Bioindicators for self-monitoring of sterilisers / autoclavesScope of delivery:
3 bioindicators and one transport control (autoclave up to 250l)For these reasons, the inspection and associated validation of autoclaves in healthcare facilities is regulated in various standards: - EN ISO 17665 - 1: 2006 - 11: This international standard defines the "Sterilisation of health care products - Moist heat - Part 1: Requirements for the development, validation and control of the use of a sterilisation process for medical devices". This standard is the successor to the following standards DIN EN 554 (58946 - 6) and represents the state of the art with regard to moist heat sterilisation processes for medical devices.- DIN EN 554: This standard specifies the "Sterilisation of medical devices - Validation and routine control for moist heat sterilisation". It is primarily used for quality assurance of sterilisation. - DIN 58946-7: 2014 - 01: This regulates "Constructional requirements as well as requirements for the equipment and operation of steam sterilisers in healthcare". - DIN EN 285: 2016 - 05: This standard for "Sterilisation - Steam sterilisers - Large sterilisers" specifies the essential performance requirements including the associated test methods. - EN ISO 15883: Finally, this standard is a general "series of standards for washer-disinfectors" relating to equipment requirements and validation of processes for reprocessing. The bioindicators are added to the autoclaves or the autoclaving process. This is to provide evidence of successful germ elimination of the test germ "Geobacillus stearothermophilus". The sterilisation process is thus biologically tested by means of the HyMo box. After sterilisation, the bioindicators are removed and sent to the accredited Hohenstein laboratory for evaluation. Here, the bioindicators are examined in the laboratory. If the test germ "Geobacillus stearothermophilus" grows up, the sterilisation process is not valid and further observations of the sterilisation process must be checked with the operator after the evaluation with regard to the settings (e.g. temperature, programmes, dosage, etc.) and the functioning of the steriliser. Proof of successful germ elimination of the test germ in the laboratory, on the other hand, indicates a safe sterilisation process.The test result of the laboratory examination is sent to the operator as a report with an evaluation by the Hohenstein Laboratory and has the character of a self-monitoring to prove that the steam sterilisation process was successful. If the sterilisation is demonstrably successful, the process is safe in terms of reliably killing germs and the sterile items passing through can be described as sterile. Microorganisms can only penetrate the sterile barrier if it is damaged. The use of bioindicators for sterilisation should help to ensure the biological safety of the equipment. The bioindicators, as well as the sterilisation box (HyMo-Box), which is optionally available as a complete set, can be used in smaller facilities such as outpatient clinics and doctors' practices as well as in hospitals and clinics. With the step-by-step instructions, the responsible staff can carry out the test independently on a regular basis. The bioindicator test is a cost-efficient instrument for checking the sterilisation process, which is characterised by simple and uncomplicated handling. It gives you an insight into the effectiveness of the sterilisation process. The patient risk is considerably reduced by regular biological checks, possible surgery postponements or cancellations are eliminated because the instrument sieve intended for use in surgery can be used. With the swab plates, which are also in the optionally available HyMo box "Sterilisation Check", the low germ count can be checked on work surfaces that are used to prepare for sterilisation, for example wrapping in the sterilisation packaging. With the supplied results of the surface germ counts, cleaning-disinfection plans can thus also be adapted and updated.
cleaneroo Bathroom / WC Cleaner (red)Ideal for bathrooms and WCs (showers, ceramics, tiles, fittings, etc.)
Removes bacteria, germs and organic soiling (e.g. grease, urine, blood)
Completely non-toxic
Biodegradable
Also makes joints bright and clean again
Very economical
No fragrances or dyes, no preservatives, no alcohol
cleaneroo hand wash lotion (green)Ideal for hand hygiene
Nourishing due to natural olive and sunflower oil
No fragrances and dyes
Vegan and animal-free
No petrochemical additives
Very productive
cleaneroo kitchen cleaner (yellow)Easily removes: fats, nicotine, proteins, caffeine, etc.
Gentle on materials
Completely non-toxic
No fragrances or dyes
Also ideal for floors (1:10)
Very productive
cleaneroo maintenance cleaner (blue)No fragrances and dyes, no preservatives, no alcohol
Vegan and not tested on animals
Completely non-toxic for humans, animals and nature
Very productive
Anti-allergic
Streak-free in half the time - no need to re-polish
For all water-resistant surfaces
NCP-bio certifiedThe cleaneroo starter set from cleaneroo includes a cleaneroo 500ml bottle, which is particularly suitable for use in the workplace. Also included is a cleaneroo-1000ml refill bottle, as well as two microfibre cloths and a soft cloth, which are also used in the professional sector. The spray attachment is included and can simply be screwed onto the cleaneroo-500ml bottle.
cleaneroo microfibre cloth box of 5 - the powerful one streak-free
no need to re-polish
without fragrances and dyes
high-purity product
100% biodegradable
cleaneroo microfibre cloth box of 5 - the powerful one streak-free
no need to re-polish
without fragrances and dyes
high-purity product
100% biodegradable
cleaneroo microfibre cloth box of 5 - the powerful one streak-free
no need to re-polish
without fragrances and dyes
high-purity product
100% biodegradable
cleaneroo microfibre cloth box of 5 - the powerful one streak-free
no need to re-polish
without fragrances and dyes
high-purity product
100% biodegradable
cleaneroo soft cloth box of 5 - the gentle one
The cleaneroo professional wipes are characterised by a very high performance (professional quality). They are very durable and intended for long-term use. The special structure is ideal for cleaning all water-resistant surfaces.
- for glasses, televisions, monitors, acrylic, piano lacquer- Very good dimensional stability- 95°C washing machine resistant- very good dimensional stability- silicone-free- long-lasting
The air purifier cleans the indoor air of viruses, bacteria, pollen, dust particles and suspended solids.Ideal for office, meeting room, reception, customer event and many other applications.Allergy sufferers can breathe freely and the risk of transmitting diseases via the air is reduced. Device information:
108 x 110 x 202 mm
< 4W at full power
Ambient temperature: 1°C - 40 °C
washable electrostatic honeycomb filterPower supply 5 VDC via USB cable on the PC, or plug-in power supplyNoise level:A very low noise level < 30dBLifetime / Cleaning:The two UV-C LEDs last about three years at 12 hours air cleaning per day
The particle tray can be cleaned by hand once a week
The LOTUS MINI system is a device for the production,
dosing and monitoring of chlorine dioxide for the disinfection of water and is
available as a system with a capacity of 8 g/h (192 g/day) and as a system for
up to 20 g/h (480 g/day). Chlorine dioxide is produced by the acid-chlorite
process from diluted hydrochloric acid (HCl 9%) and sodium chlorite (NaClO2
7.5%).
Chlorine dioxide production by LOTUS MINI can be
controlled according to the flow rate of the water or according to a predefined
setpoint.
No chlorine dioxide is stored or saved, so neither
chlorine dioxide gas nor concentrated solutions are produced outside the
process application.
LOTUS MINI is designed so that chlorine dioxide is
generated in a special reaction chamber. Safety is ensured by multifunction
valves at the injection points in the reaction chamber. The starting chemicals
are stored in tanks and fed into the reaction chamber via suction lances.
Integrated fill level sensors stop the pumps automatically when the tanks are
empty.
The Lotus Mini system is equipped with the
following components:
The
Lotus control unit Dosing
pumps for HCI (red) and NaCIO2 (blue) A
pump for dilution water (grey) 3SEFL
flow sensors to ensure increased safety An
MFKT/V multifunction valve that regulates pressure and safety and acts as an
antisiphon and drain valve A
reaction chamber Injection
valves 2
suction lances
Advantages:
Reaction
under atmospheric pressure High
stability of the chlorine dioxide solution No
loss of CIO2 due to closed reaction chamber Use
of diluted chemicals
Functions:
Immediate
CIO2 production Proportional
CIO2 dosing Flow
monitoring input (flow alarm) Tank
level monitoring (level alarms) Water
meter connection Standby
input Real-time
production data Monitoring
of pumps and flow sensors (SEFL) Continuous
data storage with system data log (logbook in the menu) ERMES
communication mA
output Display
of the next service date Optional
USB data protocol Optional
Ethernet module Optional
internal GSM/GPRS modem
Characteristics:
CIO2
concentration: 2g/l Dosing
pumps for HCI (red), NaCIO2 (blue) and dilution water (grey) 3
SEFL control sensors for monitoring pump dosing MFKT/V
multifunction valve for pressure and safety, as antisiphon and drain valve Reaction
chamber made of PVC Housing
made of ASA (acrylonitrile-styrene-acrylate copolymer) Protection
class IP65 (NEMA4x) for the LOTUS control unit and pumps Rotary
control for easy programming Operating
temperature: 0/45°C (32/110°F)
The LOTUS MINI system is a device for the production,
dosing and monitoring of chlorine dioxide for the disinfection of water and is
available as a system with a capacity of 8 g/h (192 g/day) and as a system for
up to 20 g/h (480 g/day). Chlorine dioxide is produced by the acid-chlorite
process from diluted hydrochloric acid (HCl 9%) and sodium chlorite (NaClO2
7.5%).
Chlorine dioxide production by LOTUS MINI can be
controlled according to the flow rate of the water or according to a predefined
setpoint.
No chlorine dioxide is stored or saved, so neither
chlorine dioxide gas nor concentrated solutions are produced outside the
process application.
LOTUS MINI is designed so that chlorine dioxide is
generated in a special reaction chamber. Safety is ensured by multifunction
valves at the injection points in the reaction chamber. The starting chemicals
are stored in tanks and fed into the reaction chamber via suction lances.
Integrated fill level sensors stop the pumps automatically when the tanks are
empty.
The Lotus Mini system is equipped with the
following components:
The
Lotus control unit Dosing
pumps for HCI (red) and NaCIO2 (blue) A
pump for dilution water (grey) 3SEFL
flow sensors to ensure increased safety An
MFKT/V multifunction valve that regulates pressure and safety and acts as an
antisiphon and drain valve A
reaction chamber Injection
valves 2
suction lances
Advantages:
Reaction
under atmospheric pressure High
stability of the chlorine dioxide solution No
loss of CIO2 due to closed reaction chamber
Use
of diluted chemicals
Functions:
Immediate
CIO2 production Proportional
CIO2 dosing Flow
monitoring input (flow alarm) Tank
level monitoring (level alarms) Water
meter connection Standby
input Real-time
production data Monitoring
of pumps and flow sensors (SEFL) Continuous
data storage with system data log (logbook in the menu) ERMES
communication mA
output Display
of the next service date Optional
USB data protocol Optional
Ethernet module Optional
internal GSM/GPRS modem
Characteristics:
CIO2
concentration: 2g/l Dosing
pumps for HCI (red), NaCIO2 (blue) and dilution water (grey) 3
SEFL control sensors for monitoring pump dosing MFKT/V
multifunction valve for pressure and safety, as antisiphon and drain valve Reaction
chamber made of PVC Housing
made of ASA (acrylonitrile-styrene-acrylate copolymer) Protection
class IP65 (NEMA4x) for the LOTUS control unit and pumps Rotary
control for easy programming Operating
temperature: 0/45°C (32/110°F)
This injection valve made of polyvinylidene fluoride (PVDF), which is designed for all emec dosing systems, is screwed into the pipe and is suitable for dosing both chlorine and pH minus.emec LOTUS MINI injection valve 1/2" - 6X8 PVDF+FP+CE + extension 10CMTechnical data: Material: PP O-rings: EPDM Ball: Ceramic
This injection valve made of polyvinylidene fluoride (PVDF), which is designed for all emec dosing systems, is screwed into the pipe and is suitable for dosing both chlorine and pH minus.LOTUS MINI injection valve 1/2"- 4x6 (PP+EP+CE) Opening pressure: 0.3 barTechnical data: Material: PP O-rings: EPDM Ball: Ceramic
This injection valve made of polyvinylidene fluoride (PVDF), which is designed for all emec dosing systems, is screwed into the pipe and is suitable for dosing both chlorine and pH minus.LOTUS MINI injection valve 1/2"- 4x6 (PVDF+FP+CE+C276) Opening pressure: 3 barTechnical data: Body: PPO-rings: FPM (Viton) Spring: Hasteloy, opening pressure 3 bar
This injection valve made of polyvinylidene fluoride (PVDF), which is designed for all emec dosing systems, is screwed into the pipe and is suitable for dosing both chlorine and pH minus.LOTUS MINI injection valve 1/2" - 6x8 PVDF+FP+CE+C276, 0.3 barTechnical data: Body: PVDF O-rings: FPM (Vitron) Ball: Ceramic Spring: Hastelloy, opening pressure 0.3 bar
This injection valve made of polyvinylidene fluoride (PVDF), which is designed for all emec dosing systems, is screwed into the pipe and is suitable for dosing both chlorine and pH minus.emec LOTUS MINI injection valve 1/2" - 6X8 PVDF+FP+CE + extension 10CMTechnical data: Body: PVDF
emec LOTUS MINI LINI-D ½" - 4x6 dosing lance made of PP (polypropylene)
Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality Emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve.
Body material: PP (polypropylene) O-rings and lip seal: EPDM (ethylene propylene diene rubber) Max. Flow rate: 10 l/h Immersion depth: 20 - 160 mm variable Operating range: max. 10 bar/25°C (2 bar/70°C) Process connection: ½" Hose connection: 4x6 mm
emec LOTUS MINI LINI-D ½" - 8x6 dosing lance made of PP (polypropylene) Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality Emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve.
Body material: PP (polypropylene) O-rings and lip seal: EPDM (ethylene propylene diene rubber) Max. Flow rate: 10 l/h
Immersion depth: 20 - 160 mm variable
Operating range: max: 10 bar/25°C (2 bar/70°C) Process connection: ½" Hose connection: 6x8 mm
emec LOTUS MINI LINI-V 1/2" PVDF+FP+CE - 6x8 dosing lance made of PVDFPrecise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve.Body and dosing lance: made of PVDF O-rings and lip seal: FKM B (Viton) Max. flow rate: 10 l/h Immersion depth: 20 - 160 mm variable Operating range: max. 10 bar/25 °C (2 bar/90 °C) Process connection: 1/2" Hose connection: 6x8mm
emec LOTUS MINI LINI-V 1/2" PVDF+FP+CE - 9x12 dosing lance made of PVDF Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve. Body: PVDF O-rings and lip seal: FKM B (Viton) Max. flow rate: 10 l/h Immersion depth: 20 - 160 mm variable Operating range: max. 10 bar/25 °C (2 bar/90 °C) Process connection: 1/2" Hose connection: 4x8mm
emec LOTUS MINI LINI-V 1/2" PVDF+FP - 4x8 dosing lance made of PVDF Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve. Body: PVDF O-rings and lip seal: FKM B (Viton) Max. flow rate: 10 l/h Immersion depth: 20 - 160 mm variable Operating range: max. 10 bar/25 °C (2 bar/90 °C) Process connection: 1/2" Hose connection: 4x8mm
emec LOTUS MINI LINI-V 1/2"- 4x6 PVDF+FP+CE dosing lance made of PVDF Precise dosing is essential, especially when the dosing pump has to work below the liquid level. The high-quality Emec LINI chemical injection lance offers the ideal solution for industrial requirements. Conventional injection valves can cause problems such as crystallisation and chemical deposits, which are effectively avoided by the injection lance. In addition, the unique design of the injection lance allows easy removal of the injection point, especially in pressurised systems, thanks to the optional non-return valve. Body: PVDF O-rings and lip seal: FKM B (Viton) Max. flow rate: 10 l/h Immersion depth: 20 - 160 mm variable Operating range: max. 10 bar/25 °C (2 bar/90 °C) Process connection: 1/2" Hose connection: 4x6 mm