Sample Preparation & Processing
Advanced press technology accelerates polymer innovation at APT
Applied Polymer Technology (APT), part of the Technological University of the Shannon: Midlands Midwest (TUS), has enhanced its polymer research capabilities with the addition of an advanced laboratory press. This cutting-edge equipment, supplied and installed by Intelicare, the exclusive UK and Ireland partner of Fontijne Presses, is set to strengthen APT’s role in polymer technology research and development. Known for its precision and reliability, the new press will play a critical role in the creation of innovative materials across a variety of industries.
APT provides specialised polymer technology solutions for Irish-based companies working in sectors such as MedTech, GreenTech, packaging, and sustainability. Focused on advancing global competitiveness, APT is committed to fostering the development of groundbreaking polymer products that support export growth and meet the evolving needs of high-value industries. Its work emphasises innovation, sustainability, and excellence in research.
The laboratory press combines compact design with high performance, making it ideal for small-scale sample preparation in research and development settings. It features advanced heating capabilities, allowing the platens to reach high temperatures for sample processing. The addition of active cooling and adaptable daylight configurations ensures operational efficiency, versatility, and enhanced sample processing accuracy. These features enable the creation of thin films used in various applications, including tensile and puncture testing, oxygen and
moisture transmission rate analyses, and optical clarity assessments, all without requiring expensive moulds.
Dr Declan Devine, Director of Polymer Research and Academic Director of APT, emphasised the press’s significance in advancing sustainable material development, particularly for packaging applications. He noted its importance in fast-tracking innovation within this space. Dr Declan Colbert, a Principal Investigator at the PRISM Research Institute, also praised the equipment for its exceptional capabilities in analysing high-performance polymers and biomaterials. He commended the technical and after-sales support provided by Intelicare and Fontijne Presses.
The new laboratory press represents a major step forward for APT, enhancing its ability to perform high-precision testing and sample preparation. Whether improving materials for medical use or developing sustainable composites, this addition reinforces APT’s position as a leader in polymer innovation and research excellence.
More information online:
ilmt.co/PL/9ylk 63648pr@reply-direct.com Optimised plating of bacterial and yeast cells on agar plates
AMSBIO’s EZ-Spread™ Plating Beads offer a faster, safer, and more efficient way to plate bacterial and yeast cells on agar plates, eliminating the need for traditional glass rods and ethanol flaming. This innovative solution streamlines the plating process, reducing the risk of contamination and enhancing lab productivity.
Manufactured with precision moulds, EZ-Spread Plating Beads are designed for uniform shape and diameter, ensuring even distribution of cells. This results in more consistent colony formation compared to conventional methods, making them ideal for high-throughput applications.
EZ-Spread Plating Beads are available in convenient dispenser bottles for 100 plates or single-use tubes for 50 plates. Supplied pre-sterilised and ready to use, they allow researchers to plate multiple samples simultaneously, improving workflow efficiency. The pre-sterilised, ready-to- use packaging ensures a safe, straightforward experience.
EZ-Spread™ Plating Beads are an indispensable tool for modern laboratories looking to optimise cell plating while maintaining high safety standards.
More information online:
ilmt.co/PL/dY3X 63740pr@reply-direct.com
Next-generation hotplate stirrers
Ohaus Corporation, a leading worldwide manufacturer of scales, balances and laboratory equipment announced the launch of their Next Generation of Guardian 5000 Hotplate Stirrers. These Hotplate Stirrers are specially engineered to deliver premium safety and versatility for everyday use in research, academic and industrial settings.
The Guardian 5000 Hotplate Stirrers offer powerful heating and mixing capabilities, reaching temperatures up to 550°C. They feature three temperature control modes for quick heating, or precise heating without overshoot. You can choose from five models with three plate sizes to suit varying needs.
Ohaus’ signature SafetyHeat™ and SmartHeat™ features, combined with the new Run Dry Protection system ensures complete safety during operation. Additionally, the SmartRate™ System supports a wide range of heating and stirring intensities, from fast and intensive to soft and precise, with a variety of accessories available to enhance application versatility.
The user-friendly interface features a large, bright LCD screen with white characters and knob buttons for easy operation. A RS-232 port is included for remote control or data logging.
“We’re excited to introduce our Next Generation of Hotplate Stirrers which have been designed with the needs of our customers in mind,” said Fangyuan Zhao, Product Manager - Lab Equipment at Ohaus Corporation. “These hotplate stirrers offer unmatched safety and versatility, making them ideal for a wide range of heating and stirring applications.”
More information online:
ilmt.co/PL/Yj0o 63283pr@reply-direct.com
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