28 Ultrasonic optical flaw detector
Shimadzu is pleased to introduce the MIV-X ultrasonic optical flaw detector, a revolutionary inspection method that unveils hidden surface and near-surface flaws. Unlike traditional ultrasonic flaw detection systems, the MIV-X not only detects defects such as cracks, delamination, and voids but also visually displays them.
The MIV-X offers advanced surface and near-surface inspection capabilities, allowing precise detection right up to the surface, making it highly effective for identifying issues such as coating peeling. It significantly expands the inspection area by utilising the entire field of view of the camera, reducing overall inspection time and extending the observation field to an impressive 400 x 600 mm. Moreover, the MIV-X excels in addressing the challenge of varying acoustic impedance, successfully pinpointing defects in multi-material samples.
The MAIVIS-MIV-X utilises Shimadzu’s proprietary light-imaging technique, combining ultrasonic oscillation and laser-light imaging irradiation. The inspection area is monitored with a camera, making it easy to non-destructively detect any microscopic out-of-plane surface displacement caused by shearography. Flaws are visualised on the display through the discontinuity of the ultrasonic wave.
This ultrasonic optical flaw detection is particularly adept at revealing internal flaws that are typically challenging to find using conventional ultrasonic testing, down to a depth of about 1 mm. This includes issues like bonding surface peeling in heterogeneous materials, paint, thermal sprays, coatings, and more.
The MIV-X’s expanded capabilities are invaluable in various industries such as Materials, Chemicals, Electrical, Electronics, Semiconductors, Transport, and Infrastructure. It’s suitable for inspecting dissimilar material joints, identifying cracks beneath films, and delamination of adhesive surfaces between different materials.
Additional capabilities of the MIV-X include a Noise-Removal function, which simplifies the process of identifying flaws and improves the clarity of defect images. The Dimension Display and Marking functions streamline the identification of defect position and size, enhancing the overall inspection process. Additionally, for enhanced defect visualisation, an optional Optical Zoom Set is available, allowing for the examination of even smaller defects and enabling precise laser-optical axis adjustment.
The MIV-X Ultrasonic Optical Flaw Detector advances flaw detection by making surface and near-surface inspections quick and easy. Shimadzu’s innovation is set to become the new standard for fast, accurate, and effortless flaw detection, adding another dimension to non-destructive testing.
More information online:
ilmt.co/PL/38kQ 61531pr@reply-direct.com
Celebrating 25 years of sieve innovation
Glenammer Sieves Ltd, a leader in particle size analysis, is celebrating 25 years of delivering high-quality sieves and shakers. Established in 1998, the company has evolved to meet the dynamic needs of various industries, including Pharmaceuticals, Foods, Civil Engineering, and more. Over the years, Glenammer Sieves has earned a solid reputation for innovation and reliability.
The company’s extensive product range is designed to cater to specific industry requirements, showcasing meticulous attention to durability and accuracy. Notably, Glenammer Sieves takes pride in manufacturing its sieve components, ensuring stringent quality control measures without third-party involvement. The company holds the prestigious ISO 17025 Accreditation and conducts in-house calibration of UKAS sieves - a rarity among sieve manufacturers.
As Glenammer Sieves celebrates its history, the commitment to innovation remains unwavering. The company continues to deliver reliable products, backed by unparalleled expertise in the field.
More information online:
ilmt.co/PL/zzbk 61697pr@reply-direct.com
Ensuring quality in lithium-ion battery electrolytes
In the growing demand for lithium-ion batteries, the quality of liquid electrolytes is crucial for performance and longevity. Mettler-Toledo’s EasyPlus UV/ Vis spectrophotometer offers a compact and efficient solution for evaluating electrolyte solutions, ensuring quality through spectral analysis. With built- in reference scales, colour guides, and webinars, it provides a quick and cost-effective method for users to assess electrolyte suitability, maintaining the efficiency of energy storage systems.
The EasyPlus UV/Vis spectrophotometer facilitates rapid and reliable analysis of electrolyte solutions without extensive sample preparation. By measuring electrolyte impurities within seconds, it ensures the quality and safety of lithium-ion batteries. Built-in reference colour scales enable easy detection of deviations, while UV and visible light absorption measurements indicate the electrolyte solution’s purity, delivering clarity to users promptly.
Utilising UV/Vis spectrophotometry, the instrument helps analyse battery degradation over time by tracking changes in the absorption spectrum of the electrolyte. Establishing a reference curve enables accurate prediction of battery life as its performance declines. This predictive capability enhances engineers’ ability to anticipate battery longevity more precisely.
Mettler-Toledo offers automation solutions with UV/VIS Excellence instruments, incorporating cell changers or autosampler systems for efficient analyses. Multiparameter systems, including titration and pH measurement, boost productivity, saving time in documentation and reporting. This integrated approach enhances analytical efficiency for customers in the battery industry.
UV/Vis spectrophotometry serves as a powerful and reproducible technique for determining key battery performance indicators, eliminating the need for separate colorimeters. Mettler-Toledo supports users with a Colour Guide and a Webinar to facilitate a seamless start in harnessing the capabilities of EasyPlus UV/Vis spectrophotometer technology.
More information online:
ilmt.co/PL/MM1D and
ilmt.co/PL/A6RL 61709r@reply-direct.com Ultrapure water purification system
Thermo Fisher Scientific introduces the Thermo Scientific™ Aquanex™ Ultrapure Water Purification System, setting a new benchmark for dependable water purity and enhancing operational efficiency in laboratory settings.
The Aquanex system features two-point calibration and smart dispensing, ensuring enhanced accuracy and reproducibility in water purification. Equipped with a standard leak detection sensor and a maximum flow rate exceeding 1.5 L/min, this system is designed for optimal performance. Its user-friendly design includes an intuitive full-colour touchscreen display and the Thermo Scientific™ Aquanex™ Touch Smart Dispenser, providing operators with clear visibility into key parameters such as water quality, tank level, and dispensing options. The detachable Touch Smart Dispenser can be used to fill larger containers up to 10 feet away, offering flexibility and convenience.
The Aquanex system meets the purification requirements for Type I ultrapure and Type II pure water across various industries, including analytical sciences (chromatography, spectroscopy, and total organic carbon analysis) and life sciences (genomics and cell/tissue culture, proteomics and immunology, pharmacology and drug discovery, and molecular biology and microbiology).
The system features two user interfaces, operating independently or in conjunction with the Thermo Scientific Aquanex Touch Smart Dispenser. Users can easily change components by removing the magnetic front panel for quick access, without the need for complicated fixtures; the unit automatically recognises new cartridges. Customised water usage is facilitated through three options - water saver mode, pack saver mode, and dynamic mode - offering an optimal balance of water conservation and operational cost benefits that can be configured for each lab’s needs. With minimal maintenance requirements, the long-life consumables last up to a year, and the ultrafilter has a two-year lifespan, effectively minimising the cost of ownership over time.
More information online:
ilmt.co/PL/6KB5 61723pr@reply-direct.com
INTERNATIONAL LABMATE - FEBRUARY 2024
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