EZBio® Vactrap™ S: An Advanced Solution for Safe and Efficient Waste Containment
Foxx Life Sciences introduces Vactrap™ S, a next-generation vacuum trap system engineered by bioprocessing professionals for the evolving needs of laboratories and production facilities. This new system is designed to provide unmatched safety, containment, and reliability when handling hazardous liquids and biohazardous materials in bioprocessing environments.
The Vactrap™ S protects vacuum lines, pumps, and personnel by safely containing waste from processes such as cell culture media aspiration, supernatant removal, and chemical separation. Built for biopharmaceutical, academic, and industrial labs, it ensures complete protection of both equipment and operators while maintaining process sterility and compliance.
What Makes Vactrap™ S Different?
In a typical bioprocessing workflow, vacuum systems are used to aspirate liquids from culture vessels or filtration setups. Without proper containment, these systems risk contamination from infectious or hazardous materials. The Vactrap™ S solves this challenge with a closed, double-bottle design that captures waste and provides a secure secondary containment layer for added safety.
One bottle collects contaminated fluids and allows for decontaminant solutions to inactivate microorganisms, while the second bottle acts as an overflow vessel to prevent accidental spills. An integrated hydrophobic inline filter stops aerosols from entering the vacuum system, ensuring the safety of both equipment and personnel.
This configuration eliminates the risk of contamination inside the vacuum line, making Vactrap™ S an ideal choice for facilities that handle infectious or high-purity samples.
Key Features and Benefits:
Each Vactrap™ S system is designed with practical features that combine functionality, safety, and ease of use.
Ready-to-Use and Cleanroom Compatible
Every system is fully pre-assembled, sterile, and double-bagged, allowing direct transfer into cleanroom environments without additional preparation. This saves valuable setup time and reduces handling risks.
Durable Construction Materials
Available in autoclavable polypropylene (PP) and high-density polyethylene (HDPE), the bottles are built for heavy-duty performance and chemical resistance. These materials ensure long-term durability and safety in both research and production settings.
Built-in Secondary Containment
The system includes an integrated secondary container that provides an additional layer of protection against accidental spills and overflows, maintaining safety even during high-volume operations.
EZBio® TPE Tubing for Smooth Flow
Each unit is fitted with EZBio® TPE tubing, which is flexible, kink-free, and ideal for continuous liquid handling. This ensures consistent vacuum performance and minimizes process interruptions.
Advanced Filtration for Aerosol Control
The EZBio® HP vent filter uses a 0.2 µm PTFE hydrophobic membrane to retain bacterial aerosols, preventing contamination of the vacuum system. This feature adds a vital level of biosafety during aspiration of infectious or toxic liquids.
Shatterproof Design for Enhanced Safety
The system is built with a shatterproof design, reducing risks associated with glass or brittle plastic alternatives. It provides peace of mind during high-pressure operations in sensitive environments.
Simplified Cleaning and Maintenance
A wide-mouth bottle design allows thorough cleaning between uses and easy inspection during maintenance. The system is engineered for long-term reliability under repeated use.
Precision Control and Handling
A pinch clamp provides smooth, precise control of vacuum strength and aspiration rate, while the tube holder ensures secure handling and prevents spills when the system is not in use.
Applications Across Bioprocessing and Laboratory Operations:
The Vactrap™ S is designed for a wide range of applications across biotechnology, pharmaceutical, and research sectors. It performs exceptionally in processes that involve fluid aspiration, waste management, or contamination-sensitive work.
Common use cases include:
Aspiration of cell culture media
Removal of supernatant during bioprocessing
Chemical separation in biopharma workflows
Waste collection from high-purity processes
Safe disposal of biohazardous fluids in cleanroom environments
Certifications and Compliance:
Foxx Life Sciences ensures that every Vactrap™ S system meets international safety and quality standards.
Compliant with 40 CFR 264.175 regulations for hazardous waste containment
Manufactured from USP Class VI materials for medical and bioprocess compatibility
Produced in an ISO 13485 certified facility, ensuring quality consistency
Sterilized by gamma radiation at 25 – 40 kGy for complete sterility assurance
These certifications make the system suitable for regulated laboratories that operate under GMP, GLP, and ISO environments.
Why Choose Vactrap™ S?
In modern laboratories, every process step must balance speed, safety, and compliance. The Vactrap™ S Vacuum Trap System achieves this by combining cleanroom-ready design, robust containment, and effortless usability. It simplifies the safe aspiration of biohazardous fluids while preventing contamination of valuable vacuum systems and minimizing personnel exposure.
By integrating pre-assembled, sterile components with heavy-duty materials and advanced aerosol filtration, the Vactrap™ S sets a new standard for waste containment in bioprocessing.
For labs seeking reliable, pre-validated solutions that align with modern biosafety requirements, Vactrap™ S is the smarter choice built to protect your systems, your processes, and your people.
Ready to see how the Vactrap™ S can strengthen safety and efficiency in your bioprocessing workflow?
Discover how smarter containment leads to cleaner, safer, and more compliant lab operations. Explore detailed specifications, configurations, and ordering options here: EZBio Vactrap S™ | Foxx Life Sciences
Want to see the Vactrap™ S in action?
Watch our full demonstration video to explore its setup, features, and real-world performance in bioprocessing environments. Check it out here: https://youtu.be/PSPTrsdNCEY?si=Oz4vZ5YkHLuB2tEK