LabHEAT®-Heating elements for flasks, round bottom. Serial heating unit in plastic coated, chemical-resistant metal housing with six heating positions. Each heating position is separately controlled via controller, 1.5 m supply (earthed) cable and RCD (residual current detection).Size and rating specifications are valid for each heating position.
LabHEAT®-Heating elements for flasks, round bottom. Serial heating unit in plastic coated, chemical-resistant metal housing with three heating positions. Each heating position is separately controlled via controller, 1.5 m supply (earthed) cable and RCD (residual current detection).Size and rating specifications are valid for each heating position.
The device is available in single, dual, and four block configurations and provide a broad temperature range up to 150 °C, which makes them useful for a variety of applications in molecular biology, histology, clinical, environmental, and industrial laboratories.Single, dual and four block capacityDual displayUSB connectivity enables traceability of dataMolded block chamberPlease order blocks separately.SpecificationsTemperature range: Temperature uniformity: Temperature resolution: Temperature accuracy:Ambient +5 to +150°C, adjustable in 0.1°C steps ± 0.2°C ± 0.1°C ± 0.3°CTemperature control:MicroprocessorTimer:1 ... 99h 59 min or continuousBlock material:AluminiumDimensions (W x D x H)Single / Dual Block: 4 Block:210 x 290 x 120 mm 210 x 390 x 120 mmWeightSingle / Dual Block: 4 Block:3.2 kg 4.4 kgPower supply:230 V, 50/60 Hz
Built-in adjustable heater control up to an element temperature of 450 °C and magnetic stirring control up to approx. 520 rpm with auto-reverse facility and automatic stirrer bar trap; the stirrer unit has an independent power supply. Polypropylene outer case is resilient and chemically-resistant. Even at full power output, the exterior remains ''cool-to-touch'' due to good heating element insulation. All heating mantles have support clamp for rods of up to 12 mm diameter, and are double fused, with earth (ground) screen to protect the user from electric shocks.Spare heater cartridges are available on request.
LabHEAT®-Accessories for metal-cased heating mantles and serial heating unit to fix support rods up to diameter 12 mm or to integrate the metal-cased heating mantles within support wall.
Housing made of stainless steel, brushed and polished, in a unique Softline Design, Schott Ceran® cooking surface. Adjustable power control with power-saving or power control in 9 steps (TC = Touch Control). Two-circle HiLight technique, thus extra large heating zone (dia. 210 mm) can be activated. Thermal shutdown and automatic cooking system. Residual heat indicator and warning light. Temperature range (empty): 0 to approx. 460°C. Power supply 230 V.
Suitable to incubates PCR strips or tubes with sizes up to 50 ml. The compact microBLOCK offers the smallest footprint of all digital dry baths on the market combined with a very good heating rate.Block material aluminiumExchangeable blocks, for different tube sizes from 0.2 to 50 mlTimerCompact, fits in the palm of your handClear cover ensures temperature uniformityDigital temperature controlWithout block.
choice of either analogue or digital modelsdigital models available with either 130 or 200 °C maximum temperaturethree block model for extra capacitydual control models have two blocks with independent temperature controluniform and stable block temperaturesDesigned for the precise heating of test-tubes, microcentrifuge tubes, cuvettes and microplates.Range compromises an economical analogue model with easy to use, dial setting and advanced digital models with bright, easy to read, LED display which facilitates setting of the required temperature and also accurate monitoring of the actual temperature.Excellent temperature stability and uniformity is maintained via sensitive, microprocessor control.Heats to 100°C in
A heated glass ceramic plate mounted in a block of pure PTFE creates a powerful hotplate which is chemically resistant, even to concentrated acids. The separate temperature controller is connected to the hotplate via a 2 metre PTFE coated lead, which allows the hotplate to be located in fume hoods.Ideal for acid digestions or trace metal analysisPTFE construction with glass ceramic plate for exceptional resistance to chemical attackCan be cleaned with concentrated nitric acidController is fitted with a hot warning light for temperatures above 50 °CDimensions Hotplate (W x D x H): 320 x 360 x 60 mmDimensions Controller (W x D x H): 150 x 160 x 65 mm
Maximum temperature 300 °C. Digital setting and control of plate temperature with 1 °C resolution and cast aluminium/silicon alloy top plate. The 300 x 300 mm top plate model has a retort rod mounting at the rear of the housing. With BioCote, silver-based, antimicrobial protection.
Ausgelegt auf das präzise Temperieren von Probenröhrchen, Zentrifugenröhrchen, Küvetten und Mikrotiterplatten.konstante und stabile BlocktemperaturenAusgezeichnete Temperaturstabilität und -gleichförmigkeit über den Block werden durch hochempfindliche Mikroprozessorsteuerung gewährleistet.Aufheizrate auf 100 °C in weniger als 12 Minuten. Auslieferung mit einem Werkzeug, um den Heizblock ein und auszubauen.Aluminiumblöcke bitte separat bestellen.Mit BioCote-Beschichtung: spezieller, auf Silber basierender antimikrobieller Schutz.
Bohrungen werden vom Benutzer nach Bedarf gesetzt.
Polypropylene outer case is resilient and chemically resistant. Highly efficient in heating up to a maximum element temperature of 450 °C. The flexible heating element is suspended in a thermal insulating cartridge to provide maximum heat transfer with minimum risk of flask breakage. Even at full power output, the exterior remains "cool-to-touch" due to good heating element insulation. All heating mantles have support clamp for rods of up to 12 mm diameter, and are double fused, with earth (ground) screen to protect the user from electric shocks.Spare heater cartridges are available on request.
Solid stainless steel liner, which protects against fluid spills and is easy to clean, with central aperture to accommodate round-bottom and pear-shaped flask and 60° funnels. For round bottom flasks, pear-shaped flasks and 60° funnels (Mantle is open at the bottom). Polypropylene outer case is resilient and chemically- resistant. Highly efficient in heating up to an element temperature of 450 °C. Even at full power output, the exterior remains "cool-to-touch" due to good heating element insulation. All heating mantles have support clamp for rods of up to 12 mm diameter, and are double fused, with earth (ground) screen to protect the user from electric shocks.Spare heater cartridges are available on request.
Solid, with mesh stainless steel liner, which protects against fluid spills, with central aperture to accommodate round-bottom and pear-shaped flask and 60° funnels. For round bottom flasks, pear-shaped flasks and 60° funnels (Mantle is open at the bottom). Polypropylene outer case is resilient and chemically- resistant. Highly efficient in heating up to a maximum element temperature of 450 °C. Even at full power output, the exterior remains "cool-to-touch" due to good heating element insulation. All heating mantles have support clamp for rods of up to 12 mm diameter, and are double fused, with earth (ground) screen to protect the user from electric shocks.Spare heater cartridges are available on request.
Block thermostat with cooling and heating function and with 2 independent modules for interchangeable blocks, combined in a single unit. Control panel is divided in two parts for separate control of cooling and heating blocks.Digital temperature control for optimum precisionDigital timer with sound alarmTimer: 1 min to 99 h 59 minUser adjustable programs for temperature and time: 16 heating programs and 16 cooling programsTemperature calibration functionWith protective lidTemperature range heating: ambient + 5 to 150 °C (25 to 150 °C)Temperature range cooling: ambient - 23 to ambient + 5 °C (-3 to 20 °C)
LabHEAT®-Heating cover for reaction vessels. Flexible glass yarn heating element, outer jacket in glass silk, with Ø 60 mm bottom outlet from 500 ml, max. heating element temperature 450 °C, 1.5 m power supply (earthed) cable with heating-zone and RCD (residual current detection.
LabHEAT®-Heating mantles for flasks, round bottom. Designed identical to series KM-G, but the heating element is made of heat-resistant quartz yarn and permits a maximum temperature up to 900 °C; 1.5 m power supply (earthed) cable with heating-zone switch and RCD (residual current detection).
LabHEAT® - Heating mantles for flasks, round bottom. Flexible glass yarn heating element in plastic coated, chemical-resistant metal housing with built-in power-on and heating zone switch, in addition equipped with a controller which allows a continuous adjustment of the heater power; max. heating element temperature 450 °C; 1.5 m power supply (earthed) cable and RCD (residual current detection).
LabHEAT® - Heating mantles for flasks, round bottom. Flexible glass yarn heating element in plastic coated, chemical-resistant metal housing with built-in power-on and heating zone switch; max. heating element temperature 450 °C; 1.5 m power supply (earthed) cable and RCD (residual current detection).
Promotion
DIN 12336Flat-bottom with spoutAutoclavable
DIN 12336Flat-bottom with spout
Glazed inside and outside except for rim.
Promotion
DIN 12336Flat-bottom with spoutAutoclavable
DIN 12336Flat-bottom with spout
Glazed inside and outside except for rim.
Our Laboratory Hotplates Are Versatile and Offer a Wide Range of Applications!
Laboratory hotplates are essential lab equipment used in a variety of fields. In chemistry and biology, they are utilized to achieve precise temperatures. However, they are also indispensable in research, industry, university institutes, and manufacturing facilities. Hotplates are professional heating devices in temperature control technology, designed to heat various laboratory containers such as heating baths, Erlenmeyer flasks, beakers, distillation flasks, or round-bottom flasks.
Our high-quality laboratory hotplates from renowned manufacturers such as IKA, Ohaus, Heidolph, Velp, LLG, and others are robust temperature control devices for laboratory applications. They are made from high-quality materials resistant to chemicals and temperature fluctuations and are designed for safe continuous operation in all types of laboratories.
How to Find the Perfect Laboratory Hotplate for Your Application
Choosing the right hotplate for your application is crucial to achieving accurate and reliable results. Here are some factors to consider when selecting a laboratory hotplate:
- Surface Material: The surface material of the hotplate can affect its performance and suitability for certain applications. Consider the properties of materials like ceramic, aluminum, or stainless steel, and choose the one that best meets your requirements.
- Size and Capacity: This is a critical factor in laboratory applications. Select a hotplate that fits your needs and ensures safe and reliable heating of all your samples.
Safety is a top priority when using a hotplate or hotplate stirrer in the laboratory. Be sure to consult with your Avantor expert about your requirements before making a purchase!
Choose a hotplate that can withstand frequent use and exposure to aggressive chemicals. Pay attention to the manufacturer’s warranty to ensure long-term reliability and support.
Select a hotplate that meets your laboratory requirements, is safe to use, easy to operate, and durable. Additionally, read reviews and seek recommendations from other users to make an informed decision.
What Are Laboratory Hotplates Used For?
Hotplates are true all-rounders! They are used to heat substances in containers such as beakers, flasks, or test tubes. The heated substances are then used for various applications, including chemical synthesis and sample preparation. But hotplates can do even more! They help evaporate solvents, melt solids, and maintain the temperature of a reaction or process.
If you need to evaporate solvents in a solution, be sure to contact your Häberle expert for guidance!
Hotplates for chemicals are widely used in scientific research in fields such as biology, chemistry, and materials science.
- In biology, hotplates are essential! They are commonly used for cell cultivation, sterilizing equipment, and preparing samples for analysis.
- In chemistry, hotplates are indispensable for chemical synthesis, substance purification, and carrying out chemical reactions.
- In materials science, hotplates play a crucial role! They are used for material processing and testing, such as melting metals for casting or heating ceramics to high temperatures.
Beyond research, hotplates are also valuable in various industrial sectors. They are used for melting or heating materials, drying and curing coatings, and preheating components for manufacturing. Additionally, hotplates are used for product quality control and testing.
Laboratory hotplates are essential for many scientific and industrial applications. Their versatility and precise temperature control make them an invaluable tool in any laboratory or production facility.
Three Types of Hotplate Surfaces
There are three main types of surfaces used for laboratory hotplates: ceramic, aluminum, and stainless steel. Each surface has its unique properties and is best suited for specific applications.
Ceramic Hotplates
Ceramic surfaces are a highly popular choice for laboratory hotplates due to their excellent corrosion resistance, high-temperature stability, and uniform heating.
- They reach high temperatures quickly, making them ideal for evaporating solvents or boiling low-boiling-point liquids. However, this also poses a slight risk, as solvents may splash, which can be hazardous.
- Solution: Use appropriate lab equipment such as a heating mantle or reflux system when heating low-boiling-point samples or evaporating solvents. Alternatively, use a high-quality ceramic hotplate with a precise temperature controller to prevent overheating.
Aluminum Hotplates
Aluminum hotplates are a great, cost-effective alternative to ceramic hotplates.
- They are lightweight and have excellent thermal conductivity, making them perfect for applications that require rapid heating or cooling.
- Easy to clean – their smooth surface allows for quick and simple maintenance.
Stainless Steel Hotplates
Stainless steel surfaces are extremely durable and corrosion-resistant.
- Perfect for harsh lab environments, as they are easy to clean and maintain.
- Ideal for high-temperature applications that require uniform heating and long-lasting performance.
Round vs. Square Hotplates
Round and square hotplates are both useful laboratory heating devices, each suited for specific applications. Here are some factors to consider when choosing the right shape:
Expert Consultation for the Right Choice
Selecting the ideal laboratory hot plate requires careful consideration of factors such as the type of vessels used, heating capacity, material compatibility, and precision control. Whether you need a round or square heating plate, ceramic or aluminum surfaces, or advanced temperature regulation, choosing the right model ensures safety, efficiency, and accurate results in your laboratory processes.
At Haeberle Lab, we offer a wide range of high-quality laboratory hot plates designed to meet diverse scientific and industrial needs. Our experts are available to guide you in selecting the best equipment tailored to your specific applications.
Contact Us
For more information on our range of laboratory hot plates or to receive personalized recommendations, feel free to contact us. Our team is ready to assist you in finding the ideal heating solution for your lab.
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