Class B
GMP
Tailor-made solutions designed around your needs.
Start a custom project
Tailor-made solutions designed around your needs.
Start a custom project
Tailor-made solutions designed around your needs.
Start a custom project
Tailor-made solutions designed around your needs.
Start a custom project
Tailor-made solutions designed around your needs.
Start a custom project
Tailor-made solutions designed around your needs.
Start a custom project
Tailor-made solutions designed around your needs.
Start a custom project
Comprehensive support throughout the entire project lifecycle.
Comprehensive support throughout the entire project lifecycle.
Comprehensive support throughout the entire project lifecycle.
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Insights, Events and Technical Content from Tema Sinergie
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Discover more about the Tema Sinergie Group and its international presence.
Learn more about the Company
Discover more about the Tema Sinergie Group and its international presence.
Learn more about the CompanyDiscover more about the Tema Sinergie Group and its international presence.
Learn more about the Company
Discover more about the Tema Sinergie Group and its international presence.
Learn more about the Company
Discover more about the Tema Sinergie Group and its international presence.
Learn more about the CompanySYNT
The SYNT cell was designed to house automated radiopharmaceutical synthesis modules, ensuring a controlled and safe environment in accordance with the latest GMP guidelines.
Designed and Manufactured by Tema Sinergie
GMP
ISO 10648:2
FDA CFR 21 Part 11
OVERVIEW
SYNT is a solution designed to ensure high standards of quality, safety, and reliability in synthesis processes. The gaskets provide a Class II seal in accordance with ISO 10648:2, while the ventilation system ensures a clean air environment that meets GMP Class B standards.
The AISI 316L stainless steel internal structure, the fully removable tray module, and the watertight feed-through system for radioactive fluids and gases all contribute to making the system versatile and suitable for a variety of synthesis applications.
Additional Features
SYNT cells are equipped with inflatable pneumatic seals that ensure a Class II airtight seal (ISO 10648-2).
The inflatable seals are equipped with sensors and actuators that enable the following operations:
automatic inflation and deflation;
continuous monitoring of the seals’ status, with alerts to the operator in the event of any abnormal conditions;
in the event of a power outage, the seals remain inflated for 1 hour, ensuring that safety conditions are maintained.
configuration
The inner chamber is made of 3 mm-thick AISI 316L stainless steel. The surface, with a Mirror Brite finish, features folds and rounded corners with a 12 mm radius to facilitate cleaning. The welds, which are perfectly smooth and polished, prevent liquid infiltration and pooling.
SYNT hot cells are equipped with a turbulent airflow ventilation system. The incoming air is filtered through an H14 HEPA filter. The exhaust air is extracted by a fan and filtered through an H14 HEPA filter and an activated carbon filter. The ventilation system ensures a controlled-contamination environment that complies with GMP Class B requirements.
The hot cell is equipped with one square flange for leak-tight passage of radioactive fluids. This special flange is designed to allow the hermetically sealed passage of radioactive fluids and technical gases, ensuring that the integrity and containment of the hot cell’s internal environment are maintained.
SYNT hot cells are equipped with a turbulent airflow ventilation system. The incoming air is filtered through an H14 HEPA filter. The exhaust air is extracted by a fan and filtered through an H14 HEPA filter and an activated carbon filter. The ventilation system ensures a controlled-contamination environment that complies with GMP Class B requirements.
The hot cell is equipped with one square flange for leak-tight passage of radioactive fluids. This special flange is designed to allow the hermetically sealed passage of radioactive fluids and technical gases, ensuring that the integrity and containment of the hot cell’s internal environment are maintained.
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