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Funnel with lid MARCO, 38-430 / Wheaton, Type 1
PE-HD Funnel with removable sieve & MARCO lid.
The robust safety funnel MARCO, made of high-performance plastic, offers reliable work protection and chemical resistance: thanks to the hinged lid with integrated seal, even harmful solvent residues cannot escape. The removable dirt sieve safely catches solids such as magnetic stirring bars.
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Safety Cap I 38-430
PTFE Safety Cap with 1 air valve and 1 capillary connection.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a 38-430 thread, ideal for Wheaton bottles.
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Safety Cap II 38-430
PTFE Safety Cap with 1 air valve and 2 capillary connections.
Coupled with its hermetically sealing properties, this PTFE safety waste cap can prevent unwanted contamination with its filter membrane, whether it is unwanted particles entering the containers or harmful vapors escaping from them. This safety cap is designed to fit laboratory bottles with a 38-430 thread, ideal for Wheaton bottles.
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Safety Waste Cap Mini-LISA, 38-430 / Wheaton
PTFE Safety Cap with 3 tube connections and 4 capillary connections.
Equipped with three tube connections and four capillary connections, the Safety Waste Cap Mini-Lisa prevents unwanted particles from entering containers and harmful vapors from escaping, while offering flexibility to add connections and components individually as needed. This safety cap is designed to fit laboratory bottles with a 38-430 thread, making it ideal for Wheaton bottles.
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18mm Screw Top Headspace Vial
ChromineX™ 18mm Headspace Vial: Cost-effective solution for precise chromatography, ensuring quality without compromising budget.
ChromineX™ presents the 18mm Screw Top Headspace Vial, part of our platform committed to cost-effective chromatography solutions. Delivering quality results without straining budgets, it's the optimal choice for analytical excellence.
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2050-1
provide precise and uniform temperature control for laboratory heating, incubation, and sample preparation. Designed for reliable temperature stability and consistent circulation, the series supports a wide range of research, testing, and quality control applications.
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441 - High efficiency
The 441 series of vacuum motors is a new generation of vacuum motors for dry applications, designed to comply with the energy label requirements.
They are manufactured on semi-automated production lines. Advanced control devices inspect every motor both during and at the end of the assembly process. The 441 series is compact, lightweight and reliable solution for many different applications, especially where weight is important. The 441 series motors have a power rating of up to 900 W, can be used with various voltages, and have a diameter of 106 mm. The 441 series vacuum motors are produced in Domel’s Chinese plant in accordance with European standards.
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457 - High efficiency
457 High Efficiency is a high-performance bypass motor designed to deliver efficient, reliable operation for dry and wet vacuum applications, with optimized airflow and cooling.
The 457 series of vacuum motors includes a new generation of bypass motors for wet and dry applications, designed to comply with the energy label requirements. These vacuum cleaner motors are installed into a BMC housing which is lighter than sheet metal, while the motor structure enables higher efficiency. They are manufactured on highly automated production lines. Advanced control devices inspect every motor both during and at the end of the assembly process. The 457 series motors are compact and lightweight, with all the characteristics of the previous, heavier models. They are environmentally friendly, with a low carbon footprint and over 50% efficiency. They are produced with 30% less material compared to previous versions. The 457 series is a reliable solution for many different applications, especially where weight is important. These vacuum motors for wet and dry applications are perfect for battery-driven applications. They are characterized by high suction power and are available with a wide range of supply voltages. The 457 series vacuum cleaner motors are designed and manufactured in the EU.
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458 - High efficiency & low vibration
The 458 series of vacuum motors is a new generation of vacuum motors for dry applications, designed to comply with the energy label requirements.
These vacuum cleaner motors are installed into a BMC housing which is lighter than sheet metal, while the motor structure enables higher efficiency. They are manufactured on highly automated production lines. Advanced control devices inspect every motor both during and at the end of the assembly process. The 458 series motors are compact and lightweight, with all the characteristics of the previous, heavier models. They are environmentally friendly, with a low carbon footprint and over 50% efficiency. They are produced with 30% less material compared to previous versions. The 458 series is a reliable solution for many different applications, especially where weight is important. These vacuum motors for dry applications are perfect for battery driven applications. They are characterised by high suction power and are available with a wide range of supply voltages. The 458 series vacuum cleaner motors are designed and manufactured in the EU.
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459 - High speed & compact
The 459 series of vacuum motors is a new generation of vacuum motors for dry applications, designed to comply with the energy label requirements.
They are manufactured on semi-automated production lines. Advanced control devices inspect every motor both during and at the end of the assembly process. The 459 series is a compact, lightweight and reliable solution for many different applications, especially where weight is important. The 459 series motors have a power rating of up to 600 W, can be used with various voltages, and have a diameter of 85 mm. The 459 series vacuum motors are produced in Domel’s Chinese plant in accordance with European standards.
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467 - High power
467 High Power is a powerful bypass motor designed to deliver reliable performance and strong suction for demanding dry and wet vacuum applications.
The 467 series of vacuum motors includes bypass motors for wet and dry applications. These vacuum cleaner motors are installed into a BMC housing which is lighter than sheet metal, while the motor structure enables greater efficiency. They are manufactured on highly automated production lines. Advanced control devices inspect every motor both during and at the end of the assembly process. The 467 series is characterised by high quality and energy efficiency. All these advantages make the new series of vacuum motors the most cost-effective, user friendly and energy efficient in the industry. The 467 series motors have a power rating of up to 1900 W, can be used with various voltages, and have a diameter of 130 mm. Separators and water filters can also be installed. They are double insulated and do not require grounding provision. The 467 series vacuum cleaner motors are designed and manufactured in the EU.
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491 - Tangential
491 Tangential is a reliable bypass motor designed with tangential airflow for efficient cooling and consistent performance in dry and wet vacuum applications.
The 491 series of vacuum motors includes tangential bypass motors for wet and dry applications. The 491 series motors have a robust skeletal structure and a diameter of 145 mm. They are available in one-, two- or three-stage configurations. These motors are the most efficient in their performance and size category. Their eco-friendliness and energy efficiency are further expanded by their aluminium structure, with additional bearing protection for reliable and silent operation in severe conditions. Due to extremely high negative or positive pressure, the 491 series motors can be used in various appliances, particularly central vacuum cleaners, commercial/industrial vacuum cleaners and blowers. The 491 series vacuum cleaner motors are designed and manufactured in the EU.
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492 - Radial
492 Radial is a reliable bypass motor featuring radial airflow for efficient cooling and consistent performance in demanding dry and wet vacuum applications.
The 492 series of vacuum motors includes bypass motors for wet and dry applications. The 492 series motors have a robust skeletal structure and a diameter of 145 mm. They are available in one-, two- or three-stage configurations. These motors are the most efficient in their performance and size category. Their eco-friendliness and energy efficiency are further expanded by their aluminium structure, with additional bearing protection for reliable and silent operation in severe conditions. Due to extremely high negative or positive pressure, the 492 series motors can be used in various appliances, particularly central vacuum cleaners, commercial/industrial vacuum cleaners and blowers. They can be constructed with single or double insulation. The 492 series vacuum cleaner motors are designed and manufactured in the EU.
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496 - Traditional 2-stage
The 496 series of vacuum motors includes through flow motors for dry applications.
The 496 series motors have a robust skeletal structure and a diameter of 145 mm. They are available in one- or two-stage configurations. These motors are the most efficient in their performance and size category. Their eco-friendliness and energy efficiency are further enhanced by their aluminium structure for reliable and silent operation in severe conditions. Due to extremely high negative or positive pressure, the 496 series motors can be used in various appliances, particularly central vacuum cleaners, commercial/industrial vacuum cleaners and blowers. The 496 series vacuum cleaner motors are designed and manufactured in the EU.
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497 - Low voltage
**497 Low Voltage** is a compact brushless blower designed for efficient low-voltage operation, providing reliable airflow and performance for ventilation, cooling, and air-moving applications.
145 mm (5,7”) - Low Voltage (24 V DC, 36 V DC, 52 V DC) A special sealing system used was designed to protect bearings against air pollution and moisture (497.3.267). For applications in floor care we have developed a waterproof seal between the blower and motor parts. Blowers can also be -antistatic and anticorrosion-protected and are available in one-, two-, or three-stage configuration. An intelligent drive was adapted to regenerate the air supply of fuel cells. Otherwise, all main technical features are the same as in other blowers (blocked rotor protection, thermal protection, soft start, etc.).
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498 - Compact 2 stage
498 Compact 2-Stage is a space-saving vacuum motor designed to deliver reliable two-stage performance, making it suitable for compact vacuum systems and cleaning equipment.
The 498 series of vacuum motors includes through flow motors for dry applications. The 498 series motors have a robust skeletal structure and a diameter of 106.3 mm. They are available in one- or two-stage configurations. These vacuum cleaner motors are designed with an option to simultaneously drive a belt driven brush roll. They can operate at lower rpm and with a power of up to 1200 W, and are most commonly used in upright vacuum cleaners and low-power appliances. The 498 series vacuum cleaner motors are designed and manufactured in the EU.
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7000-10
Designed for real-world applications, the 7000 Series is built to handle a variety of product loads, ensuring precise and reliable conditions for your critical testing needs.
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7000-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7000-25
Designed for real-world applications, the 7000 Series is built to handle a variety of product loads, ensuring precise and reliable conditions for your critical testing needs.
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7000-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7000-33
Designed for real-world applications, the 7000 Series is built to handle a variety of product loads, ensuring precise and reliable conditions for your critical testing needs.
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7000-50
Designed for real-world applications, the 7000 Series is built to handle a variety of product loads, ensuring precise and reliable conditions for your critical testing needs.
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7000-75
Designed for real-world applications, the 7000 Series is built to handle a variety of product loads, ensuring precise and reliable conditions for your critical testing needs.
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7001-10
provide reliable temperature control for stability testing of pharmaceuticals, biological products, food, and other temperature-sensitive materials. Designed to maintain consistent refrigerated conditions for accurate and repeatable testing.
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7001-25
provide reliable temperature control for stability testing of pharmaceuticals, biological products, food, and other temperature-sensitive materials. Designed to maintain consistent refrigerated conditions for accurate and repeatable testing.
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7001-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7001-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7001-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7001-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7001-33
provide reliable temperature control for stability testing of pharmaceuticals, biological products, food, and other temperature-sensitive materials. Designed to maintain consistent refrigerated conditions for accurate and repeatable testing.
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7001-50
provide reliable temperature control for stability testing of pharmaceuticals, biological products, food, and other temperature-sensitive materials. Designed to maintain consistent refrigerated conditions for accurate and repeatable testing.
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7001-75
provide reliable temperature control for stability testing of pharmaceuticals, biological products, food, and other temperature-sensitive materials. Designed to maintain consistent refrigerated conditions for accurate and repeatable testing.
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7002-10
provide precise temperature and humidity control for stability testing of pharmaceuticals, cosmetics, food, and other products. Designed to deliver reliable, uniform environmental conditions for consistent and repeatable testing.
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7002-25
provide precise temperature and humidity control for stability testing of pharmaceuticals, cosmetics, food, and other products. Designed to deliver reliable, uniform environmental conditions for consistent and repeatable testing.
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7002-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7002-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7002-33
provide precise temperature and humidity control for stability testing of pharmaceuticals, cosmetics, food, and other products. Designed to deliver reliable, uniform environmental conditions for consistent and repeatable testing.
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7002-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7002-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7003-10
provide precise temperature and humidity control for stability testing of pharmaceuticals, cosmetics, food, and other products. Designed to deliver reliable, uniform environmental conditions for consistent and repeatable testing.
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7003-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7003-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7003-25
provide precise temperature and humidity control for stability testing of pharmaceuticals, cosmetics, food, and other products. Designed to deliver reliable, uniform environmental conditions for consistent and repeatable testing.
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7003-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7003-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7003-33
provide precise temperature and humidity control for stability testing of pharmaceuticals, cosmetics, food, and other products. Designed to deliver reliable, uniform environmental conditions for consistent and repeatable testing.
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714 - Compact and highly efficient
**714 Compact & Highly Efficient** is a compact brushless vacuum motor designed to deliver high efficiency, reliable airflow, and dependable performance in space-constrained vacuum and cleaning applications.
The 714 series of electronically commutated brushless vacuum motors is designed to be used in battery driven applications, available in voltages between 12 V and 48 V. This highly efficient and compact motor uses our own innovative technology which enables the lowest vibrations in its class, while the EC technology used also enables longer operating life. The robust structure enables high electric power up to 700 W and speeds up to 100,000 rpm. The brushless vacuum motors in series 714 are produced in Domel’s Chinese plant in accordance with European standards.
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720 inner runner motor
The 720 series of electronically commutated (EC) motors is designed to be used in battery-driven applications, available in voltages between 12 V and 48 V. In addition to its high efficiency and excellent power-to-weight ratio, the EC technology used also enables an exceptionally long lifetime.
A wide range of stack heights are available – from 10 mm to 40 mm – which allows flexibility according to customer requirements and installation in end appliances. The motor is highly efficient, which is particularly important for the end user, as it allows for significantly longer autonomy of use. The 720 family of EC motors is designed for a power range of 100 to 2,500 W, and the electronics ensure precise regulation and rapid adjustment to various usage requirements. The motor has a modular design and can be used in various applications. The motor can be equipped with optional Hall sensors, and can therefore be used in various types of controllers.
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725 outer runner motor
The electronically commutated (EC) series 725 motors are designed to be used in battery-driven applications, available in voltages between 12 V and 48 V. In addition to its high efficiency and very low power-to-weight ratio, the EC technology used also enables an exceptionally long lifetime.
The motor is characterised by open construction with an outer rotor and integrated fan, which enables high power density. A wide range of stack heights are available – from 20 mm to 35 mm – which allows flexibility according to customer requirements and installation in end appliances. The 725 family of EC motors is designed for a power range of 500 to 1,700 W, and the electronics ensure precise regulation and rapid adjustment to various usage requirements. Optionally, the motor can be equipped with Hall sensors and can therefore be used in various types of controllers.
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727 rotor and stator, inner runner
727 Rotor and Stator, Inner Runner is a compact motor assembly designed for efficient and reliable operation in ventilation, HVAC, and other industrial applications.
The 727 series of electronically commutated motors is designed and developed on the basis of our own knowledge and technologies, and is used for various applications in the automotive industry. By using advanced materials, optimal power-to-weight ratio and modular solutions, it allows greater competitive advantage on the market and can be quickly adapted to customer requirements. It fulfils the highest standards in the automotive industry and provides a smaller carbon footprint, reduced noise levels and lower weight, thus ensuring longer vehicle range.
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729 - Bypass
**729 Bypass** is a reliable brushless vacuum motor designed to deliver efficient airflow and consistent performance for demanding vacuum, cleaning, and industrial applications.
The 729 series of electronically commutated brushless vacuum motors includes bypass motors for wet and dry applications. They are the most durable high performance drives suitable for up to 5,000 operational hours. In addition to the possibility of EC-driven operation, the main characteristics of these motors are operation with any carbon brush dust and optional use of an EMC filter. As a result of these advantages, the motor is a perfect choice for professional or semi-professional industrial use. The 729 series brushless vacuum motors are designed and manufactured in the EU.
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730 inner runner motor
The 730 series of electronically commutated (EC) motors is designed to be used in battery-driven applications, available in voltages between 12 V and 72 V. In addition to its high efficiency and excellent power-to-weight ratio, the EC technology used also enables an exceptionally long lifetime.
A wide range of stack heights are available – from 10 mm to 40 mm – which allows flexibility according to customer requirements and installation in end appliances. The motor is highly efficient, which is particularly important for the end user, as it allows for significantly longer autonomy of use. The 730 family of EC motors is designed for a power range of 300 to 3,000 W, and the electronics ensure precise regulation and rapid adjustment to various usage requirements. The motor has a modular design and can be used in various applications.
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7310-22
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7310-50
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7310-75
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7311-22
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7311-50
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7311-75
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7312-22
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7312-50
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7312-75
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7314-22
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7314-50
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7314-75
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7315-22
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7317-22
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7317-50
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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7317-75
provide precise control of temperature, light, and other environmental conditions for plant growth and cultivation studies. Designed to create consistent, repeatable conditions for research involving plants, seeds, and other biological materials.
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731 inner runner motor
The electronically commutated (EC) series 731 motors are designed to be used in battery-driven applications, available in voltages between 12 V and 48 V. In addition to its high efficiency and very low power-to-weight ratio, the EC technology used also enables an exceptionally long lifetime.
The motor is characterised by open construction, which means that it can also be used wherever the impact of the environmental can be harmful. It also provides a very compact design. A wide range of stack heights are available – from 13 mm to 40 mm – which allows flexibility according to customer requirements and installation in end appliances. The 730 family of EC motors is designed for a power range of 500 to 2,000 W, and the electronics ensure precise regulation and rapid adjustment to various usage requirements.
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7340-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7340-25
provide a precisely controlled environment for insect breeding, rearing, and research applications. Designed to maintain stable and reproducible environmental conditions, these chambers offer accurate control of temperature, humidity, and lighting to support insect growth and development.
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7340-33
provide a precisely controlled environment for insect breeding, rearing, and research applications. Designed to maintain stable and reproducible environmental conditions, these chambers offer accurate control of temperature, humidity, and lighting to support insect growth and development.
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7340-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7350-25
provide precise environmental control for animal housing and research applications. Designed to maintain stable temperature, humidity, and lighting conditions, these chambers support controlled animal rearing, breeding, behavioral studies, and other laboratory research requiring consistent environmental conditions.
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7350-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7350-33
provide precise environmental control for animal housing and research applications. Designed to maintain stable temperature, humidity, and lighting conditions, these chambers support controlled animal rearing, breeding, behavioral studies, and other laboratory research requiring consistent environmental conditions.
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7350-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7400-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7400-25
provide precise temperature control and reliable orbital shaking for controlled incubation and mixing applications. Designed for laboratory research, it supports consistent environmental conditions while delivering uniform agitation for cell culture, microbiology, biotechnology, and other sensitive samples.
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7400-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7400-33
provide precise temperature control and reliable orbital shaking for controlled incubation and mixing applications. Designed for laboratory research, it supports consistent environmental conditions while delivering uniform agitation for cell culture, microbiology, biotechnology, and other sensitive samples.
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7401-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7401-25
provide precise temperature control and reliable orbital shaking for controlled incubation and mixing applications. Designed for laboratory research, it supports consistent environmental conditions while delivering uniform agitation for cell culture, microbiology, biotechnology, and other sensitive samples.
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7401-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
C
7401-33
provide precise temperature control and reliable orbital shaking for controlled incubation and mixing applications. Designed for laboratory research, it supports consistent environmental conditions while delivering uniform agitation for cell culture, microbiology, biotechnology, and other sensitive samples.
C
7404-10
provide precise temperature control and reliable orbital shaking for controlled incubation and mixing applications. Designed for laboratory research, it supports consistent environmental conditions while delivering uniform agitation for cell culture, microbiology, biotechnology, and other sensitive samples.
C
7406-25
provide precise temperature control and reliable orbital shaking for controlled incubation and mixing applications. Designed for laboratory research, it supports consistent environmental conditions while delivering uniform agitation for cell culture, microbiology, biotechnology, and other sensitive samples.
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7406-33
provide precise temperature control and reliable orbital shaking for controlled incubation and mixing applications. Designed for laboratory research, it supports consistent environmental conditions while delivering uniform agitation for cell culture, microbiology, biotechnology, and other sensitive samples.
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740 high power inner runner
The electronically commutated (EC) series 740 motors are designed to be used in battery-driven applications, available in voltages between 12 V and 72 V.
A wide range of stack heights are available – from 10 mm to 40 mm – which allows flexibility according to customer requirements and installation in end appliances. The motor is highly efficient, which is particularly important for the end user, as it allows for significantly longer autonomy of use. The 740 family of EC motors is designed for a power range of 500 to 8,000 W, and the electronics ensure precise regulation and rapid adjustment to various usage requirements. The motor has a modular design and can be used in various applications.
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7540
provide controlled light and temperature conditions for photostability testing of pharmaceuticals, cosmetics, and other light-sensitive materials. Designed for reliable, consistent testing and compliance with industry standards.
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7545
provide controlled light and temperature conditions for photostability testing of pharmaceuticals, cosmetics, and other light-sensitive materials. Designed for reliable, consistent testing and compliance with industry standards.
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758 - Thruflow low voltage & high efficiency
758 Thruflow Low Voltage & High Efficiency is a compact brushless motor designed to provide efficient airflow, low-voltage operation, and reliable performance for vacuum and ventilation applications.
The 758 series of vacuum cleaner motors includes through-flow motors for dry applications. They are the optimal choice for applications where reliability and high efficiency are essential. This compact through-flow motor is designed to be used for professional and semi-professional household appliances and garden applications. The motor has a long lifetime due to its brushless motor technology, and its high efficiency enables extended operational autonomy for battery-driven applications. The motor operates efficiently over a wide power range of 250 W to 1200 W and is suitable for battery-driven applications with a voltage between 12 V and 48 V and above. The modular and aerodynamic structure enables a variety of pressure-flow performance curves, from low to ultra-high airflow. The 758 series vacuum cleaner motors are designed and manufactured in the EU.
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759 - Bypass low voltage & high efficiency
759 Bypass Low Voltage & High Efficiency is a compact brushless vacuum motor designed for efficient, low-voltage operation, delivering reliable airflow and performance for demanding vacuum and cleaning applications.
The 759 series of electronically commutated brushless vacuum motors includes bypass motors for wet and dry applications. They are the optimal choice for applications where reliability and high efficiency are essential. This compact bypass motor has an excellent power to weight ratio and is designed to be used in wet and dry applications. The brushless motor technology enables the highest efficiency over a wide power range, usually between 250 W and 1200 W, and the motor is suitable for battery-driven applications from 12 V to 48 V and above. The modular and aerodynamic structure enables a variety of pressure-flow performance curves, from low to ultra-high airflow. The 759 series brushless vacuum motors are designed and manufactured in the EU.
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7900-25
provide precise and repeatable temperature cycling for freeze/thaw stability testing of pharmaceuticals, biological products, and other temperature-sensitive materials. Designed to simulate controlled freezing and thawing conditions for reliable product evaluation.
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7900-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
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7900-33
provide precise and repeatable temperature cycling for freeze/thaw stability testing of pharmaceuticals, biological products, and other temperature-sensitive materials. Designed to simulate controlled freezing and thawing conditions for reliable product evaluation.
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7901-25
provide precise and repeatable temperature cycling for freeze/thaw stability testing of pharmaceuticals, biological products, and other temperature-sensitive materials. Designed to simulate controlled freezing and thawing conditions for reliable product evaluation.
C
7901-25
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
C
7901-33
provide enhanced features for applications that require controlled and contamination-conscious environments. This upgrade helps prepare the incubator for use in cleanroom and other critical laboratory settings where cleanliness, consistency, and reliable environmental control are essential.
T
7901-33
provide precise and repeatable temperature cycling for freeze/thaw stability testing of pharmaceuticals, biological products, and other temperature-sensitive materials. Designed to simulate controlled freezing and thawing conditions for reliable product evaluation.
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Got questions? We've got answers. explore our FAQs for quick solutions and information.
What types of Chromatography Supplies do you offer?
We provide a comprehensive range, including columns, solvents, and accessories for various chromatographic techniques
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Yes, our Chemical Standards undergo rigorous testing, ensuring traceability and certification for accurate and reliable results.
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Absolutely. Detailed product information includes compatibility guidelines to help you choose the right supplies for your experiments.
How do I navigate through the extensive product catalogue?
Our user-friendly interface allows easy navigation. You can filter products by category, specifications, and application to find what suits your needs.
Do you offer customisation for Chemical Standards according to specific research requirements?
Yes, we provide specific solutions. Contact our experts to discuss customisation options for Chemical Standards based on your research objectives.
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