Bosch Rexroth includes the Anybus Communicator as part of a complete solution. “We decided to create an order number for the Anybus convertor, so that customers could buy it directly from us. So, we sell both devices together as a complete solution.”

With the addition of the Anybus Communicator, Bosch Rexroth can easily connect to all the major Industrial Ethernet protocols, and as a result have significantly expanded its market. "Now we really can address more or less the whole market”, David concludes. “We can cover everything; we haven't found a robot with a fieldbus connection that is not supported by this Anybus convertor yet."

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@hmsnetworks @HMSAnybus @RexrothDACH @mepaxIntPR #Pauto #Robotics

Automation Platform for Power and Water Industries is AI ready.

Automation architecture which accelerates plant modernization with a more flexible and user-centric approach.

The Ovation™ automation platform has been updated by Emerson to include a software-defined architecture that will help utilities better leverage data, new technologies and artificial intelligence (AI). This enhancement will enable the industries to achieve new levels of operational excellence and meet the increasing demand for reliable, affordable and sustainable power and water.

Today’s progress toward energy transition, global sustainability targets and “electrification of everything” is transforming the power and water industries. These complex challenges require modern, adaptive technologies that interconnect previously siloed data and provide a holistic operational view to improve performance and availability.

Emerson’s Ovation 4.0 automation platform builds upon the company’s Boundless Automation™ vision to integrate and deliver valuable reliability, safety, production and sustainability data across enterprises to optimize operations. The software-defined platform enhancements include advanced automation, simulation and AI capabilities.

“Our next-generation platform will help modernize power and water operations, unlocking predictive strategies to help utilities meet the evolving pressures of the industries,” said Bob Yeager, president of Emerson’s power and water business. “Ovation 4.0 offers a single automation platform with real-time data, enabling customers to keep pace with rapidly changing markets, providing the insights they need to work smarter, better and faster.”

Power or water operators with a complex portfolio of distributed energy resources (DERs) – including combined cycle plants, wind farms, hydro facilities, solar panels, battery storage, microgrids and electric vehicle charging stations – can rely on Ovation 4.0’s grid edge ecosystem to manage real-time, bidirectional inputs and deliver distributed data across their entire network. Grid edge controllers provide a more granular view of the grid through high-speed, localized computing environments across DERs, securely putting rich data closer to operators to improve load and demand management.

This, the newest Ovation software-based platform is part of a robust solutions portfolio designed to help future-proof utilities, including a full suite of advanced pattern recognition and machine learning technologies to monitor, control and optimize assets. These technologies can be used in local or remote operation control centers to centralize knowledge, predict maintenance requirements and optimize operations. The new Ovation View human machine interface and integration of Ovation Green renewable supervisory control and data acquisition software provide a clear view of operations, advanced analytics and forecasting tools. This Ovation 4.0 integration, combined with these new features, improves holistic awareness across traditional and renewable generation and energy storage segments, reducing costs while increasing plant safety, reliability and sustainability.

The platform also offers generative AI models trained on a foundation of secure Ovation knowledge-based data that will offer prescriptive guidance on operational and maintenance practices. Ovation digital twin technology with AI models will provide infinite analytical computing power that enables data-driven decisions, business-wide collaboration and on-demand support.

All Ovation 4.0 technologies will be seamlessly supported through the Guardian™ digital customer experience, a single point of access to real-time monitoring, in-depth analytics and actionable insights.

“With our extensive portfolio unified under the Ovation 4.0 automation platform, power and water companies now have access to a comprehensive technology ecosystem, unmatched industry expertise, cohesive customer support, and decades of engineering innovation and efficiencies,” Yeager said. “This enhancement will help us strengthen our position as a go-to partner, helping our customers modernize with a software-defined architecture that provides the most advanced control systems without completely overhauling existing infrastructure.”

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• See also Industrial IoT company of the year (12/1/2024)

@Emerson_News @EmersonExchange @EMR_Automation  @HHC_Lewis #PAuto #AI

Temperature data loggers in laboratory.

Cansford Laboratories, working within the family legal sector, carries out drug and alcohol testing for workplaces, governments, and individuals. Samples of hair, nails, oral fluid, and dried blood spots are stored in refrigerators throughout different processes of analysis and quality control. Temperature must be monitored to ensure that it remains within the set acceptance criteria to comply with the company’s Quality Management System and laboratory standard ISO 17025:2017.

The Tinytag Plus 2 data loggers with built-in temperature sensors are used ensure compliance with the specific storage temperatures required and Cansford Laboratories’ internal standard operating procedure (SOP). In addition to their use in storage facilities, Tinytags are used to monitor ambient room temperatures, especially that of the laboratory, as the equipment produces a significant amount of heat while running. The data gathered also provides the opportunity to examine and validate the performance of air conditioning systems and how well they maintain constant temperatures.

The loggers were selected for their wide temperature range – from -40 to +85°C – which makes them suitable for multiple monitoring locations. They are also compact and durable, making them ideal for unobtrusive use across the laboratory, office, fridges and freezers.

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• Tinytag data loggers are stocked in Ireland by Manotherm

@tinytag @cansford_labs @Manothermltd #PAuto #Laboratory

Vibrating level switch.

Designed for general purpose applications.

WIKA has supplemented its portfolio with the TLS-S vibrating level switch. It is suitable for all liquids, also for highly viscous media.

The new instrument is available in three variants for different market segments. It is intended for the process industry and can also be delivered with ATEX approval. The model TLS-H, thanks to its hygienic design, meets the requirements of the food & pharma sector. The particularly compact model TLS-C has been designed for OEM applications.

The vibrating level switch, with its functional principle based on a tuning fork as the measuring element, enables precise limit level monitoring in containers and pipelines, irrespective of the mounting position.

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• WIKA products are marketed in Ireland through Instrument Technology.

@WIKANews #PAuto

Management team at sensor manufacturer.

A new management team of at E+E Elektronik has been announced. Wolfgang Pucher has taken up his position as Technical Managing Director while Min Kim has been responsible for the Market Division in May 2024. This new set-up strengthens the company's management and provides new impulse for future development.

Wolfgang Pucher (top)
and Min Kim

Wolfgang Pucher took over the management of the Technology Division at E+E Elektronik on July 1, 2024. His area of responsibility includes development, production, quality management, calibration laboratory, IT and technical infrastructure. Wolfgang Pucher studied mechanical engineering and completed his doctorate in measurement technology at the Technical University of Graz. In 1997, the 61-year-old joined Dr. Johannes Heidenhain GmbH, where he held numerous management positions in the development of measuring devices and precision machines. As Head of Development, he has many years of experience in development, production, assembly, quality management and marketing.

Min Kim has over 23 years of professional experience, including 15 years in various international management positions. The 52-year-old studied economics and business administration in Germany and built up his initial expertise in particular at the Robert Bosch Group in Asia-Pacific regions. His portfolio also ranges from global sales management to the integration of acquired companies. Since May 1, 2024, Mr. Kim has been responsible for the Market Division at E+E Elektronik. In this role, he is responsible for sales and marketing, product management, purchasing and logistics, human resources and all seven subsidiaries.

They are both two highly experienced managers. A statement from the company said, "Their expertise in their respective fields will contribute to developing E+E Elektronik from a recognized, solid company to an innovative global market leader with pioneering technology. Together, new market opportunities will be developed, and the customer base is to be expanded. In addition, the optimization of development and production processes and the promotion of innovative solutions are on the agenda.""

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• E+E Electronik products are marketed in Ireland through Instrument Technology.

#Epulse #PAuto #Austria

Elevating work platforms.

The ePanda eDrive for low-voltage applications has been launched by Danfoss. 

Designed as a propel solution for mobile elevating work platforms, the ePanda eDrive is an integrated compact power system comprising an electric motor, microcontroller unit, and reduction gearbox that maximizes efficiency, reliability, and safety. The eDrive joins the ePowerpack in Danfoss’ ePanda series of products for low-voltage electrification.

“OEMs specializing in low-voltage machines have been among the first to embark on the electrification journey. However, technology limitations and the efficiency of electrified systems currently on the market have fallen short of customer requirements,” said Derek You, Low Voltage business unit lead and head of Editron China, Danfoss Power Solutions. “We designed our ePanda low-voltage system solutions to help these OEMs unlock the complete benefits of electrification. With our innovative solutions, including the ePowerpack and now the eDrive, we’re electrifying positive change throughout the off-highway industry.”

The ePanda eDrive’s permanent magnet synchronous motor maximizes propel system efficiency, reducing battery consumption and thereby extending machine runtime. The eDrive offers peak efficiency of 94% compared to 85% for competitive AC induction motor systems. It maintains high efficiency throughout its operating range, with system efficiency 17% to 31% higher than AC systems at various speeds. Average efficiency improvement is 20%.

Designed to be the most compact drive solution on the market, it simplifies machine integration and installation. Compared to the next best alternative, the eDrive is 20% shorter in length and 23% lower in weight. As a fully integrated solution, the eDrive reduces the number of parts and labor hours required for installation.

The unit's integrated design also provides high durability and reliability. Ingress protection ratings of IP67 (motor) and IP65 (controller) make it suitable for extreme environments. The braking system is durable and replaceable, and with its strong gearbox in the leading position, risk of oil leakage is minimized.

With overspeed protection and superior inching control, the eDrive delivers a smoother, easier driving experience for operators. Its high controllability prevents rollback during hill starts and stops, while its high power enables gradeability of up to 30% and speeds of up to 6.4 kilometers per hour. The eDrive is CE compliant and its safety stop and speed limitation functions meet ISO 13849 performance level D requirements, maximizing operational safety while ensuring suitability for use in global markets.

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@Danfoss @NapierPR #Pauto  #OEM

Automating solar energy production.

IEA says solar PV manufacturing capacity is expected to double during 2024 to reach almost 1,000 GW, supporting net zero goals.

The Al Dhafra PV2 Solar project in Abu Dhabi – for which ABB supplies automation and optimization power generation solutions – is now exporting 100 percent of its designed capacity onto the grid. Covering an area of 20 square km in the Al Dhafra region, located around 30 km south of Abu Dhabi City, the 2 GW plant uses four million solar modules to generate enough electricity for 200,000 homes across the UAE per year. It will also help reduce Abu Dhabi’s annual CO₂ emissions by more than 2.4 million metric tons, the equivalent of removing approximately 470,000 combustion cars from the roads.

“The UAE’s ambition is to reach 14 GW of clean energy by 2030, and projects such as Al Dhafra PV2 will be a major contributing factor in meeting this target,” said Brandon Spencer, President of ABB Energy Industries. “ABB enables safe, smart and sustainable investment in a low carbon future through automation, electrification and digitalization solutions. We are proud to support the UAE in its transition toward a cleaner energy future.”

ABB was appointed by China Machinery Engineering Corporation (CMEC), the Engineering, Procurement and Construction contractor for the facility – the world’s largest single-site photovoltaic project1. The plant is pivotal to the UAE Energy Strategy which aims to triple the share of renewables by 2030 as part of a goal to increase clean energy and reduce carbon emissions from power generation to achieve net zero by 20502.

According to the International Energy Agency (IEA), solar PV is reshaping global electricity supply and continues to grow at an astonishing rate. Manufacturing capacity is expected to double during 2024, reaching almost 1,000 GW, which is sufficient to meet the annual IEA Net Zero by 2050 demand of almost 650 GW in 20303.

Leveraging ABB Ability™ Symphony Plus, a distributed control system designed to maximize plant efficiency and reliability through automation, ABB is integrating inputs into a single user-friendly overview. As a result, operators can utilize data insights from all areas of the plant, delivered in real time, to drive efficiency, reduce risk and ensure production optimization. Operational excellence is further enhanced through the supply of ABB digital, electrical and telecom solutions including metering and solar process modelling.

“Not only does ABB share our vision for a clean energy future for the UAE, but their early engagement and collaboration facilitated the development of an integrated system architecture that met our expectation,” said Ali Albeshr, Executive Managing Director of Al Dhafra Solar PV. “We are confident that ABB’s technology will be instrumental in sustaining Al Dhafra operations for the future.”

Al Dhafra PV2 marks ABB’s first solar project in the UAE and reflects ABB’s continued drive to increase its automation and digital footprint in the region’s expanding renewable energy market.

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@abb_automation @ABBgroupnews @ABBMeasurement @IEA @admiralpr #PAuto #CMEC #UAE

Power converters.

The high-efficiency Cinergia Rack Series Regenerative Power Converters are now available from Intepro Systems.

The GE AC/DC SiC-RS leads the Rack Series launch. This pioneering power converter is designed for EOL testing applications and leverages SiC technology for compactness and efficiency.

"The new Cinergia Rack Series offers users high efficiency power conversion in a compact rack mount form making them ideal for test systems integration," said Interpro's president Joe Engler.

Applications include end-of-line testing in electromobility, smart grids, and more Intepro Systems a leading provider of test and measurement solutions, announces the availability of Cinergia’s Rack Series Family of regenerative power converters for testing platforms and end of line (EOL) testing. This compact new product range has been designed to provide the maximum efficiency available in 19-inch rack format.

Key benefits of the Cinergia Rack Series include:

• Unmatched Efficiency: Delivers significant energy savings and reduces environmental impact compared to similar products.
• Advanced Features: Includes a large touchscreen interface, SiC technology for exceptional efficiency, and high transient times.
• Multiple Applications: Ideal for end-of-line testing in electromobility, smart grids, and more.
• Space-Saving Design: Fits standard 19-inch racks for optimal use of testing space.
• Easy Integration: Integrates seamlessly into automated test lines.

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@InteproSystems @proactivefleet #PAuto #TandM

Pollution mitigation recognised.

APEM Group has been announced as the winner of the ‘Pollution Mitigation Initiative of the Year’ category at the Water Industry Awards, in recognition of the company’s continuous water quality monitoring project for United Utilities.

Working in partnership with Meteor Communications, APEM Group managed a water quality monitoring project on the River Kent near Kendal in the Lake District (GB). The project was implemented to help ensure the protection of water quality while treated water was discharged into the river through a temporary outfall pipe at a new location, following the damage of the original outfall by storm Desmond in 2015.

Hannah Austin, Divisional Director – Water Science, APEM Group, said: “I am immensely proud of the team that brought this amazing project to life. It’s great to see the tangible benefits to our rivers that monitoring data and evidence-led decision making bring. For APEM Group and our partners at Meteor Communications to be nationally recognised for this innovative work is a remarkable achievement.”

The WIA judges felt that APEM Group’s entry “stood out as both very relevant and innovative, while also presenting a positive message about pollution mitigation.” They described it as “a scalable solution to enhance pollution control and meet future demands, presenting significant benefits.”

A key element of the project was the deployment of Meteor ESNET water quality monitoring stations, installed and maintained by Meteor Communications to provide real-time water quality data both upstream and downstream of the temporary outfall. Meteor’s Managing Director Matt Dibbs, who attended the awards ceremony, said: “We were delighted that the scalability of our water monitoring quality monitoring solutions has been recognised as these systems meet the river monitoring requirements of the Environment Act’s Section 82. This project therefore represents a blueprint for the large number of monitoring systems that water companies will establish in the upcoming AMP period.”

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@MeteorComms @APEM_Ltd  @_Enviro_News #Environmental #Water #Britain

Connectors for exposed environments.

The Weald Electronics LMF and LMG families of connectors and accessories are now available through Lane Electronics. Both connector families are suitable for cable to panel or cable to cable connections and are designed for use in exposed, harsh environments. such as mining and construction, and offshore installations including wind farms and oil and gas platforms. 

LMF and LMG Connectors are available with 1 to 37 contacts and housed in a range of shell styles and sizes:

• Shell Size 1 – Small
• Shell Size 2 – Medium
• Shell Size 3 – Large

Two shell materials are available, aluminium with fine thread coupling, suitable for lightweight use and brass, with coarse thread coupling, suitable for more rugged applications. Both types are IP67 rated and maintain high levels of mechanical strength and corrosion protection, while the selection of brass eliminates the need for protective plating that can get scratched and requires no in-service maintenance.

The comprehensive range of accessories includes straight and angled outlets for screened and unscreened cables and conduits, metal and polymer protective caps, and assembly tooling.

The LMF Range, formerly known as Plessey MK4, has an operating temperature range from -40 °C to +85 °C, with a limited environmental capability. The standard range of shell styles includes climatic proof bulkhead feedthrough connectors which permit a complete break in a cable passing through a bulkhead. Furthermore, thermocouple connectors can be configured with an additional choice of alumel and chromel / brass and constanton contacts.

The LMG Range, formerly known as Plessey MK7 (Patt. 104), is an update on the LMF range and has a more comprehensive environmental performance. Standard inserts are polychloroprene and the operating temperature range is -55 °C to +100 °C. For more demanding applications fluorinated silicone rubber may be selected for insulators and the temperature range increases to -55 °C to +150 °C.

Should the occasion demand, the LMF and LMG connectors are intermateable within their respective styles and types, with performance limited to the LMF capability. The LMG range does not include bulkhead feedthrough connectors style or thermocouple contact options.

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@FC_Lane @proactivefleet #PAuto #Electrical

150 Years of overpressure protection and valve innovation.

Crosby pressure relief valves continue tp deliver reliable overpressure protection across a wide range of critical applications.

Recent valve innovation milestones include: 2019 – PRV monitoring and RFID technologies are released for the Crosby J-Series. 2020 – Actuated J-Series valves attain SIL3 (Safety Integrity Level 3) certification. 2022 – Emerson introduces Crosby Balanced Diaphragm Technology. 2022 – Emerson introduces Bellows Leak Detection for Crosby valves. 2024 – Crosby H-Series limits are extended to over 7,250 pounds per square inch/500 bar and 1,200 degrees F/648 degrees C.

Emerson recognises the 150th anniversary of its Crosby™ line of pressure relief valves (PRVs), marking a significant milestone in the history of PRVs and overpressure protection products. Crosby technologies are field-proven and engineered to meet the latest regulatory standards with improved performance, greater reliability, and enhanced safety.

“Emerson remains committed to innovation and excellence, continuously enhancing its range of overpressure products to meet and exceed the evolving needs of end users,” said Judson Duncan, the president of Emerson’s pressure management business. “With a steadfast dedication to regulatory compliance, safety, and customer satisfaction, Crosby is positioned to lead a safer, more sustainable industry over the next 150 years.”

Current Crosby offerings include:

• J-Series – Robust and proven technology providing reliable overpressure protection in various applications, including air, gas, steam, vapor, liquid and two-phase media. Used extensively in the oil and gas, refining, and chemical industries.
• OMNI-TRIM® – Proven solution for overpressure protection and thermal relief applications in air, gas, vapor, liquid, and steam applications. A straightforward design makes it ideal for refineries, chemical and petrochemical plants, power plant auxiliary systems, and pulp and paper mills.
• H-Series – High performance PRVs for overpressure protection in power industry steam safety applications, including economizers, steam drums, superheaters, reheaters and more.

The company is continuously developing new valve technologies based on their deep experience in critical service applications. For example, Crosby Balanced Diaphragm technology eliminates bellows in PRVs, ensuring reliable, balanced operation against backpressure. This innovation reduces maintenance costs, improves performance, and enhances safety with its robust design. In a related development, the world’s first Bellows Leak Detection solution provides instant notification of ruptures to enable prompt maintenance, reduce fugitive emissions, and provide event logging for intelligent root cause failure analysis—enhancing productivity and environmental protection.

All these overpressure protection products are field-proven technologies, engineered to meet the latest user demands.

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@EMR_Automation @Emerson_News @EmersonExchange @HHC_Lewis #Crosby #Pauto

Board-level camera system ensures great scope for customisation.

Be uncompromisingly happy instead of making compromises.

Sometimes customer requirements for industrial cameras are so particular that a customised development is desirable. This often only makes sense for larger quantities. For this reason, IDS has developed the uEye ACP series: its modular design principle allows for a vast range of camera variants. The online configurator helps to put together unusual models that are available from stock. True to the philosophy: be uncompromisingly happy instead of making compromises.

IDS Imaging Development Systems has developed all essential camera components for the uEye ACP series – such as sensor boards, connectors and lens holders – as standard modules that can be freely combined. The range includes USB3 and GigE Vision interfaces, connector boards with various connector options, flex cables and a wide range of image sensors from 0.5 to 20 MP.

Customised board-level cameras are available off the shelf in quantities as low as one, without the usual development cycles of individual projects. Furthermore, customers have the option of receiving the camera fully assembled or as individual components. As is customary for IDS, careful testing before shipment and quality "Made in Germany" are a matter of course in both cases.

In addition to the uEye ACP product line, the industrial camera manufacturer also takes on customised development projects. On request, an experienced team carries out everything that is technically possible, from individual design to adaptations of the housing, board electronics and connector configuration, as well as software adaptations.

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@IDS_Imaging @mepaxIntPR #Pauto #Vision

Eliminating most lab paperwork enabling more efficient completion of work.

A new case study released by Autoscribe Informatics (A Xybion Company) highlights how the North Dakota State University Veterinary Diagnostic Laboratory (NDSU VDL) has successfully implemented the Matrix Gemini Veterinary LIMS. The new system has revolutionized laboratory operations, enhancing efficiency and providing a more streamlined service for veterinarians, animal producers, and the public health sector across North Dakota, South Dakota, and Western Minnesota (USA).

Based in Fargo, North Dakota, the NDSU VDL offers various diagnostic services, including toxicology, bacteriology, virology, molecular diagnostics, pathology, parasitology, and serology. As an American Association of Veterinary Laboratory Diagnosticians (AAVLD) accredited laboratory, NDSU VDL provides critical support to veterinarians, animal producers, and public health officials to ensure the health and well-being of national herds, companion animals, and wildlife.

Before the implementation of Matrix Gemini LIMS, NDSU VDL was grappling with several challenges posed by its prior LIMS system. This system, which required significant time for maintenance and updates, was causing inefficiencies and bottlenecks. To ensure laboratory optimization, Matrix Gemini was chosen as the solution. The need for a modern, configurable system to manage the complexities of veterinary diagnostics, including antibiotic susceptibility testing, and support their high-volume operations was evident. The introduction of Matrix Gemini LIMS has transformed their operations, enabling a nearly paperless workflow and interfacing seamlessly with key analytical instruments to enhance data accuracy and reduce manual data entry.

Key benefits of Autoscribe’s LIMS include a 90% reduction in paper usage, improved sample tracking, and seamless integration with vital analytical instruments. This has led to more efficient operations, faster result turnaround times, and enhanced reporting accuracy. The web portal feature has benefited local veterinarians, allowing real-time access to test results and improving patient care. The system’s configurability allows NDSU VDL to adapt quickly to evolving business needs without waiting for vendor updates.

The LIMS administrator said, “laboratory needs are always dynamic, so it is great we can add fields and make changes ourselves, without waiting for the LIMS vendor to release another version of the software or make the changes for us.”

The success of Matrix Gemini LIMS at NDSU VDL is a testament to the effectiveness of the system in addressing the complex needs of veterinary diagnostic laboratories. Autoscribe Informatics continues to demonstrate its commitment to providing cutting-edge solutions that enhance laboratory operations and drive efficiency. The successful implementation at NDSU is a clear example of Autoscribe’s commitment in action.

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@AutoscribeLtd @AutoscribeCorp @NDSU #LIMS #Laboratory #USA

Electric actuators.

In addition to resistance against environmental hazards such as sunlight UV, they now offer more electronic control options.

Advanced controllability options have been added to Thomson Industries' Electrak® LL line of long-life electric linear actuators. In addition to the 600 km of maintenance-free life and 100% duty cycle performance inherent to all the Electrak LL models, machine designers can now get absolute position feedback, CAN bus integration, reduced current flow and higher speeds.

“OEM designers using our long-life actuators in applications that might otherwise require hydraulic or pneumatic systems can now also get more control over the position, load and speed. Our new configuration options enable them to move actuators into position more smoothly, know instantly where they are and use that data in motion profiles,” said Travis Gilmer, Product Manager – Linear Actuators at Thomson.

Key to the Electrak LL’s long-life architecture is a brushless motor, a high-load ball screw assembly, a brake solution that does not wear, and IP69K (static) and IP66 (dynamic) compliant sealing. This combination enables duty cycles of up to 100 percent, up to 600 km of travel life, and up to one million cycles – more than ten times that of electromechanical actuators without these features. The new configuration options for the Electrak LL augment its industry leading durability with advanced control, integration, higher voltage and higher speed options.

Instead of calculating position from sensors and encoders, users of Electrak LL actuators can get direct absolute position information by programming its embedded microprocessor to count mechanical turns within the gearbox. This enables an instantaneous, exact reading of position for the use of advanced control logic. A design engineer might, for example, use it to synchronize movements of multiple cylinders to defined positions at designated speeds

Another advantage of absolute position feedback is that it will be calibrated during assembly and does not need to be recalibrated. This improves efficiency in applications such as railway and agricultural controls where actuators are usually shut down for extended periods of time when the vehicles are not in use. If the position is not absolute, the actuator will need recalibration on restart. Also, the Electrak LL absolute position measurement does not require mechanical contact, which minimizes wear to the system.

Advanced control sequences need a way to share exchange instructions and data, and Thomson long-life actuators provide this as well. Electrak LL users can build applications around either CANopen® or SAE J1939 communications. This provides maximum flexibility to integrate actuators with other components or productivity and business applications.

High-duty-cycle applications, such as mobile robots, are usually battery powered as low current draw can be an advantage. Electrak LL users can now meet application power requirements by configuring their systems with a 48 V power supply. In comparison to the 24 V version, the 48 V will reduce resistive power losses, which enables thinner, less expensive wiring.

A 2 kN (450 lbs) load option to the Electrak LL has also been added. This optimizes the actuator to handle higher speeds with longer service life. 

Applications.
The new configuration options of the Electrak LL are for those who want both higher duty cycles and maximum control over their applications, such as the following:

• Smart railway pantographs and couplers
• Automated guided vehicles (AGVs)
• Material handling logistics trains
• Automated farming robots
• Movable steps and access lifts for trains and busses
• Gravel bins and hatches

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@Thomson_Ind @bcm_pr #Pauto