Revolutionizing Bioprocessing
with Single-Use Solutions

Single use adaptors connect flexible tubing to a Tri-Clamp Connection. Our adapters are designed to accept a standard gasket and clamp.

All adaptors require a Gasket and Clamp, but Contour Bio-Solutions offers our All-In Fitting, which comprehensively offers an adapter, a clamp and an affixed gasket,  which helps keep the product “clean” while making it much easier for assembly. 

Polypropylene caps are single-use components made from durable, chemical-resistant polypropylene material. They are widely used in bioprocessing workflows as part of sterile, contamination-free systems to seal containers and maintain product integrity.Sanitary fittings provide a secure connection where preventing contamination is crucial. Constructed of ADCF polypropylene. 

Advantages of polypropylene caps include improved sterility, reduced contamination risks, and compatibility with single-use technology systems in bioprocessing. They also offer chemical resistance, durability, and cost-effectiveness compared to traditional stainless steel alternatives.

Polypropylene elbows are single-use components shaped at an angle, typically 45 or 90 degrees. They are used in bioprocessing workflows to connect and direct fluid flow in sterile systems, allowing for changes in direction within the process setup. 

Standard polypropylene elbows are commonly used angled connectors in single-use bioprocessing systems. They are designed to meet industry quality standards and seamlessly integrate with other components, ensuring consistent performance and compatibility across various bioprocessing applications.  

The Y connector is a versatile component used in bioprocessing to split or combine fluid flows in single-use systems, offering flexibility in workflow configurations. Its unique shape allows for the division of a single stream into two or the merger of two streams into one, enabling more complex fluid handling processes and optimizing resource utilization. 

Y connectors are used to facilitate the branching or merging of fluid pathways in sterile, single-use systems, improving efficiency and reducing contamination risks in bioprocessing workflows.