34 Infinite experimental possibilities – Pure brilliance


Anton Paar has expanded its portfolio of small-angle X-ray scattering (SAXS) solutions with SAXSpoint 700, a state-of-the-art laboratory beamline designed for maximum flexibility, precision, and efficiency.


Offering capabilities in SAXS, WAXS, GISAXS, USAXS, and RheoSAXS analysis, SAXSpoint 700 meets the demands of researchers and industrial users conducting advanced material studies under diverse experimental conditions.


SAXSpoint 700 features a spacious and adaptable measurement chamber, allowing experiments under ambient, non-ambient, and controlled air conditions. It delivers outstanding resolution with a minimum q-value of 0.01 nm-


¹ at a system length of 3.60 m. The system incorporates


Slidemaster technology for fully automatic X-ray scattering experiments over a wide q-range, from the highest SAXS resolution to wide scattering angles in the WAXS regime. The moving detector enables automatic sample-detector distance adjustments from less than 45 mm to over 1,600 mm, streamlining workflows and minimising downtime between experiments.


A dedicated GISAXS stage supports GISAXS and GIWAXS measurements across a broad temperature range from -150°C to +500°C, enhancing research possibilities in material science. SAXSpoint 700 also integrates RheoSAXS functionality, enabling simultaneous structural and rheological analysis when combined with Anton Paar’s DSR 502 rheometer.


With a high-brilliance X-ray beam, outstanding spectral purity, and scatterless collimation, SAXSpoint 700 delivers synchrotron-grade data quality. It resolves nanostructures up to 620 nm and extends into the micrometer range with USAXS. The system’s advanced software suite, including SAXSdrive™ and SAXSanalysis™, automates experiment setup and provides customisable data analysis. Python-based scripting offers full control over experiments, while a free and life-long software update policy ensures continuous access to the latest advancements.


Engineered for adaptability and scalability, SAXSpoint 700 allows users to configure the system to meet evolving research needs. Anton Paar maintains stringent quality management, certified service procedures, and a global network of application experts to provide comprehensive support. A standard three-year warranty ensures reliability and user satisfaction.


With SAXSpoint 700, Anton Paar sets a new standard in laboratory X-ray scattering, delivering a powerful, precise, and flexible solution for cutting-edge materials research.


More information online: ilmt.co/PL/6Lq6 64202pr@reply-direct.com


New microwave digestion systems set benchmarks in safety, flexibility, and performance


Anton Paar is proud to announce the launch of Multiwave 5001 and Multiwave 3001, two next-generation microwave digestion systems designed to enhance laboratory efficiency, sample throughput, and operational safety. With over 50 years of expertise in sample preparation, Anton Paar continues to deliver innovative solutions for laboratories in industries such as environmental analysis, pharmaceuticals, battery materials, and food testing.


Optimised workflows for superior sample preparation


Multiwave 5001 and Multiwave 3001 streamline digestion processes with high sample capacity and robust performance. Multiwave 5001 accommodates up to 64 samples per run, while Multiwave 3001 processes up to 41 samples, reducing preparation time and increasing laboratory efficiency. Capable of reaching 300°C and 100 bar, these systems enable precise digestion of even the most challenging sample matrices.


User-friendly operation is ensured through a 10.1” high-resolution touchscreen, minimising training requirements. Additionally, both models feature self-checks, software interlocks, and a resealing safety door, making them the only microwave digestion systems certified by ETL and GS for safety.


Innovative features for reliable results


Multiwave 5001 introduces SmartTemp 2.0 sensor technology, providing advanced continuous temperature monitoring for each vessel and ensuring precise digestion control. Anton Paar’s AP Connect lab execution system, now supported by Multiwave 5001, allows real-time data access and automated export for seamless integration with laboratory workflows.


Additional features include advanced rotor concepts, hands-free door operation, and an enhanced cooling system, which shortens process times while increasing component longevity. A method library with over 600 pre-installed programs and integrated video manuals further simplifies laboratory operations.


For laboratories requiring additional applications such as extraction, evaporation, or drying, Multiwave 5001 offers expanded capabilities, making it a versatile solution for modern sample preparation. Multiwave 3001 offers a budget-friendly alternative for the efficient preparation of routine samples.


More information online: ilmt.co/PL/Xx1d 64203pr@reply-direct.com


Precision viscosity measurement with minimal sample volume


Anton Paar introduces Lovis 2001, the new rolling-ball viscometer designed for high-precision viscosity measurements with minimal sample volume. Ideal for applications in pharmaceuticals, biotechnology, and life sciences, Lovis 2001 sets a new standard for measuring low- viscosity and shear-sensitive liquids with exceptional accuracy and efficiency.


Operating on the Hoeppler falling-ball principle, Lovis 2001 utilises an adjustable measurement angle to achieve precise dynamic viscosity measurements within a range of 0.2 mPa·s to 10,000 mPa·s. Lower measurement angles optimise conditions for shear-sensitive samples, while shear scans enable the extrapolation of shear-thinning behaviour to a hypothetical zero shear rate - improving comparability of viscosity data, for example, protein or biopolymer solutions. With sample volumes as low as 100 µL, Lovis 2001 is particularly suited for high-value or limited-quantity substances, maximising data collection while minimising waste. Additionally, the method has negligible impact on the sample, allowing for recovery and use in downstream analyses.


Lovis 2001’s advanced temperature control enhances both speed and precision. The integrated Peltier thermostat enables temperature regulation from 5°C to 100°C, with an optional cooling extension down to -40°C for specialised applications, maintaining a precision of 0.005°C. Furthermore, Lovis 2001 offers modular connectivity, seamlessly integrating with Anton Paar’s DMA density meters for simultaneous viscosity and density measurements. Its modular design also allows for the acquisition of additional physical parameters, such as refractive index or pH, when combined with Anton Paar instruments. An optional autosampler further improves efficiency by automating filling and cleaning processes, reducing handling errors, and increasing throughput.


Compliance and data integrity are key strengths of Lovis 2001. Fully adhering to standards including USP <913>, Ph. Eur. 2.2.49, and 21 CFR Part 11, it ensures regulatory compliance and secure data management in pharmaceutical and other regulated environments.


The new Lovis 2001 software features integrated polymer analysis tools that enhance productivity by reducing data handling errors while providing step-by-step measurement guidance. Offering maximum flexibility, it adapts to specific user needs while remaining easy to set up by default.


With its precision, adaptability, and compliance-ready design, Lovis 2001 is an indispensable tool for both specialised research and daily quality control viscosity measurements.


More information online: ilmt.co/PL/n3qN 64211pr@reply-direct.com


INTERNATIONAL LABMATE - APRIL 2025 - ADVERTORIAL


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