|
|
Maximum operating temperature 1100°C
Chamber capacities of 3, 7 or 18 litres
Robust mullite muffle design of 3 & 7 litre models and silicon carbide tiles of 18 litre model offer strong resistance to carbon build up and chemical attack
Constant airflow of 4-5 volume changes per minute ensures rapid combustion
Pre-heated airflow to maintain excellent temperature uniformity
3 & 7 litre models supplied with inconel tray & handle for easy loading/unloading
Tall chimney for fume exhaust by convection
Vertical counter-balanced door keeps hot door insulation away from operator
Postive break door manufacturer of safety switch isolates chamber from suppliers of power supply, when the door is opened
Double skinned construction allows convection air flow to cool the outer case, to conform to EN61010 safety standard
Choice of Pid control or programmers
Pictured left are 3 & 7 litre models
|
|
SNOL 8,2/1100 universal precise laboratory electric professional furnace is designed for materials heat treatment, ceramic and stoneware samples fairing.
-Micro processor temperature controller manufacturers
-High quality thermoinsulation materials
-Ceramic fiber chamber
-Door interlock switch
-Ceramic bottom plate
-Short heating time
-Heating is from four sides
-Vacuumed heaters
-Hermetic closing door
-Low power consumption
-High precision level
-Available connection to PC
-Two years limited warranty
-Later service
Nominal power, kW 1,8
Inside dimensions, mm
width 194
depth 335
height 126
Outside dimensions, mm
width 440
depth 525
height 510
|
|
| New Brunswick Scientific offers state-of-the art cell culture bioreactors for R & D through production applications. All NBS bioreactors are suitable for mammalian, animal, plant, algae, and insect cell culture. Additionally, NBS benchtop fermentors may also be converted for cell culture applications through addition of optional components. Set-up and start-up assistance is included with all NBS cell culture systems (excluding FibraStage, BioFlo 110® and Spinner Basket). Optional software packages, training packages, validation services, and contract services are also available. |
|
Co2 incubators with hot air sterilization
BINDER CB series:
Precision equipment for cell cultivation of the future. It has a drift-free infrared CO2 measuring system to ensure stable pH values, condensation-free Permadry™ interior chamber with integrated shelf supports, easy to clean, where the surface area is kept to a minimum in order to reduce potential sites for germs to establish; an effective sterilization program that operates at 180 °C in compliance with standards, for cultivation without any contamination. All of these features along with the absolutely precise temperature accuracy, which you have come to expect from us.
Find out more: www.hot-air-sterilization.com |
|
The Memmert Carbon dioxide incubators create absolutely reliable environmental conditions for organic loads. Your decision criteria: 3 model sizes (108l, 153l and 246l); State-of-the-art control technology based on the P performance class for all models; Humidity limit control integrated as standard for all models (active humidity control system at extra charge); 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; For all models, the working chamber, including the ventilation system, the water trays and all sensors, can be sterilised in a 4-hr programme at 160 °C using the standard STERICard.
For the INCO 2, the tried and tested Memmert heating concept was again perfected: heating the working chamber from all six sides, along with the electronic humidity limit control, is decisive in preventing condensation from forming in the working chamber. An aluminium thermal conduction layer supports the optimal temperature uniformity, and serves as a heat accumulator if there is a temporary power failure. The turbulence-free interior ventilation ensures a constant and uniform atmosphere.
|
|
New Brunswick Scientific's advanced laboratory Co2 incubators are uniquely designed to meet the diverse needs of today's lab. With two lines, four models and a wide range of options, these incubators meet a broad range of applications, including:
- Mammalian cell culture
- Stem cell research
- In-vitro fertilization (IVF)
- Anaerobic bacterial culture
- Aging hypoxic stress studies
- Blood gas transfer, and
- High oxygen tension
All models feature six-sided, direct-heating, for a stable, homogenous culture environment, with temperature uniformity ±0.2°C. A unique fanless design minimizes vibration, increases usable chamber space and simplifies cleaning.
NBS CO2 incubators are offered in a range of sizes and price points:
- Innova CO-48 & CO-170 Incubators- feature an advanced controller and exceptionally large display screen making it easy to read and program setpoints, monitor chamber conditions, historical data, alarms and diagnostics, as well as access built-in help menus. Numerous automated functions simplify operation for added convenience. Choose either our full-sized CO-170 (6.0 cu. ft./170 liters) or personal-sized CO-48 (1.7 cu. ft./48 liters).
- Excella CO-170 Industrial incubator- same capacity as the Innova CO-170, this CO2 incubator's simple controls and smaller display screen provide an economical alternative to cost-conscious labs.
- Innova CO-14 Incubator- this miniature CO2 incubator (0.5 cu. ft./14 liters) allows you to easily isolate sensitive samples, avoiding cross-contamination issues. Originally designed for the rigorous requirements of in-vitro fertilization, it provides simple control with sophisticated design for a truly personalized culture environment. |
|
LAUDA Proline Kryomats RP 4090 C and RP 4090 CW for temperatures from -90 up to 200 °C
Powerful performance - Extended cooling capacity - Compact design
LAUDA Proline Kryomats combine maximum convenience in operation with outstanding performance characteristics regarding cooling capacity and reduced floorspace demand. With two new models, Proline RP 4090 C and RP 4090 CW, an air-cooled unit as well as a water-cooled unit are available now.
Fast and efficient:
High cooling capacities enable fast and reliable temperature changes, even at already low temperatures. The SmartCool system with its microprocessor controlled low temperature control ensures the utmost of energy effectiveness. This returns in energy savings up to 75 percent.
Easy operation and handling:
The detachable Command professional console ensures an easy, convenient and intuitive operation regarding set of parameters. A great surplus in respect to daily changing applications. The microprocessor controlled professional fan of the air-cooled unit warrants for a notably quiet continuous operation. The Kryomats unique compact design saves valuable laboratory or production floor space and ensures easy handling of the instruments.
Versatile and flexible:
With the exceptionally large dimension of the bath Proline Kryomats are suited for internal applications, when space is of essence and large amounts of samples are to be tested. The microprocessor controlled bath egde heating prevents condensation and consequently the icing of atmospheric humidity during deep temperature applications.
Applications: e.g. notched-bar-tests in the metal industry, where metal bars are destroyed under controlled conditions at -90 °C. |
|
FEATURES
- 4.2 / 6K / 9K to 350K operating range. (Options to 500K or 800K)
- High capacity through the full temperature range - 2.5 watts @ 20K allows fast cool down of heavy samples and resists large radiant heat loading.
- Small and compact design
- Simple pneumatic drive has only two moving parts allowing easy field maintenance and greatly minimizes vibration making the Displex particularly suitable for research applications
- Lowest life cycle cost in its class. |
|
| Repumpable metal dewars are recommended for laboratory or R&D use. Advantages include rugged construction, low cost, long hold time, optional mounting flanges, a wide range of window materials, and shorter delivery time. The specified hold time is guaranteed for one year; re-evacuation may be required every year or two thereafter. Long life, permanently sealed glass dewars offer the advantages of small size and superior performance under mechanical vibration. Glass dewars generally require longer delivery times. Dewars with custom configurations or longer hold times can be provided. |
|
| Both sample holders are made of OHFC copper and nickel plated for minimum emmissivity. The optical sample holder is designed to hold 25.2 mm (0.99 inch) x 1 mm thick windows. The resistivity sample holder has a sapphire window with four .032 diameter copper pins epoxied in place. All other dimensions of the resistivity sample holder are the sampe as those of the optical sample holder. |
|
EZ-2 Personal Evaporator
The "Next Generation" EZ-2 Series is the culmination of an extensive research and development programme that draws on the expertise of Genevac’s engineers and the experiences of many scientists in the laboratory. Using the most advanced proven technology in evaporation science, the EZ-2 Series has been designed specifically for solvent removal in life science research, be that concentration of samples or complete drying.
The innovative design of the EZ-2 Series presents real advantages within parallel synthesis and medicinal chemistry, as well as for general-purpose solvent removal needs in life science laboratories.
|
|
Temperature testing chambers with forced convection and individual programming
BINDER M series:
Because of its individual programming options and ability to operate at maximum temperatures up to 300 °C, the M series is ideally suited for materials testing and aging tests. The heavy-duty air turbine and a programmable exhaust ventilation flap provide rapid heating-up and ensure that the test temperature is maintained absolutely precise at all levels, with minimal spatial fluctuations; performance as never before.
|
|
| Laboratory kilns with forced convection temperature of 100° with 400°c. A whole standard range of 20 liters to 100 liters. |
|
The Despatch LBB professional oven 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, curing, annealing and materials testing.Every LBB oven is UL and C-UL listed, and receives a thorough performance test before shipping.
|
|
The M&C gas industrial coolers are used in gas analysis to lower the dew point of humid gas to avoid condensation in the analyser(s).
An extremely stable and low gas dew point avoids water vapour cross-sensitivity and volumetric errors.
Industrial water coolers are also available. |
|
Accurate measurements of gases require gas samples with stable dew points even under harsh ambient conditions.
The EGK models provide a CFC-free, compressor-type industrial cooling system connected to a cooling block. The cooling block evenly dissipates the heat thus supporting the highly efficient manufacturer of heat exchangers. The temperature of the cooling block is regulated by the Bühler Constant Regulating System. This system allows smooth regulation and eliminates the disadvantages of the traditional on-off operating mode.
The controller is self-checking. Significant deviation from the preset is signaled by a status output. A bi-color LED on the front shows 4 different operating conditions.
Condensate is removed either into condensate vessels or by automatic condensate drainers which can be attached to the heat exchangers within the cooler’s outer contour.
ATEX certificate Zone 1 (Cat. 2G)
CFC-free
Nominal cooling capacity 615 kJ/h
1 or 2 heat exchangers can be inserted: up to 4 gas paths
Self-checking with status output
4 operational conditions displayed
Simple operation and test
Easy to install
Condensate draining can be mounted inside of outer shape |
|
| High pressure reactors can be customized with sightglasses, liners & high pressure analytical probes. Ease of cleaning & elimination of foot bearings manufacturers reduces the risk of cross-contamination. It has indefinite service life & improved experimental repeatability compared to non-stirred industrial autoclaves, laboratory bombs & reaction kettles. See AE Closure Ultra High Pressure Reactors for pressures above 5,000 psi (379 bar). See Easy Open Laboratory Reactors for pressures of 3,300 psi (227 bar) or less. |
|
| Parr offers over 100,000 possible combinations of stirred reactors with volumes ranging from 25 ml to 5 gallons. An extensive choice of designs can efficiently and cost-effectively meet the individual user's operating requirements with pressures up to 5000 PSI for operating temperatures to 500ºC. And that's before we even start to talk about customization. |
|
Maximum operating temperatures of 1700°C or 1800°C
1700°C chamber capacities of 3 or 10 litres
1800°C chamber capacities of 4 or 8 litres
Powerful MoSi2 elements located on both sides of the chamber ensure good thermal uniformity
Thick diameter MoSi2 elements can withstand the stress of everyday operation and provide good longevity
Low thermal mass insulation and good element design is used to ensure energy efficiency and rapid heating
Manually operated vertical counter-balanced door keeps hot door insulation away from operator
Postive break door safety switching isolates chamber from power supply specification, when the door is opened
Double skinned construction allows fanned air flow to cool the outer case, to conform to EN61010 safety standard
Eight segment programmer is fitted as standard, with options for other types
Adjustable overtemperature protection is fitted as standard |
|
Does your application lie between 8 °C above room temperature and 90°C with controllable humidity? Then the Memmert humidity chambers HCP are unbeatable in price, performance and comfort. The almost unlimited programming of temperature professional profiles makes possible ideal environmental conditions for the load. Your decision criteria: 3 model sizes (108l, 153l and 246l); State-of-the-art control technology based on the P performance class for all models; An active humidity control system is integrated as standard in all models; Double professional 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.
For the HCP, the tried and tested Memmert heating concept was again perfected: heating the working chamber from all six sides, along with the electronic humidity control, is decisive in preventing condensation from forming in the working chamber.
|
|
Techne Dip and Flow coolers are designed for use at below ambient temperatures down to -35°C.
The Flow Coolers work in conjunction with a Techne thermoregulator (excluding TU-20HT). They continually extract heat from the bath fluid by means of the heat exchanger manufacturers which is built into the unit.
The cooling head of the Techne Dip Coolers fit neatly and unobtrusively into the corner of the standard circulating bath and can be secured with a specially designed mounting bracket. Even if cooling can be achieved by cold tap water, a dip cooler is recommended as it conserves water and is easier and more convenient to use. |
|
The Displex DE-202 1.7K cooler is easy to use, light weight, cryogen free cryostat capable of sub 1.7K to 325K temperatures at the sample.
FEATURES
- <1.7 to 325K operating range.
- Closed Cycle Displex System with open cycle Joule Thompson (JT) circuit
- JT Circuit uses low pressure helium gas
- Continuous operation at 1.7K (no hold time cycling)
- No Orientation Limitations |
|
The Allgaier laboratory fluidised-bed system is designed to meet our customer's special laboratory and small production requirements. Completely equipped and assembled ready for use, this system permits the ideal conditions of a fluidised bed with respect to the exchange of heat and materials to be utilised on a laboratory scale.
The whole process chamber, in the form of a product professional container, can be tilted and is easily removed for cleaning. Various, easily exchanged gas distribution plates permit variation and optimisation of the specific process conditions. |
|
Universal precise laboratory electric professional furnace SNOL 7,2/1300 is designed for materials heat treatment, ceramic and stoneware samples fairing.
Furnace can be used in laboratories, medicine, educational institutions, ceramic studios, and industrial laboratories.
•Micro processor temperature controller
•Excess temperature controller
•Ceramic chamber
•High quality thermoinsulation materials
•Door interlock switch
•Low power consumption
•Ceramic bottom plate
•One year limited warranty and later service
•Two years limited warranty for temperature controller and latter service
•Available connection to PC
|
|
Microbiological industrial 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.
|
|
Our I industrial 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.
|
|
|
|
Thermal equipment for laboratories
