VERSION MOVIL
Huber (Peter Huber Kältemaschinenbau SE) German manufacturer specializing in high-precision temperature control systems for laboratories, pilot plants, and industrial processes.
Their portfolio includes dynamic temperature control systems, chillers, and circulators designed to provide highly precise, stable, and reproducible thermal control across a wide temperature range.
Huber solutions are widely used in the chemical, pharmaceutical, biotechnology, and research industries, where temperature stability and accuracy are critical to process performance.
The company also incorporates natural refrigerants and energy-efficient designs, aimed at reducing environmental impact and equipment energy consumption.
With a global presence and a solid tradition of German engineering, Huber is distinguished by the rigor of its thermal control, operational reliability, and system efficiency.
These are the HUBER products we offer at Techline:
Unistat - Dynamic temperature control systems
The sistemas Unistat They are highly precise and dynamic thermoregulation units designed for demanding thermal control in reactors, testing, pilot plants, and production facilities. They utilize an advanced Pilot ONE controller featuring a touchscreen interface, adaptive algorithms, and high-resolution sensors to maintain temperature stability of ±0.01 K across wide ranges.
Temperature range: from approximately -85 °C up to +250 °C, with extended versions up to >+300 °C depending on the model.
Temperature stability: ±0.01 K around the setpoint.
Typical capacities:
- Compact laboratory models: 2 – 6 kW heating/recirculation capacity and up to 1 kW cooling capacity depending on temperature.
- Industrial models: Adapted to larger industrial processes with a wide range of capacities. From 3 kW heating capacity and 1.5 kW cooling capacity up to 100 kW heating capacity and 130 kW cooling capacity, depending on the model.
These units stand out for their rapid response and sustained precision, making them ideal for thermally critical processes such as temperature regulation in pharmaceutical reactors, kinetic studies, fine chemical synthesis, and testing that demands cycle-to-cycle reproducibility and high stability.
The Unichiller They are closed-loop recirculating cooling systems that deliver a stable and continuous low temperature to processes and facilities. Their closed configuration minimizes fluid loss and enables robust operation with simple integration into existing equipment.
Typical temperature range: approximately -20 °C to +40 °C in standard cooling, with the option of a heating function to extend the operating range (exceeding 100 °C).
Cooling capacity: from laboratory-scale values (~0.3 kW) up to ≈ 50 kW depending on the model and configuration.
Heating capacity: Added as an option, with capacity available upon customer request. While they do not match the thermal response speed or absolute precision of the Unistat series, Unichiller stand out for their stability in continuous operation and versatility in applications requiring constant cooling or thermal maintenance within defined tolerances—such as cooling auxiliary equipment, condensers, heat exchangers, or centralized cold water supplies.
Unichiller – Recirculating chillers
Thermostatic baths and circulators
HUBER thermostatic baths and circulators provide an economical and easy-to-use solution for temperature control in laboratory tests or less dynamically demanding processes.
Temperature range: depending on the model, from approximately -30 °C to +300 °C.
Typical thermal stability: around ± 0.02 K in standard modes.
Thermal power: from ~1 kW in basic models to ~7 kW in higher capacity versions.
Its open bath design facilitates access to the thermal medium, simplifies installation and maintenance, and reduces the total acquisition cost.
They are suitable for routine testing tasks, thermal calibration, materials testing, and applications where ease of use and low operating cost are priorities.
HTS (Heat Transfer Systems)
HUBER's HTS (Heat Transfer Systems) are systems designed for the efficient transfer of thermal energy to reactors, exchangers and process equipment in industrial and pilot plant environments.
These systems work with closed thermal fluid circuits and can be configured for heating, cooling or a combination of both, covering wide temperature ranges depending on the application.
Its architecture allows:
- High thermal capacities of tens of kW in heating and cooling for industrial applications.
- Stability and robustness for continuous operation with reactors or other large process equipment.
HTS systems are suitable for industrial processes in fine chemicals, pharmaceuticals, polymers and specialty chemicals, where robust and reliable thermal management is required at a production scale.
VERSION WEB
Huber (Peter Huber Kältemaschinenbau SE) German manufacturer specializing in high-precision temperature control systems for laboratories, pilot plants, and industrial processes.
Their portfolio includes dynamic temperature control systems, chillers, and circulators designed to provide highly precise, stable, and reproducible thermal control across a wide temperature range.
Huber solutions are widely used in the chemical, pharmaceutical, biotechnology, and research industries, where temperature stability and accuracy are critical to process performance.
The company also incorporates natural refrigerants and energy-efficient designs, aimed at reducing environmental impact and equipment energy consumption.
With a global presence and a solid tradition of German engineering, Huber is distinguished by the rigor of its thermal control, operational reliability, and system efficiency.
FEATURED PRODUCTS
These are the HUBER products we offer at Techline:
Unistat - Dynamic temperature control systems
The sistemas Unistat They are highly precise and dynamic thermoregulation units designed for demanding thermal control in reactors, testing, pilot plants, and production facilities. They utilize an advanced Pilot ONE controller featuring a touchscreen interface, adaptive algorithms, and high-resolution sensors to maintain temperature stability of ±0.01 K across wide ranges.
Temperature range: from approximately -85 °C up to +250 °C, with extended versions up to >+300 °C depending on the model.
Temperature stability: ±0.01 K around the setpoint.
Typical capacities:
- Compact laboratory models: 2 – 6 kW heating/recirculation capacity and up to 1 kW cooling capacity depending on temperature.
- Industrial models: Adapted to larger industrial processes with a wide range of capacities. From 3 kW heating capacity and 1.5 kW cooling capacity up to 100 kW heating capacity and 130 kW cooling capacity, depending on the model.
These units stand out for their rapid response and sustained precision, making them ideal for thermally critical processes such as temperature regulation in pharmaceutical reactors, kinetic studies, fine chemical synthesis, and testing that demands cycle-to-cycle reproducibility and high stability.
Unichiller – Recirculating chillers
The Unichiller They are closed-loop recirculating cooling systems that deliver a stable and continuous low temperature to processes and facilities. Their closed configuration minimizes fluid loss and enables robust operation with simple integration into existing equipment.
Typical temperature range: approximately -20 °C to +40 °C in standard cooling, with the option of a heating function to extend the operating range (exceeding 100 °C).
Cooling capacity: from laboratory-scale values (~0.3 kW) up to ≈ 50 kW depending on the model and configuration.
Heating capacity: Added as an option, with capacity available upon customer request. While they do not match the thermal response speed or absolute precision of the Unistat series, Unichiller stand out for their stability in continuous operation and versatility in applications requiring constant cooling or thermal maintenance within defined tolerances—such as cooling auxiliary equipment, condensers, heat exchangers, or centralized cold water supplies.
Thermostatic baths and circulators
HUBER thermostatic baths and circulators provide an economical and easy-to-use solution for temperature control in laboratory tests or less dynamically demanding processes.
Temperature range: depending on the model, from approximately -30 °C to +300 °C.
Typical thermal stability: around ± 0.02 K in standard modes.
Thermal power: from ~1 kW in basic models to ~7 kW in higher capacity versions.
Its open bath design facilitates access to the thermal medium, simplifies installation and maintenance, and reduces the total acquisition cost.
They are suitable for routine testing tasks, thermal calibration, materials testing, and applications where ease of use and low operating cost are priorities.
HTS (Heat Transfer Systems)
HUBER's HTS (Heat Transfer Systems) are systems designed for the efficient transfer of thermal energy to reactors, exchangers and process equipment in industrial and pilot plant environments.
These systems work with closed thermal fluid circuits and can be configured for heating, cooling or a combination of both, covering wide temperature ranges depending on the application.
Its architecture allows:
- High thermal capacities of tens of kW in heating and cooling for industrial applications.
- Stability and robustness for continuous operation with reactors or other large process equipment.
HTS systems are suitable for industrial processes in fine chemicals, pharmaceuticals, polymers and specialty chemicals, where robust and reliable thermal management is required at a production scale.
Other specialized products
In addition to its main product lines, HUBER manufactures complementary solutions for specific needs or applications in laboratories and industry, including the following:
CS Chillers: Recirculating chillers for maintaining constant temperature in auxiliary applications. Simple design, quick integration, and robust operation for moderate thermal loads.
Unimotive: Thermoregulation systems for automotive and industrial test benches, designed for reproducible thermal cycles with water-glycol mixtures and stable process control.
Cold Fingers: Focused cooling elements for laboratory setups or localized condensation.
RotaCool: Cooling systems for rotary evaporators that replace the use of running water, improving thermal stability and reducing resource consumption.
HotBox: Compact thermally controlled environment units for materials testing, preheating or specific tests.
CONTACT
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