Pack including TB261, TB331, TB465, TB265, TB397

TRIO.CPS (TRIO CONTACT PLATE SAMPLER)

Detection and enumeration of Bacteria, Yeasts and Molds or pathogens on surfaces

• TRIO.CPS (Contact Plate Sampler) is used in the cleanroom of pharma, biotech plants and healthcare facilities to standardise the surface monitoring by using the traditional irradiated culture media
• TRIO.CPS is used in combination with the most commercial contact plate (e.g. RODAC) diameter 55 mm. The 10 seconds timer with visual display guarantees to meet the ISO 18593 for horizontal surface sampling.
• The results are comparable with different operators.
• The metal base guarantee an easy starilization / disinfection.
• The CFU are counted at the end of incubation and the results are reported as CFU/cm² or CFU/culture plate.
• The used media are for Total Bacterial Count (e.g. Trypticase Soy Agar with Lecithin and Polysorbate 80) and Total Yeast and Molds Count (e.g. Sabouraud Glucose Agar with Lecithin and Polysorbate 80).

TECHNICAL SPECIFICATIONS

Timer: 10 seconds

Operating temperature: 0-40°C

Dimensions: 10x3 cm

Android APP “BAS” to transfer data on Smartphone / Tablet and then by cable to PC  (alternative to software for data download)

• The batteries are charged when the sampler is in a rest position
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• No charging cable required for induction battery format instruments
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• The sampler is free of any external plugs
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• The base station induction battery charger may be replaced by SELFTEST SYSTEM to verify the correct flow rate at regular intervals

• USB socket for connecting and recharging other external devices (Bluetooth printer, smartphone, Barcode reader, etc.)
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• IP65 dust and water proof certification
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• Built in ISO 9001 premises

The metal aspirating head are made in polished AISI 316 stainless steel. They are physically and individually tested and have an identification number according GLP and GMP.

•   An important Characteristic is the light weight that give to the air sampler a good handling and easy manipulation for the operator.

•   The bayonet type closure simplifies the application to the aspirating chamber of the sampler and avoids the production of particulates.

•  The head has 221 calibrated holes - 1mm diameter.

•  Each microbial air sampling cycle, or group of sampling in the same controlled environment, with an active air sampler, requests the use of a sterile aspiration head.

•   Each metal aspiration head should be therefore sterilized by autoclaving with subsequent filling of a sterilization document, as requested by regulatory inspectors.

This process of sterilization should be avoided adopting the sterile “DAILY SHIFT” antistatic resin plastic head that are double packed and complete of officiall certificate of sterilization by irradiation.

The metal aspirating head are made in polished AISI 316 stainless steel. They are physically and individually tested and have an identification number according GLP and GMP.

•   An important Characteristic is the light weight that give to the air sampler a good handling and easy manipulation for the operator.

•   The bayonet type closure simplifies the application to the aspirating chamber of the sampler and avoids the production of particulates.

•  The head has 221 calibrated holes - 1mm diameter.

•  Each microbial air sampling cycle, or group of sampling in the same controlled environment, with an active air sampler, requests the use of a sterile aspiration head.

•   Each metal aspiration head should be therefore sterilized by autoclaving with subsequent filling of a sterilization document, as requested by regulatory inspectors.

This process of sterilization should be avoided adopting the sterile “DAILY SHIFT” antistatic resin plastic head that are double packed and complete of officiall certificate of sterilization by irradiation.

The Polycarbonate head can be autoclaved for 5 cycles (e.g. 115 or 121°C for 30 minutes.)

•  The “Daily Shift” Head (DSH) sterile aspirating heads avoid the sterilization of the S/S Aspirating Head of the air sampler.

•  It saves time and it certifies the sterilization with an official document. This document is requested by regulatory authorities.

•  The double irradiated sterile packaging allows you to have always available aspirating head ready for use.

•   Particularly useful in case of autoclave servicing problems or  supercharged  activity.

•  A single head is used during a complete daily working cycle in Clean Room.

•  The transparancy of “Daily Shift” head is useful to verify  that the culture plate is inserted into the aspirating chamber.

•  Reciclable plastic.

•  The “Daily Shift” Head (DSH) sterile aspirating heads avoid the sterilization of the S/S Aspirating Head of the air sampler.

•  It saves time and it certifies the sterilization with an official document. This document is requested by regulatory authorities.

•  The double irradiated sterile packaging allows you to have always available aspirating head ready for use.

•   Particularly useful in case of autoclave servicing problems or  supercharged  activity.

•  A single head is used during a complete daily working cycle in Clean Room.

•  The transparancy of “Daily Shift” head is useful to verify  that the culture plate is inserted into the aspirating chamber.

•  Reciclable plastic.

CLOSE SYSTEM Aspirating head + culture media Tryptic Soy Agar – polystyrene sterile – (10xbox)

CLOSED SYSTEM Aspirating head + culture media Sabouraud Agar – polystyrene sterile – (10xbox)

DESCRIPTION

• The SELFTEST is a system that, instead of the auto calibration already present in the air sampler, checks the precision of the air flow rate. This check is necessary to avoid invalidation of the tests between annual controls for official certification.
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• The bell chamber is connected through a tube to the base station induction battery charger.
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• Main customers are GLP/GMP for pharmaceutical, cleanroom and biotech industries.
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• The base station includes the power supply for charging the TRIO.BAS air sampler batterier.
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• SELFTEST is only suitable for air samplers with induction chargers.
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• This system works by measuring the depression generated by the air sampler while air is aspirated through a special lid (aspirating bell) applied to the aspirating head. A differential pressure sensor measures that depression and compares it with the set value stored in the TRIO.BAS sampler under test. The result appears at the end of the test, on the LDC of the TRIO.BAS™ air sampler. Results are displayed as: OK (the air sampler is calibrated), WARNING or ERROR (the air sampler is not within calibration specifics).
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• The result is recorded automatically into the air sampler according to data integrity.
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• Built in ISO 9001 premises.

Base Station induction battery charger with use Selftest calibration system. (200 lt/min) PETRI 90 or CONTACT 55 Plate - Cable with plug connection Standard Schuko - This Base is used in replacement of the Base Station cat. 310 when Selftest System is applied)

The Base Station Induction Battery Charger with User Selftest is equipped with a system that allows, regardless of auto- calibration already present in the instrument, to be able to check the state of recision of the air flow. This verification is necessary to avoid possible invalidation of the tests between annual controls for official certification.

s/s TRIO.SETTLE table plate stand – size: diam 12 x 20H cm.

Passive sampling, combined with active sampling, is recognized by regulatory organizations as useful in assessing the microbial quality of the air environment.

The settle method is applied with the culture plate in a horizontal or inclined position, according to the direction of the unidirectional air flow. In a horizontal position, air flow may be obstructed creating a slight turbulence over the surface of agar which could deviate the viable particles from the agar’s surface.

A slanted position of the Petri dish allows the air to hit the agar surface and pass by without disturbance. TRIO.SETTLE is an articulate device developed to standardize, test, and enumerate the presence of microorganisms when applying the passive air monitoring, or settling plate, method.

Passive air sampling provides a quantitative analysis of airborne microorganisms deposited onto the surface of an agar plate over a period of exposure.

TRIO.SETTLE can be fixed on a tripod or other floor support devices. TRIO.SETTLE is fabricated from AISI 316 stainless steel and fully autoclavable.

Validated according to “EN 17141”.

s/s TRIO.SETTLE floor plate stand – size: base diam. 25 x 110H cm.

Passive sampling, combined with active sampling, is recognized by regulatory organizations as useful in assessing the microbial quality of the air environment.

The settle method is applied with the culture plate in a horizontal or inclined position, according to the direction of the unidirectional air flow. In a horizontal position, air flow may be obstructed creating a slight turbulence over the surface of agar which could deviate the viable particles from the agar’s surface.

A slanted position of the Petri dish allows the air to hit the agar surface and pass by without disturbance. TRIO.SETTLE is an articulate device developed to standardize, test, and enumerate the presence of microorganisms when applying the passive air monitoring, or settling plate, method.

Passive air sampling provides a quantitative analysis of airborne microorganisms deposited onto the surface of an agar plate over a period of exposure.

TRIO.SETTLE can be fixed on a tripod or other floor support devices. TRIO.SETTLE is fabricated from AISI 316 stainless steel and fully autoclavable.

Validated according to “EN 17141”.