Cultivates and Monitors Cell and Microbial Cultures

The AUXO V® from n!Biomachines is a versatile benchtop bioreactor engineered for precision in biotechnological applications. It excels in cultivating and monitoring both cell and microbial cultures for industries including biotech and pharmaceuticals. With capacities ranging from 1 to 200 liters, it utilizes advanced sensors for precise control of temperature, pH, and oxygen levels, which are crucial for experimental accuracy. The integration of a Siemens PLC and touch-screen controls facilitates seamless automation and remote monitoring, streamlining operations in research labs. Equipped with stainless steel vessels at larger scales, it ensures durability and ease of sterilization, adhering to stringent industry standards. Customizable options accommodate a wide range of processes like fermentation and sampling, supported by engineering expertise to develop tailored solutions for innovative bioprocessing.

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Analyzes and Detects Biomolecular Interactions

The Octet® SF3 Surface Plasmon Resonance System from Sartorius is expertly designed to facilitate precise biomolecular interaction analysis, essential for pharmaceutical and biotech labs aiming to streamline drug discovery and biologics development. Utilizing OneStep® Injection Technology, it permits high-throughput kinetic and affinity measurements from a single analyte concentration, significantly reducing reagent use. This system supports a wide array of applications, including monoclonal antibody therapeutics, mRNA vaccines, and regenerative medical treatments. With the capability to manage up to 768 samples in unattended assays, the Octet® SF3 enhances research efficiency. Its integration into existing lab setups is seamless, offering automated, PLC-controlled operation with remote monitoring options. The system ensures compliance with industry standards and comes with comprehensive service and maintenance plans to ensure consistent performance. Additionally, it offers customization options to suit specific research needs, reinforced by Sartorius’ engineering support.

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Facilitates Parallel Bioprocessing and Fermentation

The Ambr® 250 Modular from Sartorius is a compact benchtop bioreactor ideal for biopharmaceutical R&D and process optimization. It integrates single-use technology, enabling efficient batch, fed-batch, and perfusion processes. This system supports parallel operations with modular units ranging from 2 to 8 bioreactors, all under intuitive software control. Key applications include monoclonal antibodies, vaccines, and gene therapies, producing end-products like erythropoietin, insulin, and CAR-T cell therapies. The Ambr® 250 Modular features enhanced energy efficiency through optimized mixing and gas insertion, reducing operating costs and environmental impact. It offers autoclavable and single-use vessel options, ensuring flexibility and compatibility with various bioprocessing needs. Compliance with GMP standards guarantees suitability for regulated environments, and customizable vessel configurations allow precise process design tailored to specific applications.

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Facilitates Scalable Biopharmaceutical Production

The Ambr® 15 and Ambr® 250 series from Sartorius are single-use bioreactor systems designed for streamlined biopharmaceutical production. These systems uniquely enhance scalability and adaptability in processes such as monoclonal antibody and mRNA-based vaccine manufacturing. Utilizing a modular design, they allow for seamless integration into batch or continuous operations, supported by advanced process automation and monitoring capabilities. The Ambr® systems accommodate varying scales from pilot to commercial production, ensuring flexibility without compromising on precision control over cell culture conditions. With their disposable bag technology, they eliminate the need for cleaning and sterilization, reducing turn-around times and increasing operational efficiency. Known for superior performance in high cell-density and sensitive cell lines, the systems feature Flexsafe® film, contributing to consistent growth and viability. The equipment is engineered for compliance with GMP standards, while offering customization options to meet specific production requirements, supported by Sartorius’ extensive engineering and technical support network.

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Facilitates Fermentation and Cultivation for Biomanufacturing

The Biostat® Cplus and Biostat® D-DCU from Sartorius are stainless steel bioreactors designed specifically for biopharmaceutical manufacturing. These systems stand out due to their integration of advanced process analytical technologies (BioPAT®) for precision control and regulation during fermentation and cultivation processes. Ideal for producing monoclonal antibodies, mRNA vaccines, and other biologics, these bioreactors offer scalable solutions from pilot to small production scales. Each unit supports seamless PLC-based automation, ensuring consistent product quality and efficiency while reducing manual intervention.

With capabilities extending from 5L to 2,000L, they facilitate diverse operations such as mixing, separation, and purification, essential for maintaining high purity levels in bioproducts like insulin and CAR-T cell therapies. Available in corrosion-resistant stainless steel, these bioreactors are designed for durability and compliance with GMP and FDA standards, ensuring suitability for regulated environments. Their design includes features for easy cleaning and maintenance, including a CIP system, making them an optimal choice for hassle-free operation and long-term reliability in demanding bioprocess settings. Customization options further enhance the adaptability of Biostat® systems to specific application needs, backed by Sartorius’s expert engineering support.

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Delivers Precision Weighing for Lab and Industrial Needs

The Precision Weighing Cells from Sartorius are essential components for lab weighing and industrial applications, capable of handling up to 8.2 kg with a resolution as fine as 0.001 g. These weighing cells are machine-crafted from a solid aluminum block, eliminating the impact of temperature and mechanical influences for enhanced performance reliability. Ideal for biopharmaceuticals, diagnostics, and lab environments, they ensure accurate measurements crucial for producing monoclonal antibodies, mRNA vaccines, and CAR-T cell therapies. Integration into laboratory or production lines is seamless, offering both manual and semi-automated operations. Sartorius’s Precision Weighing Cells provide consistent performance, with optional engineering support for tailored solutions. Compliance with industry standards ensures suitability for pharmaceutical and biotechnological processes, with user-friendly calibration and maintenance protocols to maintain uninterrupted operations.

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