Safety, Hazard Containment & Sterilising Equipment


High-Throughput Autoclave Cuts Sterilisation Costs


Priorclave front-loading laboratory and research grade autoclaves offer exceptional reliability and unparalleled energy, water, and lifetime cost savings, and are one of the first to receive an ACT certificate that quantities its superb energy efficiency credentials.


The 320L model with its taller chamber profile than that found in most cylindrical machines can boost lab efficiency and low costs by sterilising larger bulky items as well as small and taller items in a single process. It is available in both the new BASE and SMART categories, incorporating more features as standard.


Introduction of the new categories by Priorclave simplifies the autoclave selection process, enabling customers to choose the best model for their needs. Typically, the BASE range covers ‘the basics’, media preparation, waste loads, and sterilising loose instruments, open containers, and labware. The SMART range is intended for industrial, research, and production labs and facilities with greater or more diverse needs. They adeptly handle standard tasks (e.g., media prep, waste loads, labware) but can also produce drier loads and more reliably handle complex loads that tend to trap air.


Priorclave purposefully designed the cylindrical chamber of this model with a taller profile than that found in most ‘cylindrical’ machines, a 630mm chamber, 1025mm deep and a low convenient loading height of just 725mm. Its impressive load capacity has proven to give lab equipment purchaser a strong viable alternative to large more costly rectangular chamber autoclaves.


The build quality of this 320L capacity front loading autoclave incorporate epoxy coated panels and frame members which are treated with an anti-bacterial agent. This is a highly effective and permanent treatment for lifelong control of harmful bacteria and protection against the threat of cross contamination. This tough special epoxy


finish is proven to reduce bacterial growth by up to 99.99% and is highly effective against MRSA, E.coli, Listeria, Legionella, Campylobacter, Salmonella, Pseudomonas and over 50 other species. More information online: ilmt.co/PL/xxon and ilmt.co/PL/L2AP


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How to Protect Products from Aerosols, Dust Particles and Germs


All three groups of particles have one parameter in common and this is its hydrodynamic diameter, and if this is below 30 μm they can be transported over long distances or float in the room air for minutes. In production facilities humans are producers of aerosols (tiny droplets) and particles (skin particles and fibres from clothing), too. Many of these particles can impair product properties in production or packaging or even destroy optical or electronic components.


This is the reason why sensitive products must be protected from dust or micro-organism under cleanroom conditions and thus filter technologies are inexpensive and cost-effective in removing particles from air. This applies to entire clean rooms as well as to smaller filter units, so-called laminar flow boxes, because both systems are based on the same high-performance filters which can reduce particles (dust, microbes, germs, aerosols), because this process depends only on hydrodynamic but not on chemical or biological properties.


A laminar flow box, such as the FBS series from Spetec GmbH, has been tested by the Fraunhofer Institute for Manufacturing Engineering and Automation, and was classified according to DIN standard EN ISO 14644 in class ISO 5. This means that not more than 3,520 particles per 1 sqm can be detected inside the box improving air quality by at least 10,000 times.


All airborne microorganisms and dust particles are omnipresent in air. Thus, filter technologies are essential in food industry, optical, electronic and in pharmaceutical and medical production facilities, where also sterility plays an additional role, but again germs are omnipresent. Therefore, medical devices such as syringes, scalpels or bandages and plasters must be sterilely packaged and stored.


More information online: ilmt.co/PL/gPPm 58824pr@reply-direct.com


Discover the Future Safety Solution for HPLC Waste


Discover the liquid safety solution of the future, and turn your waste container into a closed safety system! The modular Safety Waste Cap ‘LISA’ blocks chemical vapours with its 3-layered exhaust air filter. It connects safely to your HPLC waste lines, and provides safe disposal of chemicals like solvents, acids and alkalis. It comes with multiple connectors for many tubing sizes, and is available for different containers and thread types.


The Safety Waste Cap is made of chemically resistant materials (PTFE and PE-HD) for use with all common chemicals used in analytical labs. The modular system is extendable with accessory ‘Satellites’ for additional connections and applications.


In order to block hazardous vapours and avoid overpressure inside the container, the Safety Waste Cap LISA works perfectly with the original 3-layered SCAT exhaust air filters. The filters contain 3 types of activated carbon, optimised for catching vapours of solvents, acids and alkalis.


The screw cap is freely rotatable and prevents your HPLC tubing from twisting when changing the container. Due to the variety of included connectors for different tubing sizes, LISA fits every HPLC / UHPLC system. To keep the system safely closed, it comes with blind plugs for every connection port.


For use in explosion-protected zones, electrically conductive versions are available. They provide a grounding connection for antistatic


protection, and are designed for use with electroconductive containers. More information online: ilmt.co/PL/kqEj and ilmt.co/PL/kqEj


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