Angled launch connectors.

Full production quantity availability of Samtec's new 1.85 mm 30-degree angled launch board connector (185-AL Series) has been announced. This series delivers precision RF performance through 67 GHz while solving common mechanical and routing challenges found in dense, millimeter wave lab test and evaluation environments.

Modern RF and high-speed digital test boards often face tight mechanical constraints that make cable routing difficult or unreliable. The 30-degree angled launch geometry of the Samtec 185-AL Series allows coaxial cables to exit the PCB in a natural direction, significantly reducing sharp bends that can degrade electrical stability.

The solderless, compression mount design enables field replaceable functionality. Eliminating the need for solder reflow enables rapid connect/disconnect to the printed circuit board, significantly reducing downtime and allowing connector reuse. It also removes performance variability that can occur with solder, enabling repeatable precision millimeter wave performance.

Threaded coupling provides high mechanical reliability. Mating interconnects include Samtec’s high-performance microwave cable assemblies, such as .047” diameter RF047-A Series cable, .086” diameter RF086 Series cable, and stable during flexure Nitrowave® LL071 Series cable. Mechanical stress when bending or twisting can change the dielectric’s properties and alter performance, with effects more pronounced at higher frequencies. Nitrowave cable’s optimised cable construction, which includes a Dynamic Performance Layer, protects from measurement errors that can occur due to flexure.

At millimeter wave frequencies, connector launches become increasingly complex. Samtec offers signal integrity support such as board launch optimisation, e-field simulation, and 3D modeling to help ensure maximum performance through a system. Contact RFgroup@samtec.com for RF launch optimisation and design support.

1.85 mm 30-degree angled launch connectors are available direct from Samtec.

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@SamtecInc @TechWireIntl #Electronics #PAuto #TandM

3-Axis video measurement.

The StarLite™ S1 is a new semi-automatic 3-axis video measurement system from Optical Gaging Products (OGP®). This is acompact, workbench-style 3-axis (X, Y, Z) video measurement system which combines fully automatic video measurements with the simplicity of manual stage motion. Designed for ease of use and dependable performance, StarLite S1 features the all-new IntelliCentric-S Optical System, combining fixed-lens optics and VIRTUAL ZOOM™ technology that delivers high-resolution images and accurate measurement results.

Standard illumination includes all-LED coaxial lighting, substage profile lighting, and SmartRing™ light illumination. This advanced lighting system provides programmable control of both light direction and incidence angle, enabling operators to effectively inspect challenging part features and measurement applications.

“StarLite S1 is one of the easiest-to-use precision measurement systems offered by OGP” said Tim Fantauzzo, Vice President of North American Sales. “Manufacturers requiring quick, highly accurate walk-up measurements on the shop floor or in the metrology lab, or those needing high-magnification measurements without a bulky comparator or toolmaker’s microscope, StarLite S1 delivers measurements you’d expect from a high-performance metrology system – delivering fast, reliable, and repeatable results in a compact and affordable package.”

The system is powered by Measure-X® metrology software, which combines powerful programming capabilities with an intuitive operator interface. Measurement routines can be created to guide operators through automated inspection sequences, streamlining operations and improving productivity.

Designed for manufacturers that need reliable, high-accuracy dimensional measurements without unnecessary complexity, StarLite S1 delivers exceptional value. Its intuitive ergonomic stage controls and user-friendly operation make it well suited for fast, efficient inspection in both shop-floor production and quality control applications.

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@OGP_QVI @mepaxIntPR #Metrology #Laboratory #TandM

Research facility in venerable university.

Babeș-Bolyai University, Cluj-Napoca – also known as UBB – is the oldest university in Romania, reaching back to 1581, and standing as one of the pinnacle institutions of Romanian academia. This is due to both its centuries-old heritage and its constant focus on future areas of study, research, and innovation. Recently, the Faculty of Engineering in Reșița, a branch of UBB, was able to access a program funded by the West Regional Development Agency to equip the research laboratory with a Mitutoyo coordinate measuring machine, with the aim of training students' skills.

 Mitutoyo MiSTAR 555 coordinate measuring machine defining the X and Y axes by measuring the part's outer cylinder.

UBB houses 50,000 students and features a distinctive multicultural profile in the European university landscape. The university has three major lines of study: the Romanian line of study, the Hungarian line of study, and the German line of study, offering also other languages for instruction, such as French, English, etc.

Although UBB took over the responsibility for the Faculty of Engineering in 2020, the academic history of Reșița goes back even further. The first technical students began their studies here in 1971. At that time, Reșița's rapidly developing industry needed engineers, and they filled this need.

As an integral part of UBB Cluj-Napoca, the Faculty of Engineering aims to provide initial and continuing professional training through bachelor's, master's, and doctoral degree programs, as well as specialization/advanced training courses in fields relevant to the regional needs. Another component of the Faculty of Engineering's mission is to support the business and public institutional environments through applied research on relevant topics to this region. The high number of engineers from Reșița recruited to research and production teams in the country and abroad, is a testament to the high quality professional training provided by the University.

“The Faculty of Engineering has – and has had over the years – teaching staff with rich experience in the industrial environment, who bring added value to teaching and research activities. The major fields of study addressed are mechanical engineering, electrical engineering, and applied computer science. In addition to coursework, our students also carry out activities within student circles, develop their own research (at their level), and manage to participate in many national competitions on technical topics," said Prof. Univ. Dr. Ing. Gilbert-Rainer Gillich, the dean of the Faculty of Engineering (right).

To ensure students the best mix of academic education and practical experience, the Faculty of Engineering decided to invest in high-performance technological equipment. Thus, through a program financed by the West Regional Development Agency, the educational institution managed to access the necessary funds to equip its own research laboratory with a Mitutoyo MiSTAR 555 coordinate measuring machine (CMM).

MiSTAR 555 is a 3D CNC coordinate measuring machine, which is highly reliable because of real-time temperature compensation technology that guarantees accuracy over a wide temperature range.

Commenting on the new Mitutoyo measuring machine purchase, Prof. Gillich said: “We wanted this machine because it is a high-performance piece of equipment, and with the educational software packages provided, we can train students, provide them with skills and competencies that are required by private company in the region. We were fortunate enough to receive a good offer from Mitutoyo, which led to our purchase of a top-notch machine.”

Relying on decades of experience, Mitutoyo equipment is precise, reliable, and robust, a prerequisite when these machines are used frequently by students. In addition, Mitutoyo offers educational software packages with 20 licenses, high-quality training, and technical support. The software is easy to use, intuitive, and provides detailed reports, which is another critical request for both teaching staff and researchers.

"MiSTAR 555 is used in numerous laboratory experiments across several disciplines. We manage to create applications very close to industrial ones, in the sense that measurements are taken on parts received from industry partners, new parts, or parts with a certain degree of wear. The dimensions that this machine can accommodate are 500x500x500 mm, and the accuracy is 2.2 microns," Prof. Gilbert-Rainer Gillich said.

Components manufactured today are more complex than ever, with a greater diversity of parts and tighter tolerances than ever before. This necessitates the enhancement of quality control and other metrological processes in the manufacturing process.

“The machine uses MCosmos software for dimensional measurements, and with the Geopak, CAT1000, and Scanpak component modules, you can perform precise measurements by touch scanning or point measurements for parts across the industry.”

At an advanced level of research, for both master's and doctoral students, a high-tech solution like this was the best choice for keeping up with future engineering and technological concepts. Now, with the help of Mitutoyo Romania, this was possible.

"Why do we like this machine? Besides its capabilities, the machine offers a user-friendly interface and allows the generation of measurement programs in an intuitive way. The educational software packages allow us to work simultaneously with groups of students. We particularly appreciate the availability, flexibility, and promptness with which Mitutoyo Romania offered us support, both for laboratory activities and for industrial applications. The training on how to use the machine was interactive and oriented towards practical applications. I confidently recommend Mitutoyo coordinate measuring machines to both private company and universities," Prof. Gilbert-Rainer Gillich concluded.

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@mitutoyo @UnivBabesBolyai @MitutoyoFrance  @mepaxIntPR #TandM #Education #Romania

Precise pH measurements in the Lab.

High precision pH, conductivity, ion concentration and DO₂ measurements.

NineFocus™ is a new high-performance, multiparameter benchtop meter system from Mettler Toledo. Designed for laboratories and near-production, it measures pH, conductivity, ion concentration, and dissolved oxygen with compelling precision. It is at its best with the smart InLab® DES® digital sensors with diagnostic capabilities.

Designed to meet common laboratory demands, the new multiparameter measurement system focuses on boosting productivity, reducing operational costs, and delivering consistent, accurate results. It offers a modular design, emphasizes intuitive operation, and supports regulatory compliance. Together with the guided troubleshooting of the InLab DES digital sensors, this power duo raises the bar for exceptional measurement performance.

• Designed to evolve: The built-in digital module measures up to four parameters, which means that for a different application, no new meter is required, only a sensor. That makes it easy to turn a pH meter into a conductivity meter, for example. The meter's productivity can be expanded with additional modules to measure up to four parameters either simultaneously or in a custom sequence. By adding an analog module, NineFocus becomes fully compatible with analog sensors (e.g. InLab ISM).
• Fast Problem Solving: The diagnostic capability of the InLab DES digital sensors monitors the sensor condition, provides step-by-step troubleshooting guidance on the meter, facilitates preventive maintenance, and helps prevent premature sensor replacement.
• Data Integrity: The fully flexible user management of NineFocus enables to tailor user groups to suit any need or situation and protects settings from unwanted changes with access control based on job roles and user-specific passwords, thus supporting compliance with regulations and industry standards.
• Simple Operation: The OneClick™ user interface allows operators to launch custom shortcuts for even the most complex workflows instantly with a single click on the home screen to save time, minimize errors, and enhance overall workflow efficiency. Supporting 14 languages, it ensures fast local adoption and helps prevent misunderstandings or mistakes.
• Flexible Footprint on the Bench: NineFocus is not tied to a fixed location but offers versatile placement options, allowing the terminal to be positioned wherever it is most convenient and comfortable —in front of the meter, on top of it, freely on the bench, or mounted on the EasyPlace™ electrode arm. With various cable lengths, the system can be operated safely even under a fume hood.
• Resilient: The meter's IP52 rating guarantees protection of its internal components against harmful dust ingress and water drips. The connector compartment keeps the connectors safe and prevents corrosion from exposure to liquids. With a protective cover, the control terminal is protected from dust, dirt, or fluids such as aggressive chemicals.
• Flexible Automation*: The new NineFocus measurement system offers flexible integration with the InMotion™ autosampler to increase efficiency in the lab. Its capability for automated calibration, verification, and measurement of over 300 samples significantly boosts productivity while minimizing errors. It is supported with instrument software version 2.0.0
• Full Compliance Support: NineFocus offers automatic data transfer to a PC or LabX software, ensuring accurate transcription and seamless compliance with industry regulatory standards such as CFR 21 Part 11, and ALCOA++, which is vital for any pH meter with data logging capabilities.
• Sustainable Investment: The InLab DES sensors enhance sustainability and reduce material waste due to their detachable Signal Bridge, which hosts the measurement electronics. This means that only the sensor shaft needs replacement at the end of its lifecycle, while the Signal Bridge – which is compatible with different sensor models within the same parameter - can be reused. And while the sensor cable is detachable for different workplace setups, really only one cable is needed for all sensors.

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@mettlertoledo @MasonTechnology #Laboratory #Analysis

Next generation weather durability testing.

Enhancements include expanded sample capacity and improved uniformity.

Atlas has officially launched the next-generation Ci3000 Weather-Ometer®, featuring nearly double the sample capacity, enhanced irradiance and temperature uniformity, a redesigned NextGen Ci user interface, and a sleek new exterior finish with integrated chamber lighting – all engineered to deliver more consistent and efficient testing across global labs. The upgraded system streamlines test setup, method selection, and day-to-day operation while building on the performance that has made the Ci-Series a trusted tool for plastics, coatings, and automotive OEMs.

A benchmark instrument for accelerated weathering and lightfastness testing, the Ci3000 is the most compact and cost-effective rotating-rack xenon arc unit in Atlas’s Weather-Ometer lineup (alongside their Ci4400 and Ci5000). It reproduces years of outdoor exposure in weeks through controlled cycles of xenon light, heat, moisture, and spray.

“The Ci3000 has earned its place in labs worldwide by producing accurate, repeatable weathering data,” said Chelsea Todd, Product Marketing Manager at Atlas. “With these updates, customers gain higher throughput, wider test coverage, and improved stability – without losing the dependability they trust."

Expanded sample capacity with improved uniformity.
A new two-tier rotating rack nearly doubles sample capacity (from 20 to 38). Its redesigned airflow system delivers best-in-class, tier-to-tier uniformity across test parameters – an advantage for comparative and multi-client programs.

Wider irradiance range and stability.
The next-gen Ci3000 introduces a widened irradiance range, enabling both high- and low-level test methods to be run directly, without additional modification. Controlled irradiance technology provides greater precision and repeatability, while advanced algorithms hold irradiance and temperature steady across varying lab conditions. These updates expand the instrument’s testing capabilities and improve reproducibility.

Simplified control and connectivity.
The updated NextGen Ci user interface features a larger, high-contrast touchscreen for direct control of irradiance, temperature, humidity, and spray. Built-in notifications and multi-language support streamline daily operation. With WXView® II software, users can remotely monitor instruments, compare results across sites, archive data, and standardize workflows across facilities.

Automated environmental stability.
SmartDamper™ technology provides advanced control of black panel temperatures (BPT/BST) and chamber temperature. This helps maintain tight, repeatable conditions and compensates for ambient fluctuations, supporting more reliable results across extended test runs. Smarter, more efficient operation.
A newly designed DI water cooling system improves lamp safety, efficiency, and reliability. The optional LiquiAir™ recirculating DI system can reduce tap-water use by up to 100%. A stacked indicator light clarifies test status at a glance.
The Ci3000 introduces a new exterior design in line with Atlas’s new design direction. A built-in chamber light makes lamp changes, cleaning, and maintenance easier. 

Comprehensive standards coverage.
The Ci3000 provides 14 factory pre-programmed methods, with space for 12 custom programs and sub-cycle capability. Its broadened irradiance range supports a wider range of test methods, and it conforms to current ISO, ASTM, SAE, Ford, GM, JASO, and other major global standards for weathering and lightfastness.

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@Atlas_MTT @PresseBox #Automation #Laboratory #TandM

Mini lab with big performance.

Quick and easy colour detection.

The EasyPlus UV/VIS measuring device from Mettler Toledo represents a significant opportunity for the industry, offering uncomplicated, space-saving, and cost-effective colour analysis of food and beverages. The device is straightforward to use and comes with 30 pre-installed colour scales. Its DIN A4 sheet size makes it an ideal analysis instrument for quick, compliant results. It is well-suited for use as a standalone solution in departments, for mobile use, or to relieve large laboratories.

The compact and versatile EasyPlus UV/VIS spectrophotometer recently proved its strengths in colour analysis during the formulation of a new soy sauce. The developers of an international food producer used the special advantages of the flexible EasyPlus UV/VIS spectrophotometer for this purpose. With the device, they added a local and quickly deployable analysis unit to their always busy central laboratory, which enabled the team to carry out precise absorption and CIELab measurements in 3.5-millimeter quartz cuvettes directly in the department. The small size and high performance of the flexible small laboratory were so convincing that a second device was ordered immediately.

Little power pack.
The reasons could be highlighted in colour: The EasyPlus UV/VIS spectrophotometer simplifies the colour control of liquid foodstuffs in accordance with regulations — quickly, conveniently, and inexpensively. With 30 pre-stored colour indices and reference values, the device immediately shows whether a sample meets the defined quality standards. With the additional EasyDirect™ UV/VIS software, the device can also convert a measurement into two additional colour scales, which significantly reduces the analysis effort. The robust lamp also requires no warm-up time.

Convenient use.
The minilab is also extremely easy to operate and takes the strain off staff: The EasyPlus UV/VIS spectrophotometer guides the user step by step through the entire testing process via a touchscreen display. Neither installation nor on-site training is required. To get started with colour analysis, Mettler Toledo provides informational material for download and video tutorials.

As soon as the lid of the measuring device is closed, the analysis starts automatically. The integrated PathDetect™ function automatically recognises which of the up to seven possible cell sizes or path lengths is being measured, thereby reducing application errors.

In addition to the colour analysis of numerous substances, the all-rounder is also suitable for spectrophotometric tasks and water tests. This makes the analysis unit a trump card for small and medium-sized companies, giving specialist departments flexibility and independence from central and external laboratories.

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@mettlertoledo @MasonTechnology #Laboratory #Colour

Arbitrary Waveform Generators with Ethernet control.

Spectrum Instrumentation has introduced four new Arbitrary Waveform Generators (AWGs) in its DN2.63x NETBOX series, delivering output rates up to 10 GS/s with 16-bit resolution. With easy control via Ethernet, these high-speed instruments connect directly to PCs, laptops or even the company network. Designed for automated and remote testing, they are ideal for wideband signal generation from DC to 2.5 GHz.

The compact and lightweight AWGs just use a standard Ethernet/LXI cable to connect to any PC or network. High-resolution 16-bit DAC technology delivers waveforms with excellent purity and low-noise, making these AWGs ideal for use in stimulus-response or closed-loop type testing situations. Each AWG channel features its own DAC and can be used in single-ended or differential output modes with fully programmable output ranges. In single-ended mode, waveform amplitudes go up to ±500 mV into 50Ω, in differential mode they go up to ±1 V into 100Ω. With high impedance termination, the output levels are doubled, offering up to ±2 V.

Available in single- or dual-channel configurations, the DN2.63x models include 2 GSamples (4 GB) of standard memory, expandable to 8 GSamples (16 GB). This enables long waveform playback - up to 800 ms at 10 GS/s - without interruption. Users can select between several smart trigger functions and generation modes, including single-shot, repeated, multiple replay and FIFO streaming. The FIFO mode enables new data to be uploaded to the AWG while replaying a stored waveform.

Each unit comes with Spectrum’s SBench 6 software for waveform creation, control, and analysis. Customers can define waveforms from equations, use the built-in function generator, or import data from digitizers, oscilloscopes, or simulation tools. For custom development, SDKs are included for C++, Python, MATLAB, LabVIEW, and more.

Integration into automated systems is seamless with front panel connectors for external clock and trigger signals, as well as multi-purpose I/O lines serving as marker outputs, for status flags, or synchronous/asynchronous signaling. A digital pulse generator option is also available. Weighing under 7 kg and with optional rack-mount kits, these units are ideal for mobile, benchtop and rack-based setups.

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@SpecInstruments @mepaxIntPR #TandM #PAuto #Laboratory

Free pipette!

INTEGRA Biosciences is giving away the chance to win a MINI 96 portable electronic pipette in its latest prize draw.

The MINI 96 is a compact and portable electronic pipette designed to revolutionize how laboratories fill 96 and 384 well plates. This innovative 96 channel pipette enables users to effortlessly fill entire or partial plates in one go, boosting productivity and reducing the strain of manual labor. Its small footprint means that it can be operated from anywhere in the laboratory – including inside laminar flow cabinets – making it incredibly versatile.

By entering the competition, laboratories have the opportunity to not only win their own MINI 96, but also be the first to hear about INTEGRA’s latest promotions and innovations. To participate, simply visit the competition landing page and complete the questionnaire. The deadline for submissions is June 30, 2025.

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@INTEGRApipette @kdmcomms #Laboratory #BioScience

Torque Sensors for fastening.

The latest advancement in torque sensing technology – the SGR525/526 Torque Sensors has been launched by Sensor Technology. Designed for precision and versatility, these state-of-the-art sensors feature square shaft ends, making them ideal for a wide range of industrial and laboratory applications.

With decades of expertise in torque measurement, Sensor Technology has engineered the SGR525/526 series to provide exceptional accuracy, reliability, and ease of use. The square drive design allows for seamless integration into power tools, test rigs, industrial machinery and precision fastening applications, ensuring superior torque measurement without the need for additional adapters or modifications.

“We are thrilled to introduce the SGR525/526 torque sensors, which respond to industry demand for more adaptable and robust torque measurement solutions,” said Mark Ingham, Sales Director at Sensor Technology Ltd. “By incorporating square shaft ends, we are offering our customers a practical and efficient way to enhance their torque monitoring capabilities.”

Key Features of the SGR525/526 Torque Sensors:

• Square Shaft Ends – Allowing direct compatibility with precision fastening applications.
• High Precision Measurement – Providing reliable and accurate real-time data.
• Robust and Durable Design – Built for industrial environments and high-load conditions.
• Easy Installation & Integration – Compatible with standard torque measurement setups.
• Wireless & Digital Output Options – Enabling enhanced data acquisition and analysis.

The SGR525/526 torque sensors cater to industries such as automotive, aerospace, manufacturing, and research & development, where precision torque monitoring is critical for performance and safety.

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@sensortech #PAuto #Maintenance

Optical network testing.

The release of the AQ7290 Series optical time domain reflectometer (OTDR) has been announced by Yokogawa. This is a highly reliable and accurate optical fiber field test instrument that will ease the construction and maintenance of rapidly expanding optical communication networks. The AQ7290 is equipped with new functions that improve operability and workability. Six standard and high-performance models are available in the AQ7290 Series, offering a selection of two or three wavelengths to cover a broad range of fibre-optic installation and maintenance measurement needs.

Positioned as the flagship model in the company’s OTDR lineup, the AQ7290 Series has been developed to improve reliability and ease-of-use during the installation and maintenance of optical fiber networks. Applications will include optical fibre installation and maintenance, such as long-distance fibres that serve as the metro/core network between buildings and cities.

“Field technicians need to make fast and precise measurements with complete confidence,” states Terry Marrinan, VP Global Sales & Marketing, Yokogawa Test & Measurement. “During our development process, we made sure the new series would be able to provide customers with high levels of reliability, workability, and operability, making the measurement of fiber optics easier than ever before.” 

Main Features.
1. Designed for ease of use in the field.
A robust design and stable operation ensure reliable measurement results even under the harshest field conditions. From a workability perspective, the AQ7290 is measurement-ready in less than 10 seconds after power-on, aiding more efficient workflow.
In addition to the conventional control system of rotary knobs and hardware keys, the multi-touch screen supports intuitive operation and enhanced ease-of-use through a renewed graphical user interface. Notably, the addition of a simplified OTDR mode means even users not accustomed to OTDR instruments can easily perform measurements with a single press of a button. In addition, a pop-up window clearly indicates the next operation, reducing the workload for field technicians.
The addition of a USB Type-C port for a DC power supply eliminates the need for a dedicated AC adapter. The AQ7290 can also be powered from a USB Power Delivery compliant mobile battery, making it possible to respond to sudden service calls with complete peace of mind.

2. Enhanced OTDR performance for greater accuracy
Regarding OTDR functionality, Yokogawa has improved the dynamic range, enabling measurement over a longer distance than ever before. A dynamic range improvement of up to 2 decibels over the previous-generation AQ7280 Series is now available for all six models in the AQ7290 Series.
Also new is support for high-reflection real-time measurement, in which the quality of the displayed waveform is emphasized, and updates are made while displaying the waveform with high accuracy. This makes it possible to measure the far end of long-distance routes and multi-branch splitters, which were not visible with conventional real-time measurement.

3. Remote operation with expanded connectivity
Connectivity has also been improved with the AQ7290 Series. By attaching a wireless LAN adapter, technicians can operate and communicate with the OTDR from the office or home via an external terminal. The AQ7290 is also compatible with LTE USB dongles, allowing remote control even without a Wi-Fi router.

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@Yokogawa, @Yokogawa_EU, @Yokogawa_Europe @NapierPR #Automotive #TandM

LIMS improvements in labs and industries.

Xybion has announced the launch of Xybion LIMS 10.0. Building on over 200 customer implementations, and the knowledge and experience of Autoscribe Informatics in LIMS and ELN software, combined with Xybion’s over forty years of experience in building life sciences SaaS R&D LIMS and QMS software, Xybion LIMS 10.0 represents a major milestone in the LIMS industry. It presents users with a modern look and feel that provides an intuitive and user-friendly digital workspace. 

This flexible platform is integrated with a powerful Xybion QMS system allowing companies to rapidly digitize laboratory processes, accelerate tests, study timelines, and laboratory throughput, while enabling full compliance with 21 CFR Part 11 requirements and various global regulatory agencies including US FDA, EMA, Eudra, and TGA. 

Key Features of Xybion LIMS:

• Xybion LIMS features a modern, user-friendly design with streamlined navigation and improved accessibility.
• Fully functional out of the box LIMS with the flexibility for easy configuration by the LIMS users
• Xybion LIMS offers configurable solutions for various industries and functions, including life sciences, manufacturing, oil and gas, water testing, veterinary science, environmental, biobank management and stability studies. Systems are integrated to meet specific industry needs, underscoring Xybion’s commitment to delivering configured bespoke, high-value solutions.
• The solution is a comprehensive, fully featured LIMS that supports complex laboratory workflows and sample management as well as providing additional functionality required for running integrated laboratory operations including: o Instrument calibration and maintenance. Ensures that instruments and equipment are correctly maintained and calibrated.
• Inventory management. Manages stocks of reagents and consumables used by the organization.
• Competency management. Tracks and manages the training and competencies of laboratory personnel.
• Storage management. Defines storage facilities, including fridges and freezers, together with associated shelves and racks etc. as well managing what can be stored in each respective location.
• Chain of custody and full audit trail. Provides a full record of all actions carried out on samples, as well as recording all changes and who carried out the actions and when.
• Runsheets and QC samples. Supports the definition and management of runsheets and instrument worklists together with associated QC samples.
• CAPA management. Corrective and preventative action management for tracking and resolving identified and reported issues.
• Controlled document management. Manages the distribution of controlled documents within the organization.
• The sophisticated software architecture supports seamless upgrades, that easily maintain existing functionalities therefore reducing the need for manual intervention and increasing efficiency. 
• A new plate management solution has been introduced, allowing for the management of 96 well plates and similar configurations, improving the organization and allowing for the tracking of plate-based experiments. 
• The advanced Bioanalytical System includes additional statistical calculations and data processing functions to support complex workflows.
• Integration into Xybion’s existing comprehensive suite of solutions offers further improved functionality and efficiencies.

 

Xybion LIMS creates a robust LIMS platform-based solution that modernizes the user interface, enhances the researchers experience, improves operational oversight, and accelerates laboratory throughput. Clients will experience cutting-edge, user-friendly design and functionality that redefines LIMS capabilities and streamlines laboratory operations.

 

“The introduction of Xybion LIMS is a testament to the strength of the Autoscribe 10.0 platform, our vision and global capabilities with hundreds of client implementations to transform laboratory operations into the gold standard of operational efficiency. With combined AI-driven advanced analytics and decision support, Xybion LIMS represents the pinnacle of this vision, offering unprecedented efficiency and usability to our customers,” said Jason Jones, SVP and General Manager of Xybion LIMS. “We have engineered a robust and intuitive LIMS solution with the flexibility to meet the dynamic needs of modern laboratories.”

 

“At Xybion, we are committed to excellence and innovation in all our solutions. The release of Xybion LIMS marks a significant milestone in our journey towards creating smarter, more efficient laboratories around the world,” said Dr. Pradip Banerjee, Chairman and CEO of Xybion. “Xybion LIMS is more than a technological breakthrough; it's about making our clients' lives easier and their laboratories digitized for faster and more impactful outcomes. With state-of-the-art features and an intuitive design, Xybion LIMS sets a new standard for laboratory operations.”

 

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@Xybion @AutoscribeLtd @AutoscribeCorp #LIMS #Laboratory

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

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

New dosing system.

DataPhysics Instruments and the start-up droptical from Nuremberg *D) are bringing the FlexDrop dosing system to market. The FlexDrop dosing system is compatible with all contact angle meters of the OCA series and can dose tiny drops in the picolitre and nanolitre range. The two companies are thus setting new standards for contact angle and 1-click surface energy measurements, especially on very small surface areas.

The start-up droptical, which develops drop dispensers and camera technology in miniature format, and the measuring device manufacturer DataPhysics Instruments are jointly setting new standards in liquid dispensing for surface science applications. With the FlexDrop, an innovative dosing system has been developed for the contact angle meters of the OCA series from DataPhysics, which can dispense particularly tiny drops on smallest surface areas.

The contact angle measuring devices in the OCA series are high-precision systems for characterising interfaces and surfaces. They combine high-quality optics, pinpoint dosing, and precise sample positioning to create high-performance, reliable measuring systems. The FlexDrop dosing system expands the possibilities of liquid dosing for contact angle and surface energy measurements.

Measurement on the smallest surface areas possible.
The innovative piezo dosing technology of the FlexDrop dosing system and its precise drop control make it possible to position drops on smallest surface areas. The FlexDrop dosing system can reproducibly dispense drops with minimal volumes, in the picolitre and nanolitre range, and with pinpoint accuracy. For the first time, users can carry out measurements on two drops which have a distance of just two millimetres, without having to reposition the dosing unit. Such close positioning of droplets was not possible with previous dosing systems as a one-click measurement. This way, the smallest surface areas can be analysed quickly and precisely – on electronic components as well as on curved or structured surfaces.

The simultaneous dosing of two drops with minimal spacing is particularly advantageous for determining the surface energy of solid surfaces, for which at least two test liquids are required. With contact angle meters from the OCA series, equipped with a FlexDrop dosing system, it is possible to measure the surface energy with just one click.

Outstanding user-friendliness: easy cleaning and quick cartridge change.
The small droplet size makes cleaning the sample particularly easy, as the droplets evaporate from the surface. This is a particular advantage if the measurement is part of the quality control of components, which are subsequently used further.

The FlexDrop dosing system is equipped with interchangeable cartridges for the test liquids. Users can change the cartridges in a few simple steps; cleaning is not necessary. The use of individual cartridges for different liquids also eliminates the risk of cross-contamination.

Standing at back:Dr Sebastian Schaubach and Nils Langer Managing Directors of DataPhysics Instruments ans seated from left: Daniel Föste, Jonas Heelein and Matthias Leininger, the founders of droptical.

Successful collaboration between droptical and DataPhysics Instruments.

With FlexDrop, droptical and DataPhysics Instruments have realised the first joint product ready for series production. “During development, the focus was on ensuring that the dosed drop volumes can be generated reproducibly. This enables users to achieve extremely precise dosing, especially for particularly small droplets,” says Matthias Leininger, co-founder of droptical, and continues: “In collaboration with DataPhysics Instruments, we were able to develop the prototype of our droplet generator into a market-ready product.”

Dr Sebastian Schaubach, Managing Director of DataPhysics Instruments, adds: “We are delighted that, together with droptical, we have achieved this breakthrough in the development of dosing systems for contact angle measurements. We believe that we can offer our customers a tangible advantage over other systems with the FlexDrop dosing system. This concerns both the reduction of sample cleaning processes after the measurement and the 1-click measurement of the surface energy.” 

FlexDrop allows extremely accurate measurements on the smallest surface areas with reproducible drop volumes in the picolitre and nanolitre range. The superior technology makes FlexDrop a valuable tool for laboratories, research institutes and development departments.

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@PresseBox #DataPhysics #droptica. #PAuto

Embracing LIMS.

A new case study released by Autoscribe Informatics (A Xybion Company) highlights how CIA Labs has streamlined their approval process, reduced the burden of paperwork, and improved their overall turn-around times by adopting Autoscribe’s Laboratory Information Management System (LIMS).

Based in Saint Joseph, (MI USA) Custom Industrial Analysis Labs (CIA Labs) has been in operation for over 30 years serving the pharmaceutical, food and agribusiness industries, as well as testing for various industrial and chemical clients. CIA Labs is a full-service contract chemical analytical laboratory offering a wide spectrum of analytical and consulting activities for clients across the USA and globally. CIA Labs is an ISO 17025 accredited laboratory, registered with the Environmental Protection Agency (EPA), Food and Drug Administration (FDA) and Drug Enforcement Administration (DEA). All pharmaceutical work is performed in compliance with cGMPs.

Prior to adopting a LIMS, paper was used to manage each sample and its associated data, from registering the sample at reception to capturing the analytical results and calculations in the laboratory, including the manual creation of certificates of analysis (CofAs). Over the years the volume, complexity and variety of the testing performed has grown dramatically, to the extent that paper processes were becoming a significant bottleneck for the business.

The main benefit of Autoscribe’s LIMS has been to help eliminate these bottlenecks, by removing the need to pass paperwork between the various departments and automating the creation of reports and Certificates of Analysis (CofAs) for clients. Previously, as an FDA lab, all the manual paperwork had to be checked and double checked by hand to guard against errors. Analytical results are now captured in the laboratory and checked online by the QA team. CofAs are automatically created once the checks and approvals have been completed. As a result, the total turnaround time from samples arriving to results being released to the customer has dramatically reduced.

CIA Labs are configuring the LIMS themselves as their needs evolve. “The Autoscribe team were always understanding and helpful during the implementation phase, even though timescales were heavily disrupted during the implementation by us moving to larger offices and the Covid pandemic”, they said. “Autoscribe support is always available should we have questions or issues; their team is always friendly and helpful.”

“CIA Labs is a great example of how laboratories can use the power of a LIMS to digitize and automate processes across their organization”, said Dr Simon Wood, Product Manager at Autoscribe Informatics. “Autoscribe’s LIMS allows them to meet the audit and compliance needs required by the EPA, FDA and DEA with ease, as well as service their clients more quickly and efficiently, ensuring the continued growth and success of their business.”

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@AutoscribeLtd @AutoscribeCorp @cialabs #LIMS #Laboratory #USA

Ultrafast laser solution.

The FemtoFiber ultra series, from Toptica, is the next generation of femtosecond fiber lasers designed specifically for multi-photon microscopy, two-photon lithography and semiconductor inspection.

Leveraging over two decades of experience in developing OEM-class fiber lasers, TOPTICA has created a turnkey, fully integrated and optimized laser system that delivers superior performance and reliability for the most demanding scientific and industrial applications in biotech and semicon industry.

Key highlights: • optimized for multi-photon microscopy and two-photon lithography: Specifically designed for precision and versatility in high-resolution imaging and microfabrication. • turnkey and fully integrated: Simplified installation and operation reduce setup time and maximize productivity. •nindustrial-grade reliability: Rugged construction ensures consistent, high-quality output with minimal maintenance. • low cost of ownership: Reduces total cost of ownership while delivering optimal performance.

The FemtoFiber ultra series offers unparalleled precision and consistency, delivering high average power, exceptional temporal and spatial beam quality, and femtosecond pulses in a compact, rugged package. Designed to withstand the rigors of advanced imaging and microfabrication, this industrial-grade light engine is ideal for high-end applications. Its seamless operation and low cost of ownership make it a versatile solution that enables researchers and manufacturers to explore new frontiers in multiphoton microscopy and semiconductor inspection.

"TOPTICA's commitment to quality and innovation is exemplified by the FemtoFiber ultra series," said Luisa Hofmann, Product Manager Biophotonics & Materials. "We designed these lasers to meet the evolving needs of our customers, providing them with powerful tools that deliver consistent results while minimizing downtime and costs, available with 780, 920, and 1050 nm".

The FemtoFiber Ultra Series demonstrates TOPTICA's unwavering commitment to excellence and provides a cutting-edge laser solution for a rapidly evolving field.

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@TOPTICA_AG @PresseBox #PAuto #TandM

Lab Info Management for Australia.

The Australian branch of Autoscribe Informatics, Autoscribe Informatics Pty Ltd, has moved to new offices in West Lakes Adelaide, to better service its growing customer base across the Asia Pacific region. The operation is headed by Jodie Poole Director, Asia Pacific for Autoscribe who has over 23 years’ experience in information technology and laboratory informatics.

“We have an increasing number of Laboratory Information Management System (LIMS) clients across Australasia,” said Jodie. “Our new office in West Lakes provides a superb working environment to attract and retain the very best staff in the industry and drive further expansion. It has good links across Australia and the wider Asia Pacific region.”

A wide variety of industries from across Asia Pacific are supported by Autoscribe’s Australian team including veterinary, medical research, defence, environmental, biobanking, pharmaceutical, manufacturing and contract laboratories, ensuring a varied and interesting workload.

“The ease of configuration of the Autoscribe product, Matrix Gemini LIMS, lends itself to being used in a wide variety of applications," said Simon Wood, Product Manager, Autoscribe Informatics. “Our recent merger with Xybion adds a strong preclinical LIMS offering and a QMS solution that includes predictive compliance risk analysis. Together the Xybion/Autoscribe combination offers depth of knowledge and a range of solutions to provide end-to-end laboratory digitization and automation for any industry.”

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@AutoscribeLtd @AutoscribeCorp #LIMS #Laboratory #Australia

RF edge launch connectors.

Samtec has released a new line of RF edge launch connectors with a narrow body design that is 33% smaller than traditional edge launch connectors. These connectors are commonly used in a lab setting for high-frequency test and measurement applications, high-speed digital component test and evaluation boards. Frequency capabilities are DC to 67 GHz (185-EL Series), DC to 50 GHz (240-EL Series) and DC to 40 GHz (292-EL Series). Interface types include 1.85 mm, 2.40 mm and 2.92 mm.

As the name suggests, Samtec’s RF edge launch connectors are installed on the edge of the board. Doing so makes it easy to align the launch pin with the circuit trace, which also helps to ensure proper ground alignment for preventing RF leakage. Samtec’s RF edge launch connectors compression mount to the printed circuit board instead of requiring solder. Proper alignment and the removal of solder allows for increased signal integrity performance capabilities (versus soldered edge launch, or even vertical or angled launch connectors).

The solderless design of the 185-EL, 240-EL and 292-EL Series connectors means they are reusable, also known as field replaceable; with up to 500 mating cycles, this makes them extremely cost-effective. Samtec’s RF edge launch connectors are easy to install and do not cause damage to a printed circuit board.

“When electrical performance is critical, edge launch connectors are often selected in lieu of vertical or angled launch connectors. Samtec worked to enhance the overall connector design for advanced impedance and VSWR performance over other edge launch connectors commonly found in the industry. Combined with Samtec’s Sudden Service® offerings, which include signal integrity and launch optimization services, we anticipate Samtec RF edge launch connectors to quickly find homes in the marketplace.” says David Beraun, RF Product Marketing & Development Manager at Samtec

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@SamtecInc @TechWireIntl #Laboratory #TandM

Laboratory automation in Indonesia.

Autoscribe Informatics is to highlight how to drive laboratory automation, management, and profitability in their technical presentation at Lab Indonesia, 24-26 April 2024 in Jakarta (RI). An essential learning tool for those driving laboratory digitization and efficiency Autoscribe will highlight how laboratories use the power of computers and laboratory software to drive automation and improve bottom-line profitability.

The presentation will discuss how successful laboratories drive speed and efficiency, by using ruthless automation, to minimize manual touchpoints across laboratory work processes. The talk explores the best practices being used in modern laboratories to manage laboratory process flows, capture, and retrieve data, and to free up laboratory staff from mundane tasks to concentrate on higher value work. The best laboratories use the power of computers and laboratory software to drive this automation and improve their bottom-line profitability.

Indonesia’s “Golden Indonesia 2045 Vision” has driven increased interest in using laboratory information management systems (LIMS) to drive quality standards, improve automation and increase efficiency. Indonesia’s vision is to become the fifth largest economy in the world by 2045. As a result, the Indonesian government is actively promoting the laboratory industry’s development in order to drive technical advances across the industry, boosting productivity and quality, which in turn will drive export volumes.

“Indonesia is amongst the fastest growing Asia-Pacific economies with 5% GDP growth in 2023”, said Jodie Poole, Asia-Pacific Director, at Autoscribe Informatics. “We are excited to engage with local laboratories through our long-term distributor, Agriya Analytica. With in-depth LIMS knowledge and local language support Agriya are ideally placed to help Indonesian laboratories drive automation and growth in order to make Indonesia’s 2045 vision a reality.”

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@AutoscribeLtd @AutoscribeCorp #LIMS #Laboratory #Indonesia

Weighing in EX areas.

Switch on, weigh, done: the operation is self-explanatory.

The Midrics® 1 Ex weighing indicator from Minebea Intec, offers a new solution for viewing weighing results in hazardous (Ex) areas. Users benefit not only from the affordable price, but above all from the reliability and intuitive operation of the product. 

Whether in the plant sector or as a solution for the chemical, pharmaceutical and food industries: the intrinsically safe Midrics® 1 Ex weighing indicator is suitable for a wide range of applications such as counting, checking or pre-packaging inspection. Thanks to the use of high-quality materials, it is the optimal choice for quality managers, mechanical engineers and technical engineers who are looking for a durable indicator solution for hazardous areas.

Minebea Intec presents a strong addition to its Ex portfolio with this instrument. The weighing electronics, specially designed for weighing processes in hazardous areas, meets all relevant current international requirements such as ATEX Zone 1/21; IECEx Zone 1/21; FM/CSA Class I, II, III Div. 1 (USA/Canada). In addition, the Midrics® 1 Ex weighing indicator can also be connected to data acquisition systems in non-hazardous areas via its digital communication interface.

When developing the user interface, the focus was on convenience for the user: the optimised interface makes relevant information visible at a glance. The Midrics® 1 Ex weighing indicator scores with a resolution of up to 30,000d, which offers precise measurement results for a wide range of applications. The measured values are visible on the display instantaneously. In addition, the operating elements have been reduced to five tactile buttons to ensure ease of use. The intuitive use thus ensures a reduction of the learning time. In addition, the product design of the Midrics® 1 Ex weighing indicator ensures an exceptionally long service life for the electrical system and therefore a high level of investment security. 

The housing design convinces with a tightness according to protection class IP 66, which enables quick and uncomplicated cleaning. In addition, the indicator is made of stainless steel, which makes the product extremely robust and durable.

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@MinebeaIntec #PAuto #Laboratory