Your partner to bring life-saving treatments to the patient

HPAPIs

Your partner to bring life-saving treatments to the patient

Key aspects of HPAPIs

  • High potency: Often used in oncology, e.g. in cancer drugs..

  • Low therapeutic dose: Even microgram quantities can be effective.

  • Strict safety requirements: Manufacturing and handling require special protective measures (e.g. closed systems, isolators, special protective clothing).

  • Toxicity: HPAPIs are dangerous to people if inhaled or absorbed through the skin.

Examples

Challenges in processing highly potent active ingredients

The manufacture and processing of highly potent active pharmaceutical ingredients (HPAPIs) involves special requirements for pharmaceutical companies.
Among the greatest challenges are:

  • Occupational safety and containment
    HPAPIs are effective even in very small doses – maximum protective measures for employees and the environment are therefore essential. Without adequate containment, there is a risk of exposure that could endanger not only health but also regulatory approval.
     

  • Technological requirements
    Conventional open production facilities are not sufficient for handling HPAPIs. To ensure both safety and product quality, closed systems and precise dosing technologies are absolutely essential for secure processing.

  • Regulatory complexity
    The global requirements of the FDA, EMA and other authorities demand complete documentation, valid processes and the consistent implementation of GMP standards at the highest level.
     

  • Product stability and quality assurance
    Maintaining the stability of highly potent and sensitive substances plays a crucial role, particularly in ADCs and ATMPs. Due to their biological nature, they are more susceptible to external influences – even the smallest deviations in product purity, temperature or process control can impair effectiveness.

At Bausch+Ströbel, our mission is to make life-saving medicines available worldwide while ensuring their safe and secure production. We take this responsibility seriously by delivering intelligent technology, outstanding quality, and consistent safety for both operators and products. By combining time-tested concepts with cutting-edge innovations, we deliver solutions that offer intuitive handling, thorough cleaning of containers and machinery, and full compliance with Annex 1. However, our commitment goes further: setting new benchmarks and defining the standards of tomorrow, together with our customers.

Markus Ströbel, Member of the Executive Board | Bausch+Ströbel

Meeting the challenges of HPAPI manufacturing – safely and precisely

The following key areas highlight the core requirements for efficient, safe and compliant HPAPI manufacturing – and how our technologies are designed to meet them.

Genex

Aseptic small-batch production reimagined

Whether ADCs or ATMPs: new forms of therapy demand sterility with minimum batch sizes and high product value. Our fully automatic GENEX filling and packaging system is specifically designed for this purpose.

Aseptic small-batch production reimagined

FVF5063

Safe. Precise. Highly potent. The solution for the commercial filling of HPAPIs.

The commercial production of HPAPIs such as ADCs or ATMPs requires more than sterility. It demands speed, safety, flexibility and maximum productivity. The FVF 5063 filling and closing machine is designed to meet these requirements.

With up to 24,000 vials per hour, 100% in-process control and minimal product loss, it is ideal for filling high-value biologics. The proven AdvancedFill technology saves valuable active ingredients during start-up and shutdown – for maximum cost-effectiveness.

With its modular dosing systems, using peristaltic pumps or a time-pressure system, the FVF 5063 can be flexibly adapted to different requirements. A well-designed diamond-shaped transport system ensures gentle handling of even sensitive containers as well as hygienic design.

The FVF 5063 also delivers impressive performance in terms of aseptic processing: our aseptic stopper feed system does not require a sorting bowl and, due to its sophisticated design, enables optimum first-air immersion – in full compliance with Annex 1. FVF 5063 represents scalable performance, GMP compliance, and process reliability in the commercial production of ADCs.The commercial production of HPAPIs such as ADCs or ATMPs requires more than sterility. It needs speed, safety, flexibility and maximum productivity. The FVF 5063 filling and closing machine fulfils these requirements perfectly.

With up to 24,000 vials per hour, 100% in-process control and minimal product loss, it is ideal for filling high-priced biologics. The proven AdvancedFill technology saves valuable active ingredient during start-up and emptying - for maximum efficiency.

Thanks to modular dosing systems, e.g. peristaltic pumps or a time-pressure system, the FVF 5063 can be flexibly adapted to different requirements. A well thought-out diamond conveyor ensures gentle handling of even sensitive containers and a hygienic design.

The FVF 5063 is also impressive when it comes to aseptics: our aseptic stopper feeder completely dispenses with a sorting bowl and enables optimum first-air immersion thanks to its sophisticated design - fully in line with Annex 1.

FVF 5063 stands for scalable performance, GMP compliance and process reliability in the commercial production of ADCs.

Why choose FVF5063 for HPAPIs?

  • Vial Inspection to avoid any risk of contamination in the isolator area

  • Zero reject principle with AdvancedFill technology and vacuum-free re-stoppering function

  • Aseptic set-up of the bowl-free-feed (BFF) stopper sorting with closed, bio-decontamination isolator

  • Hygienic design and washdown-capable machine concept

  • External cleaning of objects to thoroughly remove product residues from their outer surfaces

  • Advanced pressure zone concepts protecting operators and ensure aseptic processing conditions

  • Complete GMP, FDA and Annex 1 conformity

Safe. Precise. Highly potent. The solution for the commercial filling of HPAPIs.