Separates and De-oils Citrus Juices and Oils

The GEA citrus juice and oil centrifugal separator is a versatile solution tailored for beverage producers and citrus juice manufacturers. It efficiently de-oils citrus juices and separates citrus oil emulsions, using an innovative disk stack structure to enhance separation precision. Designed for continuous, high-speed operation, this self-cleaning separator integrates seamlessly into production lines with its PLC-controlled system, ensuring minimal downtime. With the capability to handle various citrus-based products, including orange juice, lime oil, and citrus-flavored beverages, it supports a range of applications in the beverage, food, and chemical industries. Constructed with stainless steel options for corrosion resistance, it meets industry standards for hygiene and operational efficiency. The separator’s engineering allows for easy customization of separation tasks, while a built-in CIP system ensures rapid cleaning and maintenance, keeping processes contamination-free and efficient.

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Propagates and Maintains Yeast for Beer Production

The GEA YEAST-STAR® Yeast Propagation System is a comprehensive solution developed by GEA for breweries and beverage manufacturers to optimize yeast health in beer production. This system is engineered to provide vigorous, actively fermenting yeast with a unique hygienic design, ensuring the preservation of yeast viability and vitality. By incorporating optimal aeration rates, a gentle circulation loop, and a sterile air station with a candle filter, the system minimizes foam formation and guarantees homogeneous mixing.

This yeast management solution is tailored for brewing processes like lager, ale, stout, pilsner, and even non-alcoholic beer, ensuring high-quality outputs. It supports continuous and automatic operation, facilitated by a frequency-controlled pump and controlled overflow valve to compensate for variations in yeast consistency and wort flow rate. The differential turbidity measurement method accurately determines yeast cell count, and the system’s static mixer ensures proper integration of yeast into the wort.

The system’s compact design integrates seamlessly into existing production lines, using VARIVENT® components for superior hygiene and CIP ability. With sizes ranging from DN 50 to DN 150 for wort pipes and a yeast pitching range of 5 – 50 million yeast cells/ml, it offers high flexibility and can handle a product flow rate of up to 1900 hl/h. For precise operations, it incorporates linkage to master control systems via a serial interface, supporting both automation and remote monitoring. Suitable for a range of industries, this system is engineered to adapt to space constraints and budgetary considerations, providing an efficient and reliable yeast management solution.

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Facilitates Isolation, Incubation, and Decontamination Processes

The ValueCell FLEXY from Comecer is a modular cell and gene therapy isolator designed to address the specific needs of pharmaceutical manufacturers and biotech companies involved in regenerative medicine and advanced therapy medicinal products. This isolator excels by integrating seamlessly with operational workflows, offering features like fully PLC-controlled operations and GAMP 5 software compliance, enhancing both automation and data integrity. Utilizing vapor phase hydrogen peroxide, it ensures robust decontamination, maintaining sterile environments critical for culturing CAR T-cells, iPSC-derived cardiomyocytes, and more. Its modular design allows it to link with FlexyCult™, optimizing incubation capacity and overcoming bottlenecks. The isolator includes integrated centrifugation, freezing, and sampling solutions within its high-grade stainless steel chambers, guaranteeing durability and compliance with GMP standards. Customizable features and engineering support further enable specific process optimizations, making it an indispensable asset for high-throughput and batch operations in advanced therapy labs.

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Ensures Sterile Conditions and Effective Containment

The FHB-10 Laminar Flow Hood with Lead Glass from Comecer is engineered to meet the stringent demands of sterile environments in industries like pharmaceuticals, biotechnology, and nuclear medicine. This laminar flow hood features a HEPA filtration system and meticulously regulated air flow to maintain a contaminant-free workspace, essential for processes such as CAR T-cell therapy production and chemotherapy compounding. Designed for both manual and continuous operations, it efficiently handles both liquid and gas applications, ensuring reliable containment. Its robust construction includes an epoxy-coated steel structure and removable AISI 304 stainless steel worktops, offering excellent corrosion resistance. Coupled with shielded lead glass, it provides additional protection while maintaining visibility. The FHB-10 is compliant with EN 12469 safety standards, ensuring it meets industry requirements. Additionally, its design allows for easy cleaning and maintenance, essential for ensuring operational efficiency and product safety. Customization options are available to cater to unique production needs, supported by Comecer’s engineering expertise.

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Ensures Sterile Radiopharmaceutical Preparation

The BH Series Biohazard Class A Hood by Comecer is a laminar flow workbench specifically designed for critical radiopharmaceutical applications. It features a spacious work chamber with Class A air quality, providing an ideal environment for sterile Tc99m compound preparation. The hood incorporates a unique shielding system with Pb options from 5 to 50mm, safeguarding operators while handling sensitive isotopes. Integrated systems such as a dose calibrator with monitor support and Mo99/Tc99m generator elution setup streamline the radiopharmaceutical preparation process.

The hood’s ergonomic design includes a sliding shielded glass front and specialized compartments for waste and generator storage, ensuring efficient workflow management. Compliance with EN12469 Class II standards and GMP directives underscores its suitability for rigorous laboratory and production settings. Optional upgrades, including a stainless steel work area and HEPA H14 filtration, enhance its resilience and sterile operation capability. Perfect for pharmaceutical manufacturers and healthcare facilities, this hood offers comprehensive safety and process efficiency in radioactive material handling.

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Fills, Seals, and Caps Aseptic Vials

The Crystal™ M1 Filling Station by SKAN Group is a tabletop solution tailored for precise aseptic filling tasks in the pharmaceutical and biotech sectors. Its standout feature is utilizing the AT-Closed Vial® system to maintain functional closure throughout the process, thereby minimizing contamination risks. Ideal for operations such as engineered T-cells, mRNA vaccines, and monoclonal antibodies, this station supports up to 200 vials per hour with filling volumes ranging from 0.1 ml to 50 ml. The manually operated system seamlessly integrates into a biosafety cabinet or isolator, offering flexibility and ease of use for small, personalized batch production.

The process involves individual vial filling through a secure stopper, followed by laser re-sealing and snap-fit capping, ensuring a sterile environment for sensitive products. The equipment is ready for on-site setup in just six weeks and can be installed and qualified within a day, facilitating swift adoption. Fabricated to comply with cGMP standards, it caters to R&D, process development, and production scale-ups, with single-use, tool-less format changes guaranteeing a reproducible and scalable process.

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Decontaminates Heat-Sensitive Pharmaceutical Loads

The VHP Biodecontamination Passbox from Actini Group offers an innovative solution for decontaminating heat-sensitive and non-autoclavable loads in pharmaceutical and biotechnology industries. This equipment utilizes hydrogen peroxide vapor (H2O2) to ensure effective sterilization while maintaining the integrity of delicate materials like vaccine vials, pre-filled syringes, glassware, and laboratory testing kits. Designed for seamless integration into laboratories and production lines, the passbox supports both single and double door configurations, with side, vertical, downward, or upward hinged openings to fit various spatial constraints.

Processing capacities range from 500 liters to several cubic meters, accommodating batch operations of solid materials efficiently. Its compliance with cGMP standards ensures safety and quality assurance, while the nebulization technology provides consistent vapor distribution. The equipment’s construction from high-grade materials ensures durability and resistance to frequent cleaning operations, essential for maintaining a contamination-free environment. Additionally, Actini Group offers customization options to suit specific operational requirements and provides engineering support for seamless implementation and ongoing maintenance.

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Contains and Filters Pathogens in Laboratory Settings

The NSF Certified 6 Ft Class II A2 Biosafety Cabinet from Across International offers a robust solution for life sciences and microbial containment. Equipped with dual HEPA filters, this cabinet ensures 99.999% pathogen filtration, crucial for handling COVID-19 specimens, recombinant proteins, and viral cultures. It features a motorized front glass viewing window and easy-to-clean stainless steel chamber for practical daily operations. The unit supports critical laboratory environments with functionalities like sterilization, decontamination, and ventilation. Designed to minimize contamination, it incorporates UV light with automatic control, making it suitable for manual and semi-automatic setups. The cabinet complies with NSF/ANSI 49 standards, ensuring it meets rigorous safety and performance benchmarks. With remote monitoring supported, it integrates seamlessly into research and development settings, prioritizing both personnel safety and environmental integrity.

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Purifies Bilge Water and Exhaust Gases

GEA’s marine water treatment systems, including the GEA bilge Separator, GEA bilgEGR Solution, GEA NOx Separator, and SeaWaterDistiller, are designed for optimum performance in marine environments. These systems operate using advanced separation and distillation techniques to continuously purify bilge water, treat exhaust gases, and generate fresh drinking water from seawater. Complying with IMO regulations, they ensure minimal environmental impact while maintaining high operational efficiency. Integrating seamlessly into existing marine systems, they offer automated, unmonitored operation through PLC controls, enhancing reliability and reducing crew workload. The use of high-grade, corrosion-resistant materials ensures durability, while designs adhering to marine safety standards offer peace of mind for operators. These solutions are customizable to specific vessel requirements, with engineering support available for installation and maintenance.

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Separates and Processes Organic Waste for Biogas Production

The Biogas Plant Screw Press Separator System from WAMGROUP is engineered to address the rigorous demands of biogas and renewable energy production. It excels in the continuous separation of solids and liquids, utilizing a robust screw press mechanism to enhance efficiency in biogas plants. This system is pivotal in transforming organic waste into biogas, renewable natural gas, and other valuable by-products like organic fertilizers and enriched bio-slurry.

Designed for integration into diverse industrial applications—from agriculture to wastewater treatment—the system supports a variety of operations, including conveying, pumping, and compacting biomass. With a focus on high solids content and maximized yield, the equipment ensures effective resource utilization and sustainable waste management.

Capable of handling significant throughput, it facilitates large-scale biogas production with its PLC-controlled automation, which allows seamless integration and remote monitoring. Energy efficiency is achieved through optimized motor control, while material durability is ensured by options in stainless steel, offering excellent corrosion resistance.

Additionally, the system complies with industry standards, providing reliable performance and safety. Its user-friendly design incorporates easy maintenance features and optional customization, including adjustable screw press settings and configurations, to meet specific processing requirements.

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