The CL incubators can be used for incubation of samples at temperatures from ambient +5°C up to 100°C. They are dedicated for biological, chemical, medical and pharmaceutical applications as well as physical laboratories. Other applications may result in damaging the equipment and cause harm to your health. Incubators must not be used for food preparation or sterilization of medical equipment defined under the 93/42/EWG (MDD) norm.
The smallest unit is the CL 15 (15L) and CL 32 (32L). Both models can come as natural air (CLN) or forced air convection (CLW) units. They are available with the SMART controller only.
Our experience proves that incubators are widely used for various research in the veterinary field. It's the most popular equipment purchased by vet labs and General Veterinary Inspectorate in Poland.
Laboratory incubators produced by POL-EKO are equipped with a heating element, which is a heater that allows the chamber temperature to range from +5°C above ambient temperature to 100°C. This device has not been equipped with a special water tank that would allow maximizing relative humidity without condensation, creating a water jacket effect.
The CL incubators, equipped with a heating element, can heat only. However, there are other ranges in our offer that can heat and cool, such as: ST thermostatic cabinets, ILW incubators and KK climatic chambers.
Incubators can be used for microbiological indications, checking the thermal resistance of samples at higher temperature, testing of anti-bodies, various research on bacteria, crystallization studies, cultivation of thermophilic microorganisms and denaturalizing tests in the food industry.
Its a unit that can dry samples at temperatures from ambient +5°C up to 300°C. Forced air circulation inside the chamber is provided through the internal fan to ensure uniform hot air distribution for perfect temperature stability and uniformity.
The most important parts are: isolated internal chamber, microprocessor controller, heating element, external housing and electronic components.
ThSL drying ovenscan work at temperatures from ambient +5°C up to 300°C. They can be used for drying, glass sterilizing or tempering. The ovens are dedicated for biological, chemical, medical and pharmaceutical applications, as well as physical laboratories. Other applications may result in damaging the equipment and cause harm to your health.Drying ovensmust not be used for food preparation or sterilization of medical equipment defined under the 93/42/EWG (MDD) norm.
The SL drying ovens can work at temperatures from ambient +5°C up to 300°C. They can be used for drying, glass sterilizing or tempering. The ovens are dedicated for biological, chemical, medical and pharmaceutical applications, as well as physical laboratories. Other applications may result in damaging the equipment and cause harm to your health. Drying ovens must not be used for food preparation or sterilization of medical equipment defined under the 93/42/EWG (MDD) norm.
The drying ovens made by POL-EKO come as single chamber models of capacity from 15L up to 1005L. As an option, the SL 53, 75, 115 and 180L models can come with a reinforced lid, so the same two models can be stacked. However, the stacked ovens are still 2 separate models, with separate controllers and power cables.
Detailed information can be found on our website: https://www.pol-eko.com.pl/drying-ovens/ .
After selecting the oven model, you will be able to see technical information in the table. You can also download the catalogue card from there.
The biggest manufacturer of drying ovens in Poland is POL-EKO company from Wodzislaw Slaski.
The CL incubators can be used for incubation of samples at temperatures from ambient +5°C up to 100°C. They are dedicated for biological, chemical, medical and pharmaceutical applications as well as physical laboratories. Other applications may result in damaging the equipment and cause harm to your health. Incubators must not be used for food preparation or sterilization of medical equipment defined under the 93/42/EWG (MDD) norm.
The ILW cooled incubators are perfect for incubation of samples in a stable environment, regardless of ambient conditions, at temperatures from -10 up to +100°C. Typical applications are: microbiological tests, plant growing, microorganisms breeding at precisely controlled environment, BOD determination, incubation of samples at specified temperature.
The ILW incubators are a perfect solution to provide stable temperature from -10 up to +100°C, regardless of ambient conditions.
Our LS shakers are designed to fit into the ILW cooled incubators. For such use, please consider purchasing the internal power socket.
The FOT photoperiodic system and FIT phytotron system with brightness control allow day and night simulation. The ILW incubators with SMART controller can only come with the FOT option, while the SMART PRO cooled incubators with the FIT option only. Check out more information on both controllers on www.smart4lab.eu
The ILW incubators come with a compressor based cooling system, while the ILP feature Peltier modules (aka cells) which are electric devices to use the Peltier effect for heating and cooling.
The main advantage of a Peltier-cooled incubator is quiet operation to ensure a comfy use in the laboratory, no vibrations (Peltier cells eliminate vibrations generated by compressor), perfect temperature stability and uniformity and rapid temperature recovery after door opening. The weight and external dimensions of the ILP incubators are also smaller. Additionally, they are more environmentally friendly as refrigerants have been eliminated due to the use of Peltier modules.
The SR sterilizers can work at temperatures from ambient +5 up to +250°C and, in comparison to the SL drying ovens, they are equipped with more accessories as standard for sample protection: 3 factory pre-set sterilizing programs, automatic door locking and air-flap closing mechanisms while the program is running.
It can be used for hot air sterilization of face masks, documents, glass and samples, as well as for glassware drying.
The SRWP sterilizer comes with both front and rear door. It's perfect for drying painted elements, and for drying/sterilizing of samples between the dirty and clean zones.
The SR units are designed for hot-air sterilization, while autoclaves use pressurised hot steam.
Laboratory shakers are used for mixing liquids in flasks, separatory funnels or creating suspended solid.
Basic features include:
- speed range from 30 up to 300 rpm
- orbital movement
- timer from 1min up to 99h, or continuous operating
There are 4 models in our offer. Each can be equipped, depending on application, with a shaking platform (universal platform, platform for flask clips of 25ml, 50ml, 100ml, 250ml or 500ml, platform for Petri-dishes or separatory funnels). Additionally, anti-skid mat is available for every platform.
Max platform workload is 10kg.
The LS shakers have been designed to fit into the ILW cooled incubators.
They are not designed for sieve shaking.
- Laboratory shakers are used for mixing liquids in flasks, separatory funnels or creating suspended solid.
Basic features include:
- speed range from 30 up to 300 or 500rpm
- orbital movement
- timer from 1min up to 99h, or continuous operating - There are 4 models in our offer. Each can be equipped, depending on application, with a shaking platform (universal platform, platform for flask clips of 25ml, 50ml, 100ml, 250ml or 500ml, platform for Petri-dishes or separatory funnels). Additionally, anti-skid mat is available for every platform.
Max platform workload is 10kg. - The LS shakers have been designed to fit into the ILW cooled incubators.
They are not designed for sieve shaking.
- The climatic chamber allows you to maintain specific temperature parameters (0...60°C for the KK models or 0...100°C for the KKS) and humidity, which is generated, depending on the model, by ultrasonic humidifier (range RH 30...90% for the KK) or by steam humidifier (range RH 10...90% for the KKS).
- The phytotron chamber (option available only for KK) is additionally equipped with a lighting system that allows day and night simulation with the possibility of regulation of light intensity up to 15,000 LUX. The equipment can have fluorescent lamps mounted in: side walls/ doors/ walls and doors/ over-shelf panel(s). LED illumination system is also available on request.
- KK chambers with an ultrasonic humidifier are delivered with a tank for deionized water. On request, a deionizer is also available, which eliminates the need to fill up the tank with a deionized water.
- The KKS chamber are delivered with a reverse osmosis system, which allows them to be supplied directly with tap water.
- Each model is equipped with the latest and most advanced SMART PRO controller, which enables remote parameterization and device monitoring using e.g. Wi-Fi connection. Detailed functions are described in the instruction manual, which can be downloaded directly from the controller and our website.
- Climatic chamber can be used e.g. in the pharmaceutical industry to test drug stability according to ICH standards, while phytotron chambers are used primarily for plant breeding. On the customer's request, it is also possible to make a climatic chamber with UV lighting, which can be used, e.g. in the sterilization process.
- POL-EKO measurement laboratory offers a wide range of calibration services as well as IQ, OQ, PQ qualifications for climatic chambers.
CHL laboratory refrigerators have an integrated data record for 10,000 data (temperature, date and time). The data can be saved with the previously set interval and, if necessary, downloaded on a USB flash drive. Data from a USB flash drive can be transferred to a computer, where it can be processed, printed in the form of statistics or detailed report and archived using Lab Desk software.
Compared to domestic refrigerators, the laboratory refrigerator has an advanced temperature controller that allows you to maintain the set temperature with a fluctuation of +/- 0.5°C. Temperature maintenance in laboratory refrigerators is a priority, therefore the compressor is switched on when necessary: sometimes more often, sometimes less often. In domestic refrigerators the compressor turns on with a constant interval, regardless of the temperature in the chamber. CHL laboratory refrigerators are specialized equipment used, among others, in accredited laboratories for temperature-sensitive samples storage.
The CHL laboratory refrigerator is a specialized equipment for temperature-sensitive samples storage. It has a cooling system, so samples can be stored at a temperature below ambient temperature. Such a storage guarantees that the sample remains physically and chemically stable. Laboratory refrigerators are available with an advanced Smart or Smart PRO controllers which maintain the set temperature with good fluctuation and variation.
CHL laboratory refrigerators manufactured by POL-EKO have capacities from 70 l to 1540 l.
CHL laboratory refrigerators, like all POL-EKO thermostatic equipment, have a key lock as standard. In addition, larger models can be equipped with a magnetic lock, which is controlled by RFID card reader which enables quick access to the samples inside the chamber. Only authorized persons have access to the card.
For safety reasons, one refrigerator can't be stacked on top of another. A safe alternative is to buy a 2-chamber refrigerator. In such a case each chamber is independently controlled, so you can set a different incubation / storage temperature in each chamber. Different chamber combinations are available: refrigerator / refrigerator, refrigerator / thermostatic cabinet (e.g. BOD incubation at +20°C in the thermostatic cabinet and sample storage at +4°C in the refrigerator), refrigerator / freezer , thermostatic cabinet / freezer. A 3-chamber version is also available for the smallest model, i.e.CHL 1. An additional advantage is the saving of space in the laboratory.
Whether we buy a single-chamber or two-chamber refrigerator depends primarily on how much space there is in the laboratory. If we don't have enough, buying a two-chamber equipment is the optimal solution. Each of the chambers is independently controlled, so you can set a different storage / incubation temperatures. Different chamber combinations are available: refrigerator / refrigerator, refrigerator / thermostatic cabinet (e.g. BOD incubation at +20°C in the thermostatic cabinet and sample storage at +4°C in the refrigerator), refrigerator / freezer , thermostatic cabinet / freezer. A 3-chamber version is also available for the smallest model, i.e.CHL 1. An additional advantage is the saving of space in the laboratory.
Laboratory refrigerators have a big (4.3" in Smart or 7" in Smart PRO), legible and color touch screen, on which the temperature value is visible from every angle and regardless of the light intensity in the room. Operating the controller is as simple as operating a smartphone - very intuitive. In addition, the display can be operated with latex gloves.
The laboratory refrigerator, like every POL-EKO thermostatic equipment, has an orifice in the side wall to insert an external temperature / humidity or another sensor. In laboratory refrigerators, the orifice has a diameter of 30 mm and is closed with a rubber cap. If necessary, an additional access port of 20 mm, 60 mm or 100 mm diameter can be ordered.
A thermostatic cabinet is a thermostatic equipment designed for samples storage at certain temperature. Thermostatic cabinets have heating and cooling system, so samples can be stored / incubated below or above ambient temperature.
The thermostatic cabinet allows you to set the temperature in the range from + 3°C to + 40°C with the possibility of extension to + 70°C. The thermostatic cabinet has a heating and cooling system, so the samples can be stored / incubated below or above ambient temperature.
The thermostatic cabinet can act as an incubator for incubation of microbiological samples, especially at temperatures below ambient temperature. For incubation of microbiological samples, a thermostatic cabinet with stainless steel interior is recommended, which is easy to clean and disinfect.
In thermostatic cabinet , the interior of the chamber can be made of: aluminum (orange peel), 0H17 stainless steel (SLR) or 0H18 acid-proof stainless steel.
Aluminum, unlike stainless steel, has an orange peel structure, so it is not completely smooth. This type of solution works well for the storage / incubation of samples for physicochemical analyzes or samples that do not affect the surface of the chamber.
The thermostatic cabinet allows you to set the temperature in the range from + 3°C to +40°C (option up to 70°C), so they can also be treated as laboratory refrigerators.
The thermostatic cabinet is, among others, intended for incubation of samples in case of BOD determination - allows incubation at + 20°C +/- 1°C. If the BOD determination is carried out using the respirometric method, e.g. using OxiTop sets, the cabinet can be optionally equipped with an internal power socket needed to connect the BOD stirrer platform. The ST BD thermostatic cabinets, which have built-in power sockets as standard, are specially dedicated to respirometric devices.
The thermostatic cabinet is an equipment that allows incubation of samples, storage of: samples, reagents, standards, etc., at a specified temperature in the range from + 3°C to + 70°C. The thermostatic cabinet has a heating and cooling system, so the samples can be stored at a temperature below ambient temperature. They can also be used for stability tests with high temperature accuracy. It is also frequently used for the storage of vaccines and medicines in refrigerated conditions and medicines in the range from + 18°C to + 20°C (in places where there is no air condition and in summer the air temperature is much higher than the ambient temperature recommended for storing some medicines).
Thermostatic cabinet are available in 3-chamber (model ST 1/1/1) and 2-chamber (models ST 1/1, ST 2/2, ST 2/3) versions, where each of the chambers is controlled independently. This solution saves space in the laboratory and allows testing at two different temperatures. Multi-chamber devices may appear in so-called mixed versions, e.g. thermostatic cabinet and laboratory refrigerator or thermostatic cabinet and freezer, in which each chamber is controlled independently.
Thermostatic cabinet are available in 3-chamber (model ST 1/1/1) and 2-chamber (models ST 1/1, ST 2/2, ST 2/3) versions, where each of the chambers is controlled independently. This solution saves space in the laboratory and allows testing at two different temperatures. Multi-chamber devices may appear in so-called mixed versions, e.g. thermostatic cabinet and laboratory refrigerator or thermostatic cabinet and freezer, in which each chamber is controlled independently.
The thermostatic cabinet can act as an incubator for incubation of microbiological samples, especially at temperatures below ambient temperature. For incubation of microbiological samples, a thermostatic cabinet with stainless steel interior is recommended, which is easy to clean and disinfect.
In thermostatic cabinet, as in all devices manufactured by POL-EKO-APARARURA (except for ultra-low freezers), there are wire or perforated shelves ensuring free air flow in the chamber. This guarantees that the set temperature is maintained with good fluctuation and variation. Full shelves are not installed in thermostatic devices, because they disturb the air circulation in the chamber, which negatively affects its operation parameters.
All thermostatic cabinets have forced air convection - a fan is built in the chamber, which mixes the air and ensures very good fluctuation and variation of temperature. In order to not disturb the air circulation in the chamber, we do not use full shelves in thermostatic equipment, only wire or perforated ones.
A thermostatic cabinet is a thermostatic equipment designed for storing samples at a certain temperature. Thermostatic cabinets have heating and cooling system, so samples can be stored / incubated above or below ambient temperature. The type of incubated sample has an impact on the material from which the inside of the thermostatic cabinet is made, e.g. for incubation of microbiological samples, the interior is made of smooth 0H17 or 0H18 steel, for storage of reagents 0H18 acid-proof stainless steel is recommended, while for storage of environmental samples an interior made of aluminum is sufficient .
Thermostatic cabinets, like all POL-EKO devices, have a standard port that allows placing a temperature / humidity sensor in the chamber for independent monitoring of equipment's operating parameters.
A laboratory freezer is a device used to store frozen samples. The range of sizes starts ZLN 85 model, small laboratory freezer, through the ZLN-T 200 model up to the big one - ZLN-T 300. We also offer mixed multi-chamber devices. Freezers are equipped with shelves with adjustable height. This solution is often called a vertical laboratory freezer. There are also drawer or chest freezers.
Taking care of the quality of our products, in our offer you will not find a two-function device called "laboratory fridge-freezer". Our refrigerators do not have an integrated freezer inside like home appliances. Our fridge-freezers are two-chamber devices - one chamber is a refrigerator, the other is a freezer. Bearing in mind the concern for device parameters and their functionality, we have created few product categories: laboratory refrigerators, laboratory freezers and ultra-low freezers. Laboratory refrigerators are equipped with a cooling system - they keep the temperature lower than the ambient temperature, however their temperature range doesn't reach negative values. Usually it is 0-10 or 0-15°C. In the case of our laboratory freezers, the temperature inside the chamber may reach -25/-40°C. The temperature goes even lower in ultra-low freezers - up to even -86°C.
The ultra-low freezer is located in the "PRODUCTS" tab, in the category of thermostatic equipment, under the name ultra-low freezers. A wide range of POL-EKO products offers ultra-low freezer with the possibility of setting the temperature even up to -86°C.
The colony counter makes work in the microbiology laboratory much easier. Our solution is LKB 2002. This counter is very popular among users and has been often chosen for years.
It is equipped with the compensation of the weight of various Petri plates and has adapters for plates with diameters less than 120 mm.
It allows you to perform a task with a bright or wide range, has the function of counting the average of few measurement, acoustic and visual counting control and the ability to set an optimal for the user position. The price of the product depends on the accessories included.
A well-chosen fume hood guarantees ergonomic, safe and comfortable everyday work.
The fume hood should be made of non-flammable and durable materials, simultaneously selected for the specifics of the work.
It should be adapted to the needs of a given position.
It can be additionally equipped with, among others in a large sink, gas spouts, additional 230V sockets.
The fume hoods have been designed so that they can be used in many different, even unusual rooms.
The fume hoods have different widths, from 1280 to 1880 mm
Two different heights are available.
The standard height of the device is 2325 mm (2600 mm with max. Open window).
For low rooms, a height of 2180mm (2430mm with max. Open window) is recommended.
The fume hoods can have various interiors.
Our fume cupboards are made entirely of galvanized steel, additionally the outer casing is painted with RAL 7035 chemically resistant epoxy paint, and the working chamber is lined with material selected for the specific work.
It can be galvanized steel painted with chemically resistant epoxy paint, phenolic resin, polypropylene or technical ceramics of the Buchtal type (8mm thick).
The fume cupboards are standard equipped with a solid ceramic tabletop with an integrated ceramic rim (four sides), a 280 × 88 mm ceramic sink is glued from the bottom.
For schools, fume cupboards with side glazing are particularly recommended.
This increases the ability to observe experiences from different perspectives, and allows more people to participate in the experience. In addition, the fume hood may have a cabinet with cuvettes for safe storage of acids and bases. The cabinet is ventilated and secured with a key lock.