Detects Leaks in Sterile Glove Systems

The Wireless Glove Leak Tester (GLT) by Getinge offers a comprehensive solution for maintaining aseptic conditions in pharmaceutical and biotech environments. This device stands out with its wireless, paperless, and pipeless design, enabling efficient and seamless in-situ glove testing directly on the production line. Utilizing a pressure decay method for leak detection, the GLT identifies even the smallest perforations, ensuring the integrity of gloves used in aseptic filling, sterile reprocessing, and research laboratories. It is particularly suited for manufacturing vaccines, monoclonal antibodies, and sterile intravenous fluids, aligning with international standards like FDA 21 CFR part 11 and ISO 14644-7.

The device’s user-friendly interface, supported by a multi-functional tablet and inflatable gaskets, facilitates easy operation without the need for special tools. This integration with SCADA systems ensures full connectivity and traceability, connecting seamlessly to site IT infrastructure and SQL databases. Moreover, the GLT supports preventive maintenance by providing critical insights into the condition of gloves and sleeves, enabling timely interventions to maintain process compliance. Optional configurations include integrated SCADA or standalone versions, with multi-plug capability for enhanced operational efficiency. The rugged design and compatibility with various isolator systems underscore its versatility and reliability in demanding production settings.

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Simulates Extreme Space Conditions for Component Testing

Telstar’s Customized Thermal Vacuum Chambers are expertly engineered solutions designed for aerospace manufacturers, space research organizations, and satellite developers. These chambers provide a versatile platform for replicating the harsh conditions of outer space, particularly tailored for testing satellite sensors, space probe instruments, and rocket components. The chambers achieve Ultra High Vacuum (UHV) levels and leverage silicon oil-based and GN2/LN2-based systems to simulate extreme thermal environments encountered in low and geo-stationary orbits.

Featuring a turnkey, user-friendly control system, these chambers support both manual and automated test protocols, enhancing operational efficiency with technologies like SCADA and redundant PLCs. Integration into existing production processes is seamless, offering flexibility and high-speed automated testing. Their robust design allows for continuous operation with minimal maintenance requirements, ensuring reliability in critical testing scenarios.

Standard configurations can be customized to specific application needs, supported by Telstar’s engineering expertise. These chambers are essential tools for validating spacecraft avionics, rocket components, and other space-grade materials, ensuring compliance with rigorous industry standards and enhancing the precision of aerospace testing operations.

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Detects High-Pressure Leaks in Components

The High Pressure Leak Detection System with Robot Loading by Telstar is an essential component for industries such as automotive, aerospace, and electronics. It specializes in identifying leaks in components subjected to pressures up to 380 bar(a), using a highly sensitive detection capability of 10-6 mbar l/s through a Quadrupole Mass Spectrometer. Equipped with a fully automated, high-speed cycle time of 20 seconds, the system is seamlessly integrated into your production line, ensuring efficient loading and unloading via robotic systems. This machine is perfect for testing engine blocks, electric switchgear enclosures, and satellite components. The inclusion of a multi-stage high vacuum and integrated helium recovery system not only enhances detection accuracy but also promotes environmental sustainability. Constructed for continuous operation, it offers robust performance with minimal downtime, catering adeptly to the rigorous demands of high-volume production environments.

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Simulates Space Conditions for Satellite Testing

The Medium Size TVAC from Telstar is a 1.3m diameter thermal vacuum chamber ideally suited for testing satellite components. It recreates the harsh conditions of space, with a temperature range from -150°C to +150°C and a vacuum level below 10^-6 mbar. This chamber supports precise temperature and vacuum simulations, critical for ensuring component reliability in aerospace applications such as satellite payloads, antennas, and battery systems. Each chamber is equipped with independently controlled shroud and baseplate systems, enhancing testing accuracy. Designed for integration into research and development labs, it features an LN2 temperature control system and can be customized for different testing needs. Its construction ensures robustness against corrosive elements, with strong support from Telstar’s engineering team to tailor configurations.

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Detects and Calibrates Leaks in Vacuum Systems

The Telstar Leakstar Helium Leak Detection System is designed to ensure high precision and reliability in leak detection for gas insulated switchgear and automotive components. Utilizing a Mass Spectrometer Leak Detector directly connected to the vacuum line, it provides comprehensive vacuum evacuation and helium recovery. It’s engineered for both manual and fully automated operations, making it adaptable to any production line. Applications include gas insulated switchgear, automotive air conditioning systems, powertrain components, and more. The system supports integration with existing processes through high sensitivity detection capabilities of up to 10^-8 mbar·l/s. Additional features such as automated calibration verification and a helium recovery system improve environmental sustainability. Configured with a state-of-the-art PLC and touch screen interface, the Telstar Leakstar offers ease of use and programming flexibility, catering to customized industrial needs.

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Recovers and Purifies Industrial Helium Gas

The Helium Recovery System from Telstar is designed to address the rising helium costs and supply constraints by efficiently recovering and purifying helium gas across various industrial and laboratory applications. It integrates a helium compressor with optional flexible or rigid storage volumes and a high-pressure compression system. Notably, it features an online helium concentration meter to monitor gas purity and an optional dryer to eliminate moisture. This system boasts a greater than 95% recovery rate, making it ideal for operations requiring high-quality helium, including semiconductor manufacturing and MRI machine coolant replenishment. Additionally, it offers an intermediate solution, the Helium Economizer, for applications where a full recuperator isn’t justified, allowing recovery of up to 70% helium without requiring a compressor. The system is automation-ready with PLC control and remote connection capabilities, ensuring seamless integration into existing vacuum and processing setups. It meets the demands of the pharmaceutical, biotech, semiconductor, and aerospace industries, emphasizing sustainability and cost-effectiveness while adhering to industry standards.

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Facilitates Safe and Custom Drug Preparation

The Hospital Pharmacy Laboratory range from Telstar includes specialized drug preparation cabinets like the Aeolus H IT and Bioptima models. These solutions are engineered for the intricate needs of hospital pharmacies and pharmaceutical manufacturers, offering advanced laminar flow and biological safety features crucial for the preparation of personalized medicines, including cytotoxic and customized drugs. These cabinets utilize HEPA-filtered airflows to create sterile environments, essential for maintaining product integrity and operator safety during drug formulation. Common applications include chemotherapy drug production and individualized vaccine preparation. The units are designed for efficient batch processing, with easy integration into existing laboratory workflows. Optimized for energy efficiency, these cabinets adhere to strict GMP and FDA standards, providing reliable compliance in pharmaceutical environments. Maintenance is simplified through easily accessible filters and modular design, ensuring long-term operational effectiveness. Customization options are available to meet unique client specifications, supported by Telstar’s comprehensive engineering support.

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