17 Safety, Hazard Containment & Sterilising Equipment Modular cleanroom expansion supports biotechnology production growth


Womed, a biotechnology firm based at the National Centre for Scientific Research (CNRS) in Montpellier, France, specialises in innovative solutions for women’s reproductive health. With a commitment to precision and quality in medical device production, the company required an expansion of its cleanroom facilities to accommodate increased manufacturing capacity.


In 2021, Monmouth Scientific installed an ISO 7 Modular Cleanroom for Womed. By 2024, rising production demands necessitated a large-scale upgrade while maintaining strict compliance with ISO 7 standards. The challenge was to complete the expansion within tight deadlines and budgetary constraints, ensuring minimal disruption to operations.


Monmouth Scientific delivered a seamless solution by leveraging the flexibility and scalability of modular cleanroom technology. The expansion involved increasing the cleanroom’s operational surface area and incorporating a changing atrium, which improved workflow efficiency and contamination control. Additionally, critical infrastructure enhancements were integrated to support the increased production requirements. These upgrades included the installation of an additional CAMT2000 unit and Terminal HEPA Filter to uphold ISO 7 cleanliness levels, alongside improvements such as coved skirting, exhaust grills, expanded flooring, a sliding door for better accessibility, and additional LED lighting panels to ensure optimal illumination.


Othmane Jaidi, Production Engineer at Womed, praised Monmouth Scientific for delivering a tailored solution that met the company’s growing needs. He noted that the modular design allowed for efficient scaling without unnecessary components, maximising both functionality and cost-effectiveness. The project adhered to strict deadlines, ensuring that Womed’s production flow remained uninterrupted, a critical factor in maintaining operational efficiency.


The successful expansion highlights the benefits of modular cleanroom solutions, offering biotechnology firms like Womed the ability to scale production efficiently without extensive downtime. By providing a flexible and cost-conscious approach, Monmouth Scientific enabled Womed to meet increasing market demands while maintaining the highest standards of cleanliness and quality. The upgraded cleanroom supports Womed’s ongoing mission to advance women’s reproductive health and underscores the importance of adaptable, high-quality cleanroom environments in the biotechnology industry.


As Womed continues to grow, its expanded cleanroom facilities will play a crucial role in supporting future innovation and production capabilities. Monmouth Scientific remains dedicated to delivering industry-leading modular cleanroom solutions that empower biotechnology firms to achieve their goals efficiently and effectively.


Discover how Monmouth Scientific can help your business grow with custom modular cleanroom solutions. More information online: ilmt.co/PL/eoZQ


63738pr@reply-direct.com New extra-large BSC designed for cytometers and robots


Telstar has launched BioMax, a new large-scale Class II biological safety cabinet designed to support objects over 500mm high or deep inside the cabinet, such as cytometers and robots, requiring user protection during manipulation. The new series of extra-large cabinets ensure triple protection while offering more workspace for the user. These range of cabinets provide an alternative to product handling processes that require the use of large protective devices that, when used in standard-sized installation, could interfere with the correct operation and lead to loss of effectiveness of the biosafety cabinet.


Adapted to incorporate a particle counter system for those applications requiring control under the new GMP Annex 1 environment, BioMax is a new model belonging to Telstar’s range of ergonomic human-centred biosafety cabinets intended for use in high-risk microbiological research, ensuring maximum protection for the user, the product and the environment, and reducing the risks associated with biosafety levels 1, 2 and 3.


BioMax is also fitted with the innovative antimicrobial bacteriological barrier Zerocoat, a


photocatalytic treatment based on titanium dioxide that provides the interior of the cabinet with a self-cleaning surface which breaks down organic matter when the light system is triggered, and fully protects the work surface and, among other variables, endows the stainless steel that surrounds the chamber interior with a high potential antimicrobial power. This equipment offers low noise levels, less power consumption and minimal maintenance costs.


The design of a new extra-large CBS range responds to the growing need for stringent regulations in biological safety environments. This requirement has expanded to include activities that previously didn’t require such measures. Additionally, the increased emphasis on protection aligns with the upward trend in research capacity and awareness.


More information online: ilmt.co/PL/5558 63350pr@reply-direct.com Perchloric acid laboratory fume hoods


UniFlow Perchloric Acid Fume Hoods from Hemco are engineered for the safe handling of perchloric acids in laboratory procedures. Hoods come in 48”, 60”, & 72” widths and include a dedicated wash down and exhaust system. UniFlow Superstructure constructed of either PVC or type 316 stainless steel features exclusive unitised dual wall construction for superior chemical resistance, strength, and durability. The rear drain trough is integral to the superstructure. The fume hood features a dedicated wash down with integral piping spray nozzles and remote control on the right column.


More information online: ilmt.co/PL/qw9x 63255pr@reply-direct.com


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