Integration into any type of pharmaceutical processing
Clean room equipment for the aseptic production of pharmaceutical products.
METALL+PLASTIC is present for you – worldwide
High-quality service and original spare parts by METALL+PLASTIC
Contact the Service Team
High-quality original spare partsMake use of the benefits and order original spare parts directly from the service department at METALL+PLASTIC. These high-quality original spare parts guarantee trouble-free operation, the efficient maintenance and overall value of your unit.
InspectionRegular maintenance creates the best prerequisite for consistently high levels of availability of your unit.
Our service technicians with their know-how would be happy to carry out an inspection of your unit. When doing so, they check all the machine functions, check and optimize all the settings, assess and evaluate the actual state of all the parts and recommend - if necessary - any repairs that might be needed. You may also get information on the recommended stock of spare parts, options for optimization and updates about innovations. Your success is important to us!
TrainingWe would be glad to pass our experience in the field of isolator and containment technology to you through training sessions. You wish to refresh or expand your knowledge or train new staff?
We would be glad to offer you training on site or on our own premises
- Training courses in theory and practice
- Training on the job - the perfect aid, direct and effective
- Train the Trainer - training sessions
- Advanced training courses in theory and practice
- Technical workshops
H2O2 cycle developmentThe team of experts for process technology at METALL+PLASTIC is involved in the project from a very early stage and supports your project right from the beginning with their technical and scientific input. Preparatory tests for cycle development are carried out at FAT even before delivery. The cost and effort on your premises are reduced to a minimum as a result. As soon as the isolator has been installed on the filling machine the team of METALL+PLASTIC experts defines the positions for the biological indicators. The determination of the BI positions is done in close collaboration with our customers. A draft of the plans for cycle development and process validation is completed individually before the unit is shipped, with BI loading schematic in the graphic documentation.
- Flow visualization test by means of an aerosol test
- Investigation of the H2O2 gas and temperature distribution by means of chemical indicators and thermocouples
- Determination of the provisional lethality / determination of the D value
- Investigation of the inlet temperature and humidity of the carrier air to determine the maximum injection rate and the minimum duration of dehumidification.
- Investigation of the provisional lethality / determination of the initial injection period for the first lethality investigation (worst case location)
- Lethality investigation of all BI items to determine the worst case location during several cycles
- Determination of the worst case location and the average system D value
- Determination of the parameters for process validation and routine decontamination
- Investigation of the lethality at the end of the cycle / determination of the D value after injection duration > 6 log
- Ventilation investigation up to the desired H2O2 residual concentration of < 1.0 ppm / 0.5 ppm / 0.1 ppm or < 0.05 ppm.
You wish to measure the H2O2 residual concentration after a routine decontamination in your primary packaging because materials absorb H2O2 during the H2O2 cycle and adsorb it again upon ventilation?
You wish to bring in parts in a higher-classified area and do not know how the packaging material will react to flushing with H2O2 – whether it leaks – whether it diffuses out?
You generally want to know the stability of certain objects when exposed to H2O2?
We support you when the test plans are drawn up and offer you the option to have the tests carried out by our experienced staff at the test isolator. All the required measuring equipment (also for residual H2O2 measurement in the ppb range) are on hand.
Flow simulationVarious simulation and visualization technologies can be used to depict and optimize air flows in clean room facilities as a quality factor. This helps to minimize the risk of poor planning, accelerates the planning process and saves costs.
In the past the units in the development process had to be set up several times as real units. Today we make use of the options provided by simulation technology from the "process technology development" field to test the flow behaviour. As the pioneer in this field we have the biggest opportunity to make use of this potential at an early stage.
This unique know-how, which, among other things, requires a huge amount of computing capacity, is something that we have developed especially to meet your needs.
- Depicting flow behaviour taking into consideration the relevant parameter targets
- Gathering of knowledge
- Acceleration of the development process