The rapid expansion of biotechnology and biologics production has increased the demand for efficient, sterile, and flexible production systems. Bioprocess Containers have emerged as a key technology in modern biomanufacturing, enabling safer and more efficient handling of process liquids such as culture media, buffers, and drug intermediates.

Bioprocess containers are single-use flexible container systems designed for sterile liquid handling in biopharmaceutical production environments. These containers are widely used in upstream and downstream bioprocessing operations because they help simplify production workflows while maintaining strict contamination control. 

Industry adoption of these systems continues to accelerate. A study by Grand View Research states that the Bioprocess Containers market is expected to grow at a CAGR of 22.6% from 2025 to 2033, highlighting the strong demand for single-use technologies in biologics manufacturing.

What Are Bioprocess Containers?

A bioprocess container is a disposable, sterile bag or flexible vessel designed for storing, mixing, transporting, and processing liquids during biopharmaceutical production. These containers are typically made from multi-layer polymer films and integrated with tubing, connectors, and ports for easy fluid transfer. 

Bioprocess containers are considered a cost-effective alternative to traditional stainless-steel tanks because they eliminate the need for cleaning and sterilization between production cycles. 

They are used throughout multiple stages of the bioprocessing workflow, including:

• Cell culture media preparation

• Buffer storage and transport

• Harvest and purification processes

• Biologic drug manufacturing

Types of Bioprocess Containers Used in Biomanufacturing

Bioprocess containers come in various configurations depending on their size and intended application.

1. 2D Bioprocess Containers: These flat, pillow-shaped containers are made by sealing two sheets of polymer film together. They are typically used for small-scale liquid storage and laboratory applications. 

2. 3D Bioprocess Containers: 3D containers are designed for larger volumes and complex bioprocess operations. Their cube-like shape allows them to fit into rigid support vessels or drums used during large-scale manufacturing. 

3. Tank Liner Containers: Tank liners are flexible containers placed inside mixing tanks or vessels. They eliminate the need for cleaning large stainless-steel tanks and help reduce process downtime. 

These container systems can range from small laboratory volumes of 50 mL up to 10,000 liters, allowing scalability from research to commercial production. 

Role of Thermo Fisher in Bioprocess Container Innovation

Companies such as Thermo Fisher Scientific play a major role in advancing single-use bioprocess technologies. The company offers a wide portfolio of bioprocess container thermo fisher solutions designed for flexible biomanufacturing operations.

Examples of these systems include:

• Labtainer™ BioProcess Containers – Used for small-scale laboratory operations

• Productainer™ BioProcess Containers – Designed for large-volume storage and processing

• Harvestainer™ containers – Used for harvesting cell cultures

• Powdertainer™ systems – Designed for powder containment and transfer

These solutions support multiple stages of biologics production and integrate easily with fluid transfer systems and single-use bioreactors. 

Advantages of Using Bioprocess Containers

The adoption of single-use containers is increasing due to several operational benefits.

• Reduced Risk of Contamination: Single-use systems eliminate cross-contamination risks because they are disposed of after each production cycle.

• Lower Operational Costs: Bioprocess containers remove the need for cleaning-in-place (CIP) and sterilization-in-place (SIP) processes, reducing labor, maintenance, and equipment costs. 

• Faster Production Setup: Because containers are delivered sterile and ready to use, biopharmaceutical facilities can significantly reduce preparation time.

• Flexible and Scalable Manufacturing: These containers can be used for both small-scale research and large-scale drug manufacturing, making them ideal for flexible production environments.

Applications of Bioprocess Containers

Bioprocess containers are widely used across multiple biotechnology and pharmaceutical applications.

• Biopharmaceutical Production: They are used to manufacture monoclonal antibodies, vaccines, and other biologic therapies.

• Cell and Gene Therapy: Flexible containers support sterile handling of cell cultures and biological materials used in advanced therapies.

• Buffer and Media Storage: Bioprocess containers safely store and transport process liquids used during production.

• Drug Development and Clinical Trials: Research laboratories use these systems for pilot-scale production and experimental studies.

Emerging Trends in Bioprocess Containers

Several innovations are shaping the future of Bioprocess Containers in the biomanufacturing industry:

• Growth of Single-Use Bioprocessing Systems: Disposable technologies are becoming standard in modern biologics manufacturing facilities.

• Automation and Smart Bioprocessing: Integration with digital monitoring systems improves process control and efficiency.

• Advanced Polymer Materials: New multi-layer films are improving container durability, chemical resistance, and product stability.

• Expansion of Biologics and Vaccine Production: The increasing demand for biologic drugs and vaccines is driving greater adoption of flexible containment systems.

As biotechnology continues to evolve, Bioprocess Containers will remain a crucial component in enabling scalable, efficient, and contamination-free biopharmaceutical production.