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Aseptic Processing

The main concern of the pharmaceutical packaging market has always been the integrity of the drug, and, in the case of parenteral dosage forms, its sterility.

Not a Drop More. Not a Drop Less

In order to fully meet these requirements, IMA Life has recently mounted on Xtrema LV, In-line Filling & Stoppering machine, the Micro Motion mass flowmeter provided by Emerson Process Management.
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Ampoule Processing

STERIFILL ampoule filling and sealing machine is a linear filler suitable to process 4, 6 or 8 ampoules at each machine cycle, according to the output required.
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Vaccine manufacturing lines from a single source

The COVID-19 pandemic is far from over, and the threat of future pandemics created by novel viruses is very real.
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Not a Drop More. Not a Drop Less

Aseptic filling is one of the most critical phases of pharmaceutical production processes. In addition to maintain the necessary aseptic conditions, is essential to ensure that the liquid inside the vials is filled with extreme precision and, possibly, in the shortest possible time, so as to guarantee high production speeds.
In order to fully meet these requirements, IMA Life has recently mounted on Xtrema LV,In-line Filling & Stoppering machine, the Micro Motion mass flowmeter provided by Emerson Process Management.

How many times have we entered in a drugstore and, prescription in hand, we bought bottles of ready-to-use antibiotics? So many times we don’t certainly succeed to remind, because when we do something that seems obvious, we don’t pay attention.

Opening a pack of medicines our concern is to heal as quickly as possible, and certainly not the one to see if the product you have purchased meets strict international health regulations or exactly matches the dosage shown on the label.

Actually, the calmness by which we, as well as other billion people in the world, we assume drugs is often attributable to Italian technology.
When we purchase an OTC (Over The Counter) product at the store, a drug or a cosmetic, we don’t know but, in most cases, we are able to do so thanks to Made in Italy technology.

A technology like the one of IMA, colossus by over 850 million euros in revenue, with an export share about 91%  and about 4,600 employees, more than 2,300 of whom overseas, scattered in 80 countries, world’s leading producer of automatic machines for the processing and packaging of pharmaceuticals, nutraceuticals, cosmetics, food, tea and coffee.

 

 

A five-year engagement

The Group which has its headquarters in Ozzano Emilia, Bologna, has based its philosophy on research and innovation. Basically, its position of leadership is for the most part the result of significant investment in R&D. Every year the Company capitalizes more than 40 million euros in research activities.

Always at the forefront in Aseptic Processing & Filling, sector where The Group operates by IMA Life (one of the Pharma Divisions), it is worthy to emphasize that 50 technicians and engineers from this division are dedicated to development and product innovation.

Of course, much of the equipment produced in the workshops is supported by a large network of specialized subcontractors, but it must be said that the key technologies, which give to machines that indisputable quid that differentiates from competition, are and will continue to remain an internal corporate prerogative. Exactly like the innovative filling system which IMA Life technicians realized for Xtrema LV (Large Volume), an in-line filling & stoppering machine for the dosing of liquids in aseptic environment , with an output up to 140 pcs per minute.

The heart of the innovative solution that allowed IMA Life to get astonishing results in terms of filling range, accuracy and repeatability in the dosing of pharmaceutical liquids can be attributed to the Micro Motion mass flowmeter supplied by Emerson Process Management, whose staff has worked with the R&D Department of Company in a development process lasted five years.

 

A standard product for unique machines

A standard catalogue product as the Micro Motion flowmeter mass flow rate is the heart of an innovative customized solution applied on the Xtrema LV machine. “Innovation and customization are our main competitive tools, that allow us to deliver special machines”, explains Ivan Ragazzini, IMA Life Responsible for Hardware and Software.

“Standard catalogues does not exist within IMA. We generally start from a Customer question, i.e.: How can I get an output up to 600 bottles per minute with high level of accuracy and repeatability? Our success starts from here, from a customized design: each line is different from the other and every time all of us are involved in a challenge, to fulfil at the best any specific requirement”.

Therefore, although we speak of the Xtrema LV family, abbreviation that identifies a specific type of machine at the top of the range, let us no choice but to always customize the machine on the basis of Customer’s own needs The machine we are talking about is dedicated to aseptic filling, having tailored features which can be wrapped up as follows: wide filling range, from 50 ml up to 1 liter (Large Volume Parenterals), high accuracy and repeatability, flexibility in batch changes and in CIP SIP operations (Clean in Place, Sterilization in Place). All of this independently of the type of product to be filled in, filing volume requirements, product temperature or density.

While counting on check weighing system technology, thus granting a double cross-checking (tare input detection and output gross weight), the machine does not use any conventional pumps, nor time-pressure and not even Peristaltic Pumps, but n. 8 Micro Motion mass flow meters installed upstream the filling nozzles.

 

From 50 ml to 1 litre, all with one tool

“One of the reasons that led us to consider the flow mass measure was the result of an ergonomic problem. The use of 1 liter or 500 ml syringes in a linear machine for aseptic environment is not recommended since this would involve the set up of fractionated dosages, with consequent implications in terms of filling accuracy, risks of incorrect filling, etc. Not to mention the cost impacts and the implementation of further procedures to be applied at every batch change.

The solution? Rather than equipping each of the eight heads of three dosage syringes from 50-150 ml, 150-400 ml and 400-600 ml – which would lead to a total equipment of 24 devices, the new Xtrema LV employs 8 universal measuring instruments that, whatever the liquid to be filled in the range 50-1.000 ml, do not need to be disassembled neither at the batch change, nor in cleaning and sanitizing phases: we’re talking about Micro Motion mass flow meters supplied by Emerson Process Management”.

“By this solution, which is alternative to volumetric or peristaltic pumps, we were able to get a very good accuracy result: 0.5% in 3-Sigma on production batch lasting 8 hours,” says Ragazzini. As an example, assuming you make a batch of 200 doses per minute for an entire work shift, statistical feedback tells us that on nearly 100,000 products, the nonconformity bottles would be around 10 units.

This high level of accuracy leads to two advantages. First you have the absolute certainty of the dosage, in other words, of the exact quantity of product filled inside each vial. Ensuring repeatability and accuracy the system provides you with the confidence of having produced the largest number of vials as possible within the tolerance range allowed by the regulations.

 

The mass flow  measures, Xtrema controls

The fast filling of products in aseptic environment is a very critical operation not only with  regards to the accuracy, but also with regards to strict quality parameters that customers require during production.

“To get an idea of the quality required, bear in mind that, during filling even a very slight product splash on vial body is a “non conformity”. This is the reason why valve control is not driven by flowmeter directly, but by a logic developed by IMA”.

“The motion profiles which drive dispensing valves opening and closing operations have been developed by IMA and are maintained by soft logic PLC”, says Ragazzini. The mass meter system is then used as a pure measuring instrument, whose features in terms of accuracy and frequency allowed the development of specific dosing profiles, able to eliminate the dripping, strokes and, as mentioned above, product splash on vial body. Obviously, all of that at a very high speed”.

 

A fictitious force…but in facts…

The Micro Motion mass flow meters are based on a so-called physical principle of Coriolis force (taking its name from the French physicist who studied it extensively in the first half of 1800), which is proportional to the mass of a body in motion in a uniform circular motion.

Well, using this principle the Micro Motion mass flow meters allow accurate measurements directly online, that is to say, at the same time as the filling process. In addition to the mass flow rate measurement, the range of Micro Motion tools can also make measurements by volume, density, temperature and concentration, all integrated.

Independently from the fluid type to be measured (being a liquid, a gas, sludges, etc.), the environment and/or the type of process to be checked, Micro Motion meters are the most reliable, flexible and robust solution fit for solving various needs. They can be installed almost anywhere, as they are flange-type devices.

Furthermore, as the drift of parameters is absent, once set, the instrument does not require periodic calibration, as it happens, for example, for load cells. As understandable, the possibility to perform measurements directly in line dramatically improves operating times: the mass flow meter allows you to run in a single cycle what before was done in separated phases, thus increasing equipment productivity and availability.

 

Cleaning and sterilization are easier with mass meter flow

In addition to the evident advantages in product, the high mass flow flexibility allowed IMA Life to obtain other benefits, such as for example in cleaning and sanitizing of the circuits. “Ensuring the perfect cleanliness from the product tank to the nozzle, i.e. for all the way the product to be filled passes through, is not a technical matter to be taken for granted,” says Ragazzini.

There are international standard procedures on the basis of which it is possible to determine whether washing, prior to sterilization, has been effective. In other words, to verify if the necessary quantity of cleaning solution has reached all internal surfaces to avoid cross-contamination between the batch just ended and the next one.

Current practices require the use of Riboflavin (vitamin B2) diluted in water. This substance must be introduced inside the circuit before being submitted to the CIP procedure (Cleaning in place). If there is any residual trace after the washing cycle, the substance acts as a marker indicating whether the washing cycle has been successful or if, on the contrary, the area has not been effectively washed.

Cleaning in place and Sterilization in place validation processes was one of the most critical aspects of the whole project: actually the cross-contamination risk running from a batch to another must be reduced almost to zero”, confirms Ragazzini. “The tests we conducted gave positive results confirming us that the mass flow meter is an excellent solution also from this point of view, thanks to the absence of moving of mechanical parts and stainless steel ducts with very low roughness “. But not only.

Further advantages are related to the Micro Motion flow meters’ capability to handle versatile multi variable measures. For example, the detection of the temperature is an essential feature for certifying that inside the circuit, during sterilization, you have actually been achieved and maintained the data set by the Customer in PQ phase.

“The same flow mass measurement can be used to measure the amount of detergent used. Temperature, density and/or possible presence of foam in the flow measurement have no influence, the mass flow returns the exact amount of detergent that is passed along the circuit “.

We can well understand how the batch change is faster than it typically is. In addition to not having to replace the pumps or any other mechanical parts, washing and sterilization phases are done without dismantling measuring instruments. All of that in accordance with GAMP 4 Guidelines and CFR 21-11 Specifications.

 

A technology intended to do a long way

The positive experience in the field has led IMA Life management to evaluate further developments linked with mass technology applications on aseptic processing filling machines.

“The collaboration with Emerson Process Management has started five years ago, becoming a true partnership. This allowed us to be confident on the technical validity of the solution”.

Basically, the Xtrema LV represents the top of IMA Life production range and the acceptance of a technological change like the one introduced in the Micro Motion mass doubtless implies that the customer is able to fully understand the benefits. Nevertheless, as already happened in many other industry sectors, in a few years the measuring technology based on Coriolis effect will provide the perfect base to build machines even in lower range.

Proof of this is that time-pressure competition technology, which relates the dosed volume with a variation of pressure over time, though much evolved in recent years does not offer the same guarantees of accuracy of Coriolis Mass. The relationship between the dosed volume, time and pressure keeps it true only in presence of laminar motion: we all know, for example, that nozzles opening and closing cause turbulence.

“In addition to being independent from density and temperature, time-pressure technology that characterizes the flow meters Coriolis demonstrates to be unaffected by the kind of fluid motion, whether it’s turbulent or laminar. The measure is in fact related to the effective mass quantities in transit inside the instrument”, confirms finally Ragazzini.

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Ampoule Processing

STERIFILL ampoule filling and sealing machine is a linear filler suitable to process 4, 6 or 8 ampoules at each machine cycle, according to the output required. 

The machine has been designed following the criteria typically needed in aseptic environments, such as, reduced dimensions, the geometry facilitating the unidirectional airflow, high ergonomic level, slim design.

The very accurate constructive concepts allow the machine to condition ampoules at high speed: up to 400 ampoules/min and the possibility to handle both open and closed ampoules. A combi version is also available to match ampoules and vials filling.

The filling of ampoules is carried out by means of volumetric pumps even if the machine can be equipped with other filling systems typical of aseptic operations as Time/Pressure or Peristaltic Pumps.

The machine is equipped with brushless motors which make it very flexible and versatile.

The machine can be operated from one side only making it suitable for wall installation. 
The sealing station consists of two stations with different burning temperatures (according to the ampoules glass thickness).
The machine is  supplied with the gas shut off system in case the flames go out.

STERIFILL ampoule filling & sealing machine constitutes the core of fully integrated processing lines. IMA LIFE design and develop complete aseptic processing lines, starting from ampoule washing and de-pyrogenating, through filling & sealing, up to the final labelling and secondary packaging of the product.

Main Characteristics

  • Machine standard designed to accept UAF and RABS
  • Machine operation from one side only, suitable for wall installation
  • CIP/SIP system available
  • Quick size change over without tools
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Vaccine manufacturing lines from a single source

The universal impact of the disease, the uncertain circumstances and the urgent search for effective vaccines constitute a significant challenge for the pharmaceutical sector.
There is a growing need to supply a global market with innovative medicines at a profitable cost. So pharmaceutical equipment manufacturers have to react quickly, while maintaining due levels of diligence and social responsibility.
To meet this demand, we at IMA Group operate in highly specialised pharmaceutical divisions, focusing on specific processing and packaging areas, in order to provide our customers real added value based on two main criteria. Firstly, the ability to design and supply equipment and advanced technology that is versatile and can be adapted for new products. Secondly, insider knowledge of manufacturing processes and equipment applications, which enables us to actively collaborate with the end user in the optimisation of processes and the joint development of new ideas. The design of innovative, safe, automated high-speed lines for the processing of injectable products (such as vaccines, oncology drugs and so on) requires great flexibility in order to offer highly customised solutions. Thanks to its extensive portfolio, IMA can support the pharmaceutical industry with complete high-speed lines for vaccines including primary and secondary packaging solutions.

Primary packaging for vaccines

IMA Life (Aseptic Processing & Freeze-Drying Solutions) is one of the three pharmaceutical divisions of IMA Group, world leader in the design and manufacture of complete aseptic lines for parenteral products from the initial washing of the bottles, through depyrogenation, filling, capping, and decontamination, up to and including secondary packaging. All this with or without freeze-drying systems and, in the section where the product is exposed, the use of an isolator or other containment solutions.
IMA LIFE aseptic filling lines are intended for applications requiring the most scientifically and technologically advanced equipment, where the industry is obliged to comply with very strict standards (GMP – Good Manufacturing Practice). Since vaccines come in either liquid or lyophilized powder form, our comprehensive product range means that IMA Life can process both liquid and lyo products.
At IMA Life, we have learned to design solutions alongside our customers, providing tailored responses to each and every request from the aseptic, biopharmaceutical and pharmaceutical markets.
Our aseptic high-speed processing lines feature cutting-edge robotics and fully integrated isolation technologies, ensuring line performance of 400 to 600 units per minute. Designed around a modular concept, they ensure great flexibility, production efficiency and product quality, which can be achieved in the safest way possible and to tighter schedules. Perfect for the production of vaccines.
Six different production sites located in Italy, the USA and China, each one specialised in a specific step of the process, ensure a technologically advanced product portfolio. Each solution makes use of consolidated technology and is the result of not only more than 60 years’ experience, but also ongoing partnerships and large-scale projects, developed and managed with leading international pharmaceutical companies.

Secondary packaging for vaccines

IMA Safe is the IMA Group division that specialises in secondary packaging with deep-draw thermoformers, paper tray packaging machines, horizontal and vertical cartoners, as well as complete end-of-line solutions made by BFB.
Cartoners are designed to run efficiently, reliably and with fast changeover times, ensuring easy synchronisation with both upstream and downstream machines, thus establishing the link between primary and secondary packaging. 

Both machines and feeding units are extremely flexible, enabling several types of products and packs to be processed. They can handle a wide range of very delicate and fragile products such as ampoules, vials, syringes and many others, thanks to the use of robotic systems applied to the most critical areas like product feeding and connection from the upstream machine to the cartoner.
IMA Safe is able to supply the most advanced solutions for handling vaccines, not only from single to multiple vial feeders inside a tray, but also multi-product trays. Constant research and innovation have made it possible to develop optional devices and other ancillary equipment applications such pre-filled syringes, swabs, needles or cannula feeders, to name just a few, and to supply customised packaging solutions. Sustainability in packaging is a topical issue, and in response to increasing concerns about packaging waste, manufacturers have made significant efforts to improve in this area.

IMA Safe has developed smart solutions to package parenteral and very fragile products such as vials, ampoules and syringes on paper trays inside a carton to create 100% paper-based packaging, reducing the environmental impact while ensuring, a high level of product protection.
IMA Safe proudly supports more environmentally friendly vaccine packaging.
Not only does packaging have the functional purpose of protecting, conserving and transporting the product, it also has an informative purpose and very often contains data unseen by the end consumer.
This data is essential to protect against counterfeiting and to facilitate the tracking of
the product at arrival and distribution points.

At IMA BFB division, we design and manufacture end-of-line equipment and we can count on the most comprehensive range of secondary packaging machines in order to protect the product and the information within. Flexibility, customised solutions
and engineering capabilities, together with a highly professional service network, are the ingredients which help our customers gain a competitive advantage. Our wide range of overwrapping, banding and hrink-wrapping machines can process any type of pack guaranteeing high efficiency even with unstable products. Whichever type of case packing you are looking for, we can supply it. From wrap-around to side or top loading, all our models are conceived with reduced footprints, while assuring ergonomics and easy operator access for any type of cleaning or maintenance operations. All of our solutions are devised to preserve the integrity of the contents, ensure total control throughout all stages of the serialization process and enable safe storage.
Our range includes integrated case-packing and palletizing solutions and a robotized de-palletization system for different products, such as jars, vials and bottles positioned in heat formed trays. We have recently developed innovative new product handling solutions for blow-fill-seal containers including those designed for inhalers, pens or auto-injectors and other highly sensitive pharmaceutical components.
It is our mission to devise optimal turnkey solutions for different applications with the right combination of high production speeds.