Laboratory Furniture
Laboratory furniture is the foundation of a well-functioning lab environment. It determines how efficiently space is used, how safely work gets done, and how comfortably personnel can operate across long working sessions. Poorly designed furniture creates bottlenecks, limits workflow, and adds unnecessary friction to daily tasks. The right setup does the opposite.
Clean Air Systems designs and manufactures laboratory furniture that brings together practical functionality, operator comfort, and clean aesthetics in a format that integrates directly with our broader range of cleanroom panels and products. Every piece in the range is developed with real-world usage in mind, built to last, and available in configurations that adapt to how different labs actually work.
Frequently Asked Questions
Lab filtration and purification solutions remove particulates, microorganisms, and contaminants from pharmaceutical samples and process fluids. They include syringe filters, vacuum filtration units, and membrane filters — used in HPLC sample preparation, sterile media filtration, buffer clarification, and analytical water purification in regulated lab environments.
Available lab filtration products include syringe filters (0.22–0.45 µm), bottle-top vacuum filters (250 mL–1 L+), centrifugal filter units, membrane disc filters, vacuum manifolds, and ultrafiltration spin columns. Each type suits a specific application — from analytical sample prep to bulk media filtration and protein concentration.
Common membrane materials include PES (polyethersulfone) for low-protein-binding aqueous samples, PVDF for aggressive solvents and biologics, PTFE for organic solvents and gas filtration, nylon for general aqueous and organic use, and MCE (mixed cellulose ester) for aqueous clarification and particle collection workflows.
Syringe filters are hand-operated, single-use units for small volumes (1–100 mL), attached directly to a luer-lock syringe for quick sample prep. Bottle-top vacuum filters handle larger volumes (250 mL–1 L+), using vacuum to filter culture media or buffers into a sterile receiver bottle below.
Use 0.22 µm membranes for sterile filtration — this pore size removes all bacteria per pharmacopoeial standards. Use 0.45 µm for clarification and prefiltration where sterility is not required. Both sizes are available in PES, PVDF, PTFE, and nylon membrane materials.
For HPLC sample prep, use a 0.22 µm syringe filter to remove particulates that damage columns. Choose PES or PVDF for aqueous samples to minimise protein binding. Use PTFE for aggressive organic solvents. Match housing size (4 mm or 13 mm) to your sample volume for minimal hold-up.
Yes. GMP-compliant filtration products include lot-specific Certificates of Analysis, extractables data, and FDA Drug Master File support. Single-use formats eliminate cleaning validation and cross-contamination risk — making them the preferred choice for regulated pharmaceutical QC, method development, and cGMP analytical laboratories.
Vacuum filtration uses a vacuum source to draw liquid through a membrane into a sterile receiver below. It is used for bulk filtration of culture media, buffers, and reagents (250 mL–1 L+), enabling fast, closed, contamination-free processing of large laboratory volumes — far quicker than gravity or syringe-driven filtration.
Yes, all our products are designed and sourced to meet international regulatory standards, including GMP, USFDA, EU-GMP, WHO, and other relevant compliance requirements.
Absolutely. Our solutions are engineered for seamless integration with existing systems, ensuring minimal disruption and optimal performance within your current setup.
Yes, our team offers technical consultation to help you choose the most suitable product based on your process requirements, facility design, and compliance needs.
Yes, all our products are aligned with our turnkey execution approach, ensuring compatibility with overall facility design, engineering, and operational requirements.
Yes, we provide customised solutions tailored to your process, capacity, and regulatory requirements to ensure optimal performance and efficiency.
Our products are used across pharmaceutical manufacturing, biotechnology, nutraceuticals, research laboratories, and regulated healthcare environments.
We follow strict quality standards and work with trusted technologies and manufacturing processes to ensure consistent performance, durability, and compliance.
Yes, we offer ongoing technical support to ensure smooth operation, performance optimisation, and long-term reliability of all supplied systems and components.
