Laboratory Products 57 Rheometry redefined
A new generation of rheometers from Anton Paar’s MCR series is redefining how scientists and industry specialists study the flow and deformation of materials. With groundbreaking advances in sensitivity, speed, automation, and modular design, these instruments are set to expand what’s possible in both research and routine testing.
The system delivers exceptional measurement fidelity, detecting torque as low as 0.2 nNm and capturing data at 200 Hz. This sensitivity reveals microscopic changes in material behaviour that were previously invisible, opening up new experimental possibilities.
Speed and productivity also take a leap forward. Instant boot-up, rapid data handling, and simple, one-handed geometry changes ensure that users can move from setup to results faster than ever before - helping laboratories deliver insights at scale.
Designed to be smarter and easier to use, the rheometers feature integrated touch controls, Toolmaster for automatic accessory recognition, and the intuitive RheoCompass software that guides researchers step by step through complex protocols. These features reduce setup time and allow scientists to focus on data and discovery.
The instruments are built for maximum adaptability, with a modular design that accommodates a wide variety of test modes and can operate across an extensive temperature range. From powder rheology and polymer dynamics to tribology and optical rheometry, the system can be configured to handle both current experiments and future research challenges.
With tens of thousands of systems already deployed worldwide and backed by a global support network, this latest generation sets the stage for a new era in material characterisation - one where precision, speed, and versatility come together in a single platform.
The next-generation MCR models are now available through Anton Paar’s global distribution network. For detailed specifications, application notes, or to arrange a live demonstration, visit the website or contact your local Anton Paar representative.
More information online:
ilmt.co/PL/8eWB 65923pr@reply-direct.com
Smarter, safer materials testing system for QC labs
Shimadzu has announced the European launch of the AUTOGRAPH AGS-V Series, a major upgrade to its well-established AGS-X testing platform. Designed to support rigorous quality control across sectors such as automotive, electronics, and materials science, the AGS-V offers a 10 kN load capacity alongside a suite of performance and safety enhancements.
The AGS-V system is built to deliver faster, more reliable testing, thanks to a broad speed range from 0.0005 to 1,500 mm/min and a return speed of 1,650 mm/min. This accelerates throughput without compromising precision. Improved usability features include a responsive colour LCD touchscreen interface and voice- guided support to reduce operational errors, while an automatic jig positioning system helps users set up tests with confidence.
To safeguard users during high-stress testing, the AGS-V incorporates a robust polycarbonate safety shield and an intelligent crosshead design that automatically detects and prevents collisions. These safety functions make the system especially suitable for high-energy materials testing where sample failure could pose a risk.
The AGS-V also brings significant improvements to measurement capability. A wider test force range eliminates the need for frequent load cell changes, enabling seamless testing of various materials with consistent accuracy. With rapid 5 kHz data capture - the fastest in its class - the system ensures high-resolution measurements that are ideal for in-depth materials analysis.
For users managing high volumes of test data, the AGS-V supports direct integration with external databases and offers compatibility with Shimadzu’s TrapeziumX-V software. This combination allows for streamlined workflows, intuitive test control, and advanced analysis - all from a single platform.
Released in June 2025, the AGS-V is well-suited to demanding environments such as aerospace and automotive component testing, electronic devices, and a wide range of polymer and chemical materials. Its performance-driven design reflects Shimadzu’s continued focus on advancing testing technologies that meet the evolving needs of modern industry.
More information online:
ilmt.co/PL/Vwzk 65215pr@reply-direct.com
Hybrid pipette sets new benchmark for ergonomic lab work
Repetitive pipetting can take a serious toll on lab professionals, with thousands of thumb presses and wrist movements every day often leading to strain, tendonitis, or carpal tunnel syndrome. Recognising this, Integra Biosciences has developed the SWITCH hybrid pipette, combining the precision of manual pipetting with the repeat-dispense capabilities of electronic systems - and putting ergonomics at the forefront.
In collaboration with the Zurich University of Applied Sciences (ZHAW), SWITCH was rigorously evaluated for user comfort and biomechanical efficiency. The study pinpointed the critical factors that reduce the risk of repetitive strain injuries, and these insights shaped every detail of the pipette’s design.
From the optimised handle dimensions and tapered shape supporting neutral wrist posture, to a consistent plunger height that keeps the thumb relaxed, SWITCH is built for long-term use without fatigue. At just 130g, it sits well below the grip force of most users, minimising shoulder and arm strain during extended tasks. Internal comparisons against leading manual and electronic pipettes confirmed SWITCH delivers superior comfort, reduced plunger force, and increased task efficiency.
The SWITCH hybrid pipette isn’t just a tool - it’s a new benchmark for ergonomic pipetting, designed to make repetitive lab work safer, easier, and more productive.
More information online:
ilmt.co/PL/lMzQ 65981pr@reply-direct.com
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