- Modular installations for obtaining the purified water or the water for injectable preparations by reverse osmosis, at the industrial level, with the flow rate between 500L/h and 20,000L/h.
- Bioreactors - fully automated for the production and growth of microorganisms and for the production of vaccines. They can be washed and sterilized in situ and they are equipped by systems guaranteeing the measurement and control of P.I.D. of the physical-chemical parameters.
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- Preparation and storage tanks
- for the production in aseptic conditions, in various options:
- simple or multiple;
- with evacuation pumps or systems;
- with direct injection of water vapours or with heat exchangers;
- with manual or automatic control, with possibilities of C.I.P., S.I.P., D.I.P. irrespective of configuration.
- Generators of high purity vapours - fully automated systems, modular, of stainless steel, containing:
- pneumatic regulators for fixing the pressure between 0 ÷ 6 bar;
- regulator for the control of water level;
- sterilization filters of air;
- degassing device of used water.
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- Semiautomatic or fully automated installations for CIP/DIP
- fixed or mobile;
- with electric heating or heat exchangers.
They are used in cleaning a wide range of pharmaceutical equipment (loading funnel, reservoirs, pipes, containers, pallets, etc.).
Drying option (only with hot air or with infrared) reduces the complexity of the installation and therefore of the necessary space.
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- mixture of solid ingredients in liquid (up to 80% solids) ;
- in mixing the liquids;
- incorporation of pastas in the liquid;
- incorporation of gases in the liquid.
No need of disassembly for cleaning.
Tx-Blender Mixing system
This safe, simple system guarantees the rapid and homogeneous mixing in the absence of air, ideal for mixing applications that require dry ingredients to be added to the treated liquid flow.
We are able to offer you a complete range that can be varied according to the ingredients of the mixture and their viscosity.
The advantages of this system include:
- Easy installation as it integrates easily into processing lines.
- Can be cleaned without being disassembled first
- Easy to use and allows an infinite number of mixtures up to 80% of dry extracts
- Economical. Allows you to increase production and reduce manpower and loss of dry ingredients.
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Sanitary shell-and-tube exchangers
One of the most used components in pharmaceutical plants is the heat exchanger: gaining or losing heat is in fact necessary in most production processes.
In an exchanger, there is a transfer of energy from a liquid at a certain temperature to one or more liquids at different temperatures.
They consist of a tube bundle (within which the sanitary fluid normally circulates) and an outer shell (within which the utilities necessary for heat exchange normally circulate) completely separated from each other by a safety spaced double plate.
Each component is designed and constructed in compliance with FDA and cGMP regulations, as per specific requirements of the customer.
Construction characteristics:
- Execution: Horizontal or vertical
- Material: AISI 316L stainless steel
- Connections: Tri-clamp, flanged
- Insulation: Mineral wool lagging with satin AISI 304 stainless steel sheet
- Finish: mechanical or mirror polishing or electro-polishing
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The "Sanitary TECNinox" magnetic mixer is simple and is the only solution for fulfilling most mixing requirements without the use of rotating shafts, seals and equipment generally used in vessel mixing.
These mixers are applied to the vessels using a special connection constructed in one piece with the vessel itself or applicable to existing vessels, consisting of a flange with a fixed central pin on its inward facing side, free of roughness, that acts as a support for the impeller; on the outside it has a quick release clamp for tool-less fitting and removal of the drive unit with its magnetic plate.
The impeller is positioned inside the vessel, simply housed on the special pin. The magnetic force of a circular rotor, mounted coaxially on the outside of the vessel, transmits the rotary motion to the impeller. Permanent magnets, which do not deteriorate or lose their power, are used in these mixers.
The drive unit is supplied in various versions: pneumatic, mechanical, hydraulic, electrical and explosion proof electrical. The propellers are dimensioned according to the product to be treated.
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- Centrifugal or diaphragm pumps for pharmaceutical use
Centrifugal pumps for pharmaceutical use - destined for the installations C.I.P., resistant to corrosion, finished inside and outside by a layer of stainless steel, according to standards 3A/FDA.
Diaphragm pumps - destined for the use in case of viscous and abrasive products or mediums containing solid products, sensitive to shredding, ideal for filling machines.
Advantages:
- corrosion resistant;
- no need of lubrication;
- easily dismountable;
- contain an air filter;
- easy to clean and maintain (CIP);
- no need of electric motor;
- portable and having a bedplate for damping the vibrations.
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- Manometers and pressure control units - useful when wanted to maintain a constant pressure, at a critical temperature (maximum 950C), in case:
- of purified water for pharmaceutical industry;
- automated filtration lines;
- discharge or drainage pipes.
Contain a diaphragm of teflon for C.I.P.
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Connecting systems - fittings (TriClover); - fastening clamp;
- stainless steel pipes, resistant to pressure and temperature, ideal for C.I.P. and S.I.P., adaptable, chemically inert, with gaskets made of non-toxic materials.
- control, drainage valves, modular, with diaphragm for sterile access, for pressure adjustment;
- adaptors (stainless steel, poly-propylene, poly-sulphone or fluoro-polymers (PVDF)).
Unltra-flexible connecting systems - joints made of PVC, PTFE, PP and
- silicon hoses, with the inner diameter between 0.3÷25.4 mm, outer diameter 0-6÷38.1 mm and thickness of 0.2÷6.4mm, resistant to high temperatures (-73÷232°C) and pressures, chemically inert, autoclavable;
- they can be used with joints made of metal or PVC, PTFE and PP, both in laboratory and in production;
- materials meet the criteria for class VI in USP,
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