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European Biopharmaceutical Review
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'Robot' is a Czech word meaning worker, from the play RUR: Rossums' Universal Robots by the Bohemian writer Karel Capek. The robot has since become an inspiration for science fiction writers and for engineers. Of course the science fiction vision of a robot is a mechanical man, but the reality we see in industry is simply a robotic arm. This is a versatile programmable manipulator, an integration of mechanics, electronics and software, designed interdependently to produce the mechanical equivalent of the computer - an undedicated machine unable to do anything until we program it.
In the pharmaceutical lab it is even less than that definition; the term 'robot' being applied to programmable liquid handlers. Drug development requires the screening of hundreds or thousands of samples and it is in this field that the robot arm is a vital tool. Such an automated screening system is called a 'high-throughput screening' (HTS) system.
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News and Press Releases |
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EVERSANA’s Data & Analytics Platform ACTICS by EVERSANA Named a 2022 Artificial Intelligence Award Winner
CHICAGO – March 22, 2022 – EVERSANA™, the pioneer of next-generation
commercial services to the global life sciences industry, today
announced its technology-enabled platform ACTICS by EVERSANA™ has been
named a 2022 Artificial Intelligence (AI) Award winner.
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White Papers |
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Syringe siliconization
Gerresheimer AG
Ready-to-fill, i.e. sterile, prefillable glass syringes, are washed, siliconized, sterilized and packaged by the primary packaging manufacturer. They can then be filled by the pharmaceutical companies without any further processing. These days the majority of prefillable syringes are made of glass and the trend looks set to continue. The siliconization of the syringe barrel is an extremely important aspect of the production of sterile, prefillable glass syringes because the functional interaction of the glass barrel siliconization and the plunger stopper siliconization is crucial to the efficiency of the entire system. Both inadequate and excessive siliconization can cause problems in this connection. The use of modern technology can achieve an extremely uniform distribution of silicone oil in glass syringes with reduced quantities of silicone oil. Another option for minimizing the amount of free silicone oil in a syringe is the thermal fixation of the silicone oil on the glass surface in a process called baked-on siliconization. Plastic-based silicone oil-free or low-silicone oil prefillable syringe systems are a relatively new development. Silicone oil-free lubricant coatings for syringes are also currently in the development phase.
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