Bio-Pharma

Single-use bioprocess bags require rigorous leak testing to guarantee product integrity and prevent microbial contamination. Helium leak detection is used as the industry standard for detecting leaks in these systems, ensuring that the bags stay sealed and function as intended during use.

• Verify the integrity of single-use bioprocess bags using helium leak detection
• Detect leaks as small as 2 microns (MALL)
• Ensure compliance with industry standards and safeguards product integrity
• Performed using helium hard vacuum testing method, compatible with cleanroom environments

Reusable bioprocess containers used in biologic production and storage must maintain sterility and prevent contamination. Leak testing ensures that these containers remain intact and sealed during processing, ensuring the integrity of the biological products inside.

• Verify the integrity of reusable bioprocess containers for safe use
• Prevent contamination by detecting leaks in seals and connections
• Maintain the sterility and safety of biologic products
• Conducted using Helium Hard Vacuum, and Sniffing Systems, utilizing helium or tracer gases to detect leaks

Package testing is essential for ensuring that packaging for biologics, vaccines, and pharmaceuticals remain intact and sealed during shipping and handling. Leak testing is performed to verify that packaging does not compromise the safety or sterility of the products.

• Verify the sealing of packaging to ensure no contamination
• Detect leaks that could compromise product integrity
• Ensure the sterility and safety of bio-pharma products during transportation
• Performed using Bubble Immersion Testing Systems

Freeze drying is a critical process in the bio-pharma industry, used to preserve sensitive materials like proteins, vaccines, and biological samples. Vacuum systems are used to remove moisture while maintaining the integrity of the substance. This ensures long-term stability without compromising the quality of the product.

• Verify the effectiveness of moisture removal under vacuum conditions
• Ensure the preservation of sensitive biological materials
• Prevent degradation of proteins, vaccines, and other biologics
• Performed using vacuum systems with precise pressure control

Cannabis extraction processes rely on vacuum to create the necessary pressure for efficient extraction of oils and concentrates. Vacuum systems are critical in maintaining the purity and stability of the extracted oils, while also preventing degradation of valuable compounds during extraction.

• Verify extraction under controlled vacuum conditions
• Ensure the stability and purity of extracted cannabis oils
• Prevent degradation of valuable compounds during extraction
• Performed using vacuum systems with precise pressure control

Vacuum storage is crucial for preserving sensitive materials like vaccines and biologics, extending their shelf life while maintaining efficacy. Vacuum systems are used to remove air and moisture, providing a controlled environment to protect the stored materials from degradation.

• Ensure the integrity of storage conditions under vacuum
• Prevent the growth of microorganisms and degradation of products
• Maintain product quality during long-term storage
• Performed using vacuum chambers with precise pressure control

Vacuum testing for packaging is used to simulate pressure changes that may occur during shipping and storage. This ensures that the packaging maintains its integrity and that the products inside remain protected under varying environmental conditions.

• Verify the ability of packaging to withstand pressure changes
• Ensure that products remain sealed and protected under vacuum conditions
• Maintain the sterility and safety of bio-pharma products during transport
• Performed using vacuum chambers and pressure testing systems

Chillers are essential in cannabis extraction to maintain low temperatures during the extraction process, preserving the quality of the final product. They help regulate temperature fluctuations that could otherwise degrade sensitive compounds during extraction.

• Maintain low temperatures throughout the extraction process
• Prevent degradation of sensitive compounds during extraction
• Ensure the stability and quality of the final product
• Performed using integrated chillers in combination with vacuum systems