CPC AseptiQuik S connectors are designed for small-flow sterile connections in single-use bioprocessing and fluid-transfer systems. The collection covers genderless configurations with 1/8", 1/4", and 3/8" hose-barb terminations, along with 1/4" and 3/4" sanitary options. Polycarbonate construction, platinum-cured silicone seals, and the FLIP-CLICK-PULL connection method support controlled assembly. These AseptiQuik S connectors for small-flow applications operate at pressures up to 60 psi and temperatures from 39°F to 104°F (4°C to 40°C).
The range includes standard and high-temperature versions, with applicable models suitable for gamma irradiation and autoclaving. Standard configurations use a polyethylene membrane, while HT versions use a hydrophobic polyethersulfone membrane. The genderless design allows either half of the connection to mate without separate male and female components. These single-use aseptic connectors for biopharmaceutical processing are suited to media transfer, sampling, and other low-volume fluid pathways where sterile connection is required.
Assess your fluid handling volumes, sterility requirements, compatibility with solvents or reagents, and workflow endpoints. Foxx’s technical support team can assist in selecting single-use components suited to your process.
Biotech, pharmaceutical manufacturing, vaccine production, research laboratories, clinical development, and diagnostic centres widely use Foxx single-use systems and consumables.
Yes. With global manufacturing facilities and strict quality control, Foxx products meet regulatory requirements in major markets including the US, EU, and Asia for scientific, clinical, and manufacturing applications.
Labs should follow regulatory guidelines for sterility assurance levels, validate fluid handling pathways, perform risk assessments per relevant standards (e.g., FDA, USP), and maintain traceability documentation for audit readiness. (Industry practice)
Yes. The company’s cleanroom manufacturing and quality certifications make its products suitable for Good Manufacturing Practice (GMP) environments where sterility and documentation standards are required.
Foxx Life Sciences offers Autofil® 2, EZlabpure™ and APEX™ bottle top filters, EZlabpure™ and EZFlow syringe filters, membrane disc filters, vent filters, and cell strainers engineered for high-purity filtration in analytical labs, bioprocessing, and cell culture workflows.
Foxx stands out for its ISO-certified quality, USP Class VI materials, extensive SKU portfolio with patented designs, rapid shipment, and global manufacturing footprint, providing superior compliance, performance, and cost value.
Foxx offers custom single-use solutions and assemblies designed to meet unique workflow requirements, enabling bespoke fluid paths, connectors, and tailored assemblies to optimize specific lab processes.
Standard Foxx products typically ship within 24–48 hours, while Made-to-Order (MTO) or custom SUT assemblies generally ship in 4–6 weeks, balancing speed with tailored specifications.
Single-use systems reduce contamination risk, eliminate cleaning and sterilization validation needs, cut turnaround times, lower labour and water use, and improve overall operational efficiency.
Foxx products are manufactured under ISO 13485 quality management systems in ISO Class 7 certified cleanrooms, use USP Class VI materials, and many are FDA registered. This ensures reliability, compliance, and suitability for regulated environments.
Single-Use Technology refers to disposable fluid handling and storage assemblies used in biopharmaceutical manufacturing and labs that eliminate traditional cleaning and sterilization processes, reducing contamination risk and operational complexity.
Foxx Life Sciences provides a broad range of life science and bioprocess consumables, including single-use systems (SUS), custom tubing & bottle assemblies, filtration products, lab safety equipment, glassware, plasticware, caps & gaskets, connectors, vent filters, and stainless-steel components for research, biotech, and pharmaceutical applications.
