Class Biologically Clean, Ltd. products

Class Biologically Clean, Ltd. offers flexible film double-tier isolator systems designed to optimize space in laboratory environments. These systems cater to various research applications needing controlled settings, such as gnotobiotic, microbiome, and microbial studies. Notably, CBC’s isolator systems include all required hardware and components to streamline installation and prevent the extra costs associated with assembling parts from different suppliers. An enhanced feature is the optional motorized adjustable frame, which provides 30 inches of vertical mobility, facilitating access to multi-tier setups. With a focus on traceability, each canopy carries a unique serial number and manufacture date. The isolators employ 20 mil. polyurethane materials and advanced lap-seam technology to ensure durability and minimize contamination risks. The strategic design of the filter ports enhances air circulation, aiding in maintaining a stable environment. These isolator systems are pivotal for maintaining quality control, quick installation, and seamless reordering.

The Flexible Film Single-Tier Isolator 'Starter Lab' package from CBC is designed to support research environments requiring controlled conditions for gnotobiotic, microbiome, and microbial studies. Manufactured with a highly durable 20 mil. polyurethane material, it mitigates risks of contamination from accidental punctures. The package includes all necessary hardware and components for swift assembly, ensuring quality control and compatibility. Noteworthy features include CBC's unique lap-seam sealing techniques, enhanced port designs for efficient air exchange, and modular accessories such as glove extensions and patent clamps. The system facilitates improved living environments through optimized airflow with larger filter diameters and ease of maintenance with components made for quick reorder and traceability via unique serial identifiers.

CBC's flexible film softwall cleanrooms are engineered to maintain a controlled environment essential for animal research and biopharmaceutical production. These cleanrooms offer a completely enclosed space, critical for preventing contamination during extended study periods. The design utilizes a robust 20 mil polyurethane material that is nearly indestructible, significantly reducing the risk of contamination due to punctures or tears. CBC's unique lap-seam sealing process further enhances the structural integrity of these units. Designed for cost efficiency, these cleanrooms are self-contained, free-standing, and can be installed in any building, including steel structures. They are adaptable for various applications such as research, testing, and medical care, providing a versatile solution for specialized requirements. With the capability to sustain environments from conventional to germ-free, CBC cleanrooms are equipped for high-level control, ensuring the safety of personnel and the integrity of the research or production processes.

Class Biologically Clean (CBC) specializes in manufacturing flexible-film containment units designed for negative pressure environments to safely handle highly pathogenic organisms and potent compounds. These units are not designed with laminar airflow, instead, they offer a fully enclosed space that ensures the protection of workers and the surrounding environment. Incorporating heavy-duty 20 mil. polyurethane material, CBC units are highly resistant to punctures and tears, reducing the risk of contamination. The units come with HEPA and optional ULPA filters to ensure purified air handling. Customization options include various configurations to fit existing BSL 3 labs or accommodate specific equipment needs, such as storage, weighing, or milling hazardous materials. CBC provides diverse transfer port options made from stainless steel, acrylic, or polypropylene, with designs that meet high-risk containment standards. These containment units serve industries such as pharmaceuticals and research facilities requiring robust isolation and contamination control measures.