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Microbiological incubators with forced convection
BINDER BF series:
Premium equipment for all gentle incubation applications, including processing large numbers of samples at high throughput. Outstanding dynamics keep the required temperature virtually stable with homogenous distribution, irrespective of how many times the door is opened.
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Our I incubators are ideal for all applications with temperatures up to 70 °C - specifically for incubating living cultures at 37 °C. Thanks to the finely-tuned control technology, critical temperature overshoots are completely ruled out, a valuable load is therefore warmed up particularly carefully. To minimise the danger of samples drying out we have designed our heating concept so that an optimum temperature uniformity in the working chamber can also be achieved without forced air circulation, just using natural convection. Your decision criteria: 7 model sizes (32l to 749l); 3 performance classes Basic/Excellent/Perfect; Double doors (interior glass, exterior stainless steel) for a clear view without a drop in temperature.
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- Temperature range : 0 - 60°C
- Chamber capacities : 30, 60, 120 & 200 litres
- Polished stainless steel interior
- Internal heatproof toughened glass door allows clear view of inner chamber without disturbing the atmosphere
- Heated by mineral insulated metal sheathed elements
- High performance fan ensures optimum temperature uniformity
- Cooling is by a hermetically sealed refrigeration system |
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- Temperature range: from 5°C over ambient temperature up to 80°C maximum.
- 2 versions: air convection or fan circulated incubators.
- Ten sizes: from 18 litres up to 980 liters.
Several options and accessories to adapt the oven to your needs. |
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SHEL LAB General Purpose Laboratory Incubators are available in sizes of 2 to 40 cu.ft. Laboratory incubator applications are diverse because of the many different industries and protocols they are used for, so we have designed the SHEL LAB Incubator family to accommodate a wide range of applications.
Applications include: Biochemical Studies,
Hematological Studies, General Purpose Incubator Applications, Bacterial Culturing and Research,
Microbiological Determinations, Pharmaceutical Stability Assays, Food Processing Quality Control, Large Scale Roller Apparatus Applications. |
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| All STERIDIUM incubators are accurately controlled from ambient+5°C up to 80°C. With an optional refrigeration unit, temperatures can be maintained down to 5°C, while a freezing option can operate as low as -20°C. The Standard range is fitted with fan circulation systems for a higher degree of temperature stability throughout the chamber, while this is offered as an option on the economy range. |
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The high temperatures in the oilbath demand a finely-tuned temperature control as well as multiple overtemperature protection. Apart from the electronic adjustable overtemperature controller, a wide range of visual and acoustic signals (for example if the filling level is too low, for overtemperature, but also for input acknowledgement or the end of the programme) ensure smooth-running test procedures. Choose from: 6 model sizes (7l to 45l); A extensive range of optional accessories, e.g. flat or gable lid, reversible shelf, test tube racks; State-of-the-art control technology of the Excellent performance class for all models.
The superior heating concept of the Memmert ovens is also to be found in the oilbaths. Protected from fluids, but still close to the load, the heating lies under deep drawn and easy to clean ribs. Through the positioning of the heating elements in the floor and side walls, a natural mixing of the tempering fluid arises, providing better temperature uniformity in the bath.
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Drying ovens with natural convection
BINDER ED series:
Routine drying and sterilization applications up to 300° C and storage at precisely controlled elevated temperatures are the strengths of ED drying ovens. Because of the natural air circulation with a high rate of air exchange, thermal processes run with significantly increased efficiency.
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CONSTRUCTION DETAILS
- A wide range of heating and drying, highly versatile, compact ovens.
- Used for many thermal processes: heated storage, heat treatment, thermal testing, sterilisation, aging processes and conventional or complex drying processes.
- They have a place in every laboratory and every industry.
- All ovens are fan circulated models, for accuracy and minimum temperature spatial deviation.
- Inner casing is made of corrosion resistant stainless steel, type 304, bright polished.
- The outer case is made of sheet steel, finished in a tough stoved epoxy paint. (colour light grey)
- No contact between inner and outer case and an optimised insulation minimise heat dissipation.
- Walls and door are insulated with glass fibre. The insulation is 70 mm thick; this ensures efficicent operation, low external temperatures and excellent thermal stability.
- Silicone rubber gasket provides a good seal between the door and the oven body.
- The insulation and the gasket are asbestos -free.
- The door is hinged on the right hand side. |
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Maximum operating temperatures of 400°C, 500°C & 600°C
Chamber capacities of 30, 60 & 120 litres
Good temperature uniformity
Fast heat up and recovery times
Polished stainless steel interior
Stainless steel shelves with multi position settings
Choice of controllers & programmers
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| The LBB pass through features a combination of horizontal and vertical airflow that offers excellent temperature uniformity at a moderate price. It is recommended for a variety of laboratory and production applications including drying and curing.The LBB is designed and manufactured to provide years of dependable service. Corrosion-resistant stainless steel interior and nickel plated shelves clean up easily. The motor is permanently lubricated and virtually maintenance free. And Despatch warrants the heater performance for a full five years - the best warranty in the industry. Every LBB oven is UL and C-UL listed, and receives a thorough performance test before shipping. |
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Our U Universal ovens are so varied that almost every customer application can be covered by them. Choose from: 8 model sizes (14l to 749l); 3 performance classes Basic/Excellent/Perfect; Natural convection or forced air circulation N/F.
In accordance with the Law on Medical Products (Directive 93/42/EEC), the UFE / UFP appliances can be used to warm up non-sterile cloths and covers.
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- Applications: drying, heating, hot preservation, hot sterilization (Poupinel), ageing of components, thermal tests in laboratories and industries.
- 2 temperatures: 200°C maximum or 300°C maximum (depending on the option).
- Nine sizes: from 18 litres to 980 liters.
Several options and accessories to adapt the oven to your needs. |
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Microdigital controllers ensure accurate temperature stability up to 200C. Spacial stability is further enhanced by including a fan circulation option, while high efficiency drying is achieved with the moisture extraction option.
Custom made units can be supplied in a variety of sizes from 800 to 5000 litres |
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The OMVE HT220 laboratory pasteuriser
OMVE introduces the next generation of Heat Treatment Systems on miniature scale suitable for R&D, QA and pilot plant applications within the different industries.
The compact laboratory pasteuriser enables you to execute a trial with even less than 1 litre. This reduces the required amount of ingredients, preparation time, start-up time and processing time. Moreover, the HT220 pasteuriser allows you to conduct more trials on a day, improving your R&D productivity.
The HT220 laboratory pasteuriser is designed to give the operator maximum flexibility in processing various products. The flow rate is variable between 10 l/hr and 120 l/hr and the temperature can be set between ambient and 150 ºC.
Different heat treatment methods are available. Tube in tube, plate heat exchangers and steam injection can be installed on the same service unit together with a wide range of standard optional accessories. For optimising pilot or industrial process simulations, OMVE supplies customer specific modifications.
The HT220 pasteuriser can be seamlessly integrated with our inline homogeniser (HP-range), inline deaerator (DEA-range), buffer tanks (MPV-range) and (aseptic) filling benches (FS-range). |
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Vacuum drying oven for non-flammable solvents
BINDER VD series:
The VD series offers safe drying with homogenous temperature distribution, thanks to its APT.line™ air jacket system. Optimum heat transfer through patented expansion rack technology; the racks can be positioned as needed and are easy to clean. In addition to these many features, the units have an individually programmable controller.
Find out more: www.vacuum-drying.com |
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With short heating up times, high precision temperature control and turbo drying, the VO vacuum ovens show off all their power - at the same time they treat heat- and oxygen-sensitive substances and materials with incomparable care. The direct contact between the load and the heatable and removable thermoshelves ensures rapid and equal heating up without thermal loss. Your decision criteria: 3 model sizes (29l, 49l and 101l); State-of-the-art control technology based on the P performance class for all models; Anti-splinter, VDE-tested door construction for all models.
Each of the maximum four (model size 29l: maximum three) insertable thermoshelves is equipped with a separate large area heating and its own sensors. The control circuits react precisely to differences in load and humidity. In this way all levels used remain equally at the predefined set temperature. |
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- Applications: moderate drying of sensitive products, heat treatments of materials being likely to oxidize, fast drying of powders and granules.
- 2 temperatures: 200°C maxi or 300°C maxi (depending on the option).
- Fours sizes: from 20 litres to 240 liters.
Several options and accessories to adapt the oven to your needs. |
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| Parr glass reactors offer a corrosion resistant vessel with Teflon coated internals. Glass reactors also permit direct observation of mixing action, color changes, or changes of state. Vessels are rated to 150 PSI (10 bar) at 225ºC. Six sizes are available from 160mL to 1,500mL in glass and glass jacketed versions. |
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Anton Paar now offers a new instrument for microwave-assisted organic synthesis. The new Synthos 3000 is specially designed for the production of chemical compounds in the multigram range.
Two powerful magnetrons (1400 W) generate a homogeneous microwave field and allow the rapid heating of sample volumes up to 1 liter. Microwave protocols which have been optimized on a small scale can therefore be reproduced easily on a larger scale. Direct scalability and excellent reproducibility are ensured for a wide range of reactions.
The reliable reaction vessels can be used at temperatures up to 300 °C and pressures up to 80 bar. Synthos 3000 therefore opens new dimensions for organic synthesis. Rotor systems for 8 and 16 vessels enable parallel syntheses and increased sample throughput. Precise temperature and pressure measurement guarantees optimal and safe reaction progress. Practical accessories simplify special applications such as solid phase synthesis or the use of gaseous reaction partners in the microwave field.
Instrument safety is the number one priority at Anton Paar. For this reason, Synthos 3000 is equipped with numerous safety features which reduce the risks of the consequences of using large amounts of chemicals in the microwave field. |
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The modular platform system = more versatility => The Multiwave 3000 is an advanced platform system suitable for sample preparation applications such as digestion, extraction, evaporation or drying of sample materials. The reaction vessels, rotors and accessories can be adapted to meet individual requirements.
Safety and speed without compromise => The 1400 W unpulsed microwave power from two magnetrons and advanced sensor technology ensure fast and homogeneous heating, perfect reaction control and an overall increased service life of the components. The proven safety system includes active and passive devices which minimize the hazards from violent reactions.
Looking to improve sample throughput?
Easy handling of vessels and sensors and the patented vessel cooling means a drastically reduced cycle time. There is no external cooling required and no handling of hot pressure vessels. The short cool-down times ensure high sample throughput, increasing efficiency in your lab.
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| The 5000 Multiple Reaction System from Parr Instrument Company has been designed for rapid screening of catalyst and similar parallel or combinatorial studies. It features six individual reactors (45 ml or 75 ml) for operating pressures to 3000 PSI and temperatures to 225ºC (o-ring gasket) or 300ºC (PTFE gasket). A magnetic stirrer bar provides sample mixing. |
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Sample Gas Cooler PKE 5
Peltier cooler
Cooling capacity 90 kJ/h
Microprocessor controller
Adjustable outlet dew point and alarm limits
1 or 2 gas streams
Ambient temperature up to 50°C |
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Excellent controllability, extremely small control fluctuations, low-vibration operation and impressive energy savings provide the added value from this perfect adaptation of Peltier technology. Memmert holds the leading position in this technologically sophisticated market segment. Your decision criteria for the IPP models: 4 model sizes (32l to 108l); State-of-the-art control technology based on the P performance class for all models; Double doors standard for all models: Prevention of contamination and drops in temperature, with at the same time an optimal view of the sensitive load through wide-area interior glass doors; Forced air circulation ensures rapid energy transport and optimal temperature uniformity.
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Why control temperature for viscosity measurement? Defecting changes in your sample's properties is valuable information for predicting your product's performance. Temperature control during viscosity measurement helps insure accurate test results. The addition of a bath is a smart investment, and the Brookfield Model 202 is the perfect complement!
The TC-202 Temperature Control Bath is configured to measure multiple samples in the bath and is available with either an enhanced digital controller (TC-202D) or with a programmable controller (TC-202P).
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| These baths are a complete refrigerated circulating system for closed circuit applications for temperature ranges from -35°C to 100°C. Two bath capacities - 7 litres (RB-5A) or 12 litres (RB-12A). Temperature control is by the thermoregulator, giving eight different combinations. |
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Refrigerated microbiological incubators with program controller
BINDER KB series:
KB is the all-rounder for microorganisms. With its wide range of individual programming functions, including a real-time clock function and an enormous temperature span from -10°C to 100°C, it can be used for a broad range of sophisticated applications in laboratories – with minimal dehumidification of specimens and impressive extra performance. The APT.line™ with its electronically controlled preheating chamber ensures rapid recovery times and maximum precision, unaffected by the ambient temperature.
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If a rapid and precise alternation between heating up and cooling down phases in ramp operation is called for, the Memmert cooled incubators with compressor cooling prove to be in peak form - yet still work extraordinarily quietly. Due to the finely tuned control technology, deviations from the setpoint are reduced to a minimum. This also guarantees the safety of temperature-sensitive living cultures at all times. Your decision criteria: 5 model sizes (53l to 749l)
State-of-the-art control technology based on the P performance class for all models; Double doors standard for all models: Prevention of contamination and drops in temperature, with at the same time an optimal view of the sensitive load through wide-area interior glass doors; Day/night simulation (24-hour cycle) programmable in conjunction with interior lighting (optional); Very good air circulation in the working chamber through sophisticated ventilation technology; Intelligent defrost function.
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Thermal equipment for laboratories
