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Ready-to-connect RO system on stainless-steel frame. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption 0.60 kW
• Mains voltage 230/50-60 V/Hz
• Max. operating pressure 14 bar
• Dimensions mm (W x D x H) 600x600x1600

Ready-to-connect RO system on stainless-steel frame. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption 0.60 kW
• Mains voltage 230/50-60 V/Hz
• Max. operating pressure 14 bar
• Dimensions mm (W x D x H) 600x600x1600

Ready-to-connect RO system on stainless-steel frame. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption 0.60 kW
• Mains voltage 230/50-60 V/Hz
• Max. operating pressure 14 bar
• Dimensions mm (W x D x H) 600x600x1600

„All in one“ unit in a cabinet with lockable door and observation window. All components (pretreatment, water softening, reverse osmosis, pure water tank with level control and pressure booster) are integrated and premounted ready to connect. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption: 1.2 kW
• Mains voltage: 230/50-60 V/Hz
• Max. operating pressure: 14 bar
• Dimensions mm (W x D x H): 820 x 600 x 1870

„All in one“ unit in a cabinet with lockable door and observation window. All components (pretreatment, water softening, reverse osmosis, pure water tank with level control and pressure booster) are integrated and premounted ready to connect. Multilingual microprocessor controller with LCD display for controlling and monitoring RO systems. Display of permeate conductivity, fully automatic rinsing cycles, potential-free fault reporting relay. Module-based capability of increasing capacity at a later stage.
• Power consumption: 1.2 kW
• Mains voltage: 230/50-60 V/Hz
• Max. operating pressure: 14 bar
• Dimensions mm (W x D x H): 820 x 600 x 1870

For centralized supply.
Type III + 15883 Water.
Ready-to-connect, compact RO system in a cabinet for wall-mounting. Digital microprocessor controller with LCD display for controlling and monitoring all operating and performance parameters as well as for displaying permeate conductivity. Fully automatic rinsing cycles. Module-based capability of increasing capacity at a later stage.

For centralized supply.
Type III + 15883 Water.
Ready-to-connect, compact RO system in a cabinet for wall-mounting. Digital microprocessor controller with LCD display for controlling and monitoring all operating and performance parameters as well as for displaying permeate conductivity. Fully automatic rinsing cycles. Module-based capability of increasing capacity at a later stage.

For centralized supply.
Type III + 15883 Water.
Ready-to-connect, compact RO system in a cabinet for wall-mounting. Digital microprocessor controller with LCD display for controlling and monitoring all operating and performance parameters as well as for displaying permeate conductivity. Fully automatic rinsing cycles. Module-based capability of increasing capacity at a later stage.

For centralized supply.
Type III + 15883 Water.
Ready-to-connect, compact RO system in a cabinet for wall-mounting. Digital microprocessor controller with LCD display for controlling and monitoring all operating and performance parameters as well as for displaying permeate conductivity. Fully automatic rinsing cycles. Module-based capability of increasing capacity at a later stage.

Reverse osmosis removes up to 99 % of all water pollution, such as minerals, bacteria and any further particles. The typical WCF rate (utilization rate) of reverse osmosis systems stands at 70/30 or rather optimally at 75/25. Adaptation of concentrate treatment can increase the yield up to 85 %.
Principle and mode of operation
Osmosis is based on a natural process such as plants use their root cells to gain moisture from soil. The same process takes place in human body and causes exchange of substances within the cell membrane.
If you separate two differently loaded liquids by a cell membrane, liquid molecules will move towards the less concentrated solution according to the principle of Brownian motion. This leads to osmotic pressure. In order to gain as pure water as possible, considerably higher pressure is generated on the loaded side. Hence the process is reversed and therefore it is called reverse osmosis.
Reverse osmosis systems are ideal for supplying pure water to entire building wings in laboratory (Type III), cleaning and disinfection units in medical technology (DIN EN ISO 15883) as well as industrial applications.
Benefits at a glance
• One central system – space-saving
• No regeneration costs
• No use of chemicals
• Free from particles and bacteria
• High pure water yield
• Modular capacity upgrade
Electro-deionization
Electro-deionisation combines two processes for producing ultrapure water, the electrodialysis and ion exchanger processes (IEP).
Whereas the conventional ion-exchanger process involves chemically regenerating the resins on a regular basis after longer time use, electro-deionisation continuously regenerates the resins using electric current.
Principle and mode of operation
With electro-deionisation, water is split into H+ and OH- ions by applying an electric voltage within the cells. This creates a process that continuously regenerates the mixedbed resins without adding chemicals. Ions are held back on the mixed-bed resins and flushed out through selective membranes that only let anions or cations through. This process rules out any occurrence of impurities and the risk of „impure mixed-bed resins“ contaminating the pure water that is produced. Electro-deionization systems produce a constantly high water quality, making them ideal for supplying pure water to entire building wings in the laboratory (Type II), central sterilisation units in clinics (DIN EN 285) as well as for many pharmaceutical and industrial applications.

For H2O pure type ASTM III.
OmniaLabRO fulfils your requirement when you have a need of a constant large volume of reverse osmosis water. For this, OmniaLabRO holds 100 litres of such water in reserve in a storage tank. It is an optimal supplier to autoclaves, lab rinsing machines, air humidifiers and ultrapure water systems. Omnia pure and ultrapure water systems. Convenient. Compact. Adaptable.
Features
• With 100 l pure water tank
• Tank volume display in percent
• Tank volume can be modularly increased
• Leakage sensor is standard

For H2O pure type ASTM III.
OmniaLabRO fulfils your requirement when you have a need of a constant large volume of reverse osmosis water. For this, OmniaLabRO holds 100 litres of such water in reserve in a storage tank. It is an optimal supplier to autoclaves, lab rinsing machines, air humidifiers and ultrapure water systems. Omnia pure and ultrapure water systems. Convenient. Compact. Adaptable.
Features
• With 100 l pure water tank
• Tank volume display in percent
• Tank volume can be modularly increased
• Leakage sensor is standard

For H2O pure type ASTM III.
OmniaLabRO fulfils your requirement when you have a need of a constant large volume of reverse osmosis water. For this, OmniaLabRO holds 100 litres of such water in reserve in a storage tank. It is an optimal supplier to autoclaves, lab rinsing machines, air humidifiers and ultrapure water systems. Omnia pure and ultrapure water systems. Convenient. Compact. Adaptable.
Features
• With 100 l pure water tank
• Tank volume display in percent
• Tank volume can be modularly increased
• Leakage sensor is standard

For H2O pure type ASTM II.
OmniaLabUP is the choice when you need a constant supply of high-quality water to laboratories. For this, OmniaLabUP holds 100 litres of ASTM II pure water in reserve in a storage tank with quality recirculation. It is an optimal supplier to autoclaves, lab rinsing machines and ultrapure water systems. The water produced conforms to international medical technology water standards such as ASTM, ISO 3696 and CLSI.
Features
• OptiFill Dispenser is standard
The Omnia series is extremely convenient to use. All devices are fitted with the Optifill one-hand dispenser with integrated control- and monitoring unit. One-handed operation, removable, can be swiveled and height-adjusted, and with a flexible connection for easy water dispensing into any type of container.
• 100 l tank with quality recirculation and pressure outlet
• Tank volume display in percent
• Tank volume can be modularly increased
• Simple, cost-effective filter replacement
• Leakage sensor is standard

For H2O pure type ASTM II.
OmniaLabUP is the choice when you need a constant supply of high-quality water to laboratories. For this, OmniaLabUP holds 100 litres of ASTM II pure water in reserve in a storage tank with quality recirculation. It is an optimal supplier to autoclaves, lab rinsing machines and ultrapure water systems. The water produced conforms to international medical technology water standards such as ASTM, ISO 3696 and CLSI.
Features
• OptiFill Dispenser is standard
The Omnia series is extremely convenient to use. All devices are fitted with the Optifill one-hand dispenser with integrated control- and monitoring unit. One-handed operation, removable, can be swiveled and height-adjusted, and with a flexible connection for easy water dispensing into any type of container.
• 100 l tank with quality recirculation and pressure outlet
• Tank volume display in percent
• Tank volume can be modularly increased
• Simple, cost-effective filter replacement
• Leakage sensor is standard

Flexible shaking machine for heavy loads that can be customized to your requirements
With the SR400-X, Kuhner offers a very flexible shaking machine concept. The SR400-X consists of a solid base incorporating the Kuhner direct drive system.
Performance characteristics
• For use with customer specific vessels
• Solid base with integrated Kuhner direct drive
• Designed for heavy loads
• Ideal for climate controlled rooms
• Orbital shaking with maximum speed of 300 rpm
Technical data
• Speed: 20-300 rpm (depending on medium and vessel type)
• Diameter: 50 mm (orbital motion)
• Weight: 590 kg
• Accuracy, absolute: ± 0.5 rpm
• Setting, digital: 1 rpm
• Active brake: adjustable
• Interface: CAN-Bus, RS232
• Loading, maximum: on request

Flexible shaking machine for heavy loads that can be customized to your requirements
With the SR200-X, Kuhner offers a very flexible shaking machine concept. The SR200-X consists of a solid base incorporating the Kuhner direct drive system.
Performance characteristics
• For use with customer specific vessels
• Solid base with integrated Kuhner direct drive
• Designed for heavy loads
• Ideal for climate controlled rooms
• Orbital shaking with maximum speed of 300 rpm
Technical data
Speed: 20-300 rpm (depending on medium and vessel type)
Diameter: 50 mm (orbital motion)
Weight: 340 kg
Accuracy, absolut: ± 0.5 rpm
Setting, digital: 1 rpm
Active brake: adjustable
Interface: CAN-Bus, RS232
Loading, maximum: on request

Flexible and robust lab shaker
The Lab-Shaker LS-Z combines approved Kuhner quality and technology in a new modular system to provide maximum flexibility to our customers. The LS-Z, just like its predecessor LS-X, is a sturdy benchtop shaker designed for continuous and maintenance-free operation. The LS-Z is the perfect starter model, e.g. for universities or start-ups with limited space and resources. The shaker can be used for cultivation of microbial, plant and animal cell cultures.
Performance characteristics
• Compact footprint
• Hygienic design: easy cleaning
• Flexible: detachable control unit and power cube
• Robust: tolerates up to 90% rel. humidity
Quality
• Reliable technology by Kuhner
The in-house designed magnetic drive system of the LS-Z shaker guarantees accurate control and low energy consumption/heat dissipation even at high speeds. The maintenance-free direct drive is long lasting, robust, and economical. Due to hygienic design, the drive is also protected from any spills.
Flexibility
• New modular system
The LS-Z comes with three functional options: benchtop only/stand-alone, combinable with incubators from other manufacturers, or combined with the new Kuhner Kelvin+ incubator for temperature control. The LS-Z shaker will accept loads up to 25 kg and the shaking diameter can be adjusted at any time. There are three standard shaking diameters (12.5, 25 and 50 mm) with others available on request. The LS-Z shaker unit tolerates an ambient relative humidity of up to 90% and features a detachable control unit and power cube. Therefore, the LS-Z is extremely flexible regarding its installation site: it can be placed in any lab incubator or temperature controlled room.
Automatisation
• Features for automated processes
The LS-Z has a fixed stop position, which is especially useful for automated processes. The integration in a liquid handling system was successfully performed several times already. Due to the flexible Net60 interface, the LS-Z can be controlled by nearly every external software system.
Warranty
• Quality guaranteed
As with all Kuhner products, the LS-Z is a cost effective investment in quality backed with a five year warranty.

FOB5 – STAND-ALONE LAB STERILIZER
Applications Food, Bio-pharmaceutical, Cosmetics, Microbiology, Packaging
Loads: Canned food, Sealed & unsealed containers, Large volume parenterals, Machine parts, Blood bags, Syringes, Tools, Wrapped tools, Culture media, Garments, Glassware
Processes: Sterilization
FOB5 Stand-alone Lab Sterilizer presents a great flexibility of use, ranging from quality assurance laboratories in pharmaceutical or food industries, to BSL3 – 4 laboratories in research centres and/or hospitals.
The possible application of FOB5 series of autoclaves can be:
• Microbiology and analytical labs.
• Research institutes and examination agencies.
• Bio-technologies and life sciences.
• Animal facility and clinical diagnostic labs.
• Pharmaceutical, food, chemistry industries, Q.C. labs.
• Agricultural, environmental and veterinary labs.
As all the autoclaves of Fedegari Lab Division, FOB5 has a modular design which allows a high flexibility of use for different loads and treatments. Please, click on the link “recommended kits” on the right to check out all the possible configurations referred to FOB5 series.
DESIGN AND TECHNICAL FEATURES
FOB5 autoclave series has a wide range of chamber volumes and come with both single and double vertical sliding door:
FOB5 series can be designed with a single or double stainless steel sealing flange (BIOSEAL), making it suitable for laboratory risk category L3 and L4 and operating theater. FOB5 Lab Sterilizers have two high-efficiency internal 316L stainless steel plates which can be used as heat-exchanger system for steam preheating, to cool the chamber temperature down by using cold water.
Moreover – as an option – these plates can be used to perform final drying.
FOB5 autoclaves are made of 316L stainless steel as well as pneumatic valves and hydraulic components.
Full and easy accessibility to technical area from the front and lateral side allows service and regular maintenance. External trolleys are fully compatible with FGW Fedegari Glassware Washer Series to assure integration between cleaning and sterilization processes in your laboratory
KEY BENEFITS
• Vertical position of filters avoiding frequent rupture.
• Thema4Lab process controller.
• GAMP5 compliance.
• High tech chamber and door construction.
• Suitable for BSL 3–4 laboratories.
• High process reliability.
• External trolleys fully compatible with FGW washers.
COMPLIANCE TO
• PED Directive 2014/68/UE – Pressure equipment
• Machine Directive Macchine 2006/42/EC
• EMC Directive 2014/35/UE
• LVD Directive 2006/95/UE

GreenLine tabletop autoclaves for precise autoclaving in even the smallest of spaces
Like all steam sterilisers from HP Labortechnik, the GreenLine tabletop autoclaves also stand out with their intuitive operation and top performance. The intelligent combination of pressure, steam and vacuum enables professional autoclaving processes for liquids and solids of all kinds. The integrated vacuum pump enables safe, validatable and reproducible sterilisation of even porous sterile items and items with hollow bodies.
• These particularly compactly designed tabletop units are equipped with a space-saving swing door and can be conveniently loaded and unloaded from the front.
• The handle of the swing door is on the side, which minimises the risk of burns from rising steam.
• The horizontal GreenLine tabletop autoclave is fitted with a thermal barrier in accordance with TRB 402, which ensures maximum safety, even when autoclaving liquid items
• The autoclave closes via a central lock, which is equipped with six solid closing levers. This means that it is not possible to open the steam steriliser while the autoclave is still under pressure.
• GreenLine tabletop units come in five different sizes and offer usable volumes between 80 and 200 litres, as well as feed water volumes between five and 14 litres.