日本ブロアー List of Products and Services

The water-cooled thermoelectric cooler for chassis cooling uses cooling water to electronically cool the chassis.

The baby SAMOL SL-1F is a palm-sized thermo-cooler. Despite its small size, it can achieve -5°C, which means it can freeze! (with an ambient temperature of 20°C) It is equipped with completely electronic components, making it suitable for high-precision temperature control. ◆ Extremely high cooling capacity. The cooling temperature can be lowered by about 30°C from the surrounding temperature with standard models. Custom models can be made that can cool down to 50°C. Additionally, the cooling capacity is highly efficient, utilizing about 40% of the input power. ■ Examples of applications ■ In the field of electronics, for devices such as IC testing equipment that accurately measure and create time, current, etc.; in the medical field for temperature management of reagents, blood, pharmaceuticals, etc.; in the food sector for temperature management of drinking water and food; and in the educational field for experiments in electronic cooling, etc.

The "Peltier Device Controller" connects to Peltier devices such as the thermoelectric cooler SAMOL, allowing you to set the desired temperature from -20°C to +80°C. It detects temperature with a sensor, determines whether to heat or cool, and adjusts to the set temperature. As the temperature approaches the set point, the controller subtly adjusts the power to precisely reach the specified temperature. The temperature control accuracy is approximately ±0.1°C (absolute accuracy of about ±1°C). Compared to conventional models, it achieves significant cost reduction and is smaller and lighter. For more details, please contact us or download the catalog to view.

At Nippon Blower, we have developed a wide variety of thermal coolers (electronic cooling devices) called "SAMOL" to promptly respond to our customers' requests. We offer over 30 standard models in total, with 2 types of heat dissipation methods, 5 types of cooling methods, and 7 types of cooling capacities. The types of heat dissipation methods include forced air cooling and water cooling. Additionally, we also develop and manufacture custom products tailored to our customers' needs, from single units to mass production. 【Lineup】 ■ Air Cooling ■ Water Cooling → For enclosure cooling → For contact cooling → For contact cooling → For enclosure cooling ■ For Control Panels ■ Options → For control panels → Thermal sensors → Dehumidifiers for control panels → Thermal controllers and many more ● For more details, please download the catalog or contact us.

Heat countermeasures refer to the prevention of problems caused by heat. To achieve this, it is important to organize the flow of heat from its generation, identify issues, and resolve those issues. 【Heat Countermeasures by Electronic Device】 ■Components Heat sinks are the main players. They are determined by the size and amount of heat generated by the heat source. ■Equipment Fans are the main players. In the case of sealed equipment or when temperature control is necessary, SAMOL comes into play. ■Systems POWER SAMOL is recommended. Selection is based on the amount of heat generated, the size of the system, and the surrounding temperature. ●For more details, please download the catalog or contact us.

The "BSP-22FF/44FF" is a thermoelectric cooler (electronic cooling device) with a built-in power supply that not only cools control panels but also has a dehumidifying effect. Additionally, it features an automatic temperature control function. It starts automatic operation at 40°C (this can be easily changed by replacing the set temperature sensor). *Replacement sensors are available separately in increments of 5°C. 【Features of BSP-22FF/44FF】 ■ Cooling capacities available in two types: 110W (22FF) / 220W (44FF) ■ Can be installed on the side of equipment ■ Fan replacement is possible while installed ■ Power supply can be either AC100V or AC200V *For more details, please download the catalog or feel free to contact us.

The VL series has been introduced to the SAMOL family of thermoelectric cooling systems from Japan Blower, achieving ultra-low temperature environments on your desk. While the minimum temperature achieved by conventional products was -10°C, the high-performance Vl-3F3 creates a cooling space of -50°C (and -30°C for the VL-2F2). Temperature management can be set in increments of ±0.1°C using a dedicated controller. There is no noise since it does not use a compressor. Please utilize it for experiments related to science and pharmacy, as well as delicate manufacturing processes. 【Specifications】 [Cooling Section] ○ Method: Peltier ○ Power Supply: Supplied from dedicated controller ○ Operating Environment: -10 to +60°C, 35 to 85% RH ○ Cooling Plate Dimensions: 56×56mm For more details, please contact us or download the catalog.

The "SAMOL-W Series" is a water-cooled thermoelectric cooler for close-contact cooling. Being water-cooled, it offers high power. You can place or attach the item you want to cool, and it is compact, lightweight, and completely free of vibration and noise. We offer models with cooling capacities of 50W, starting with the "SL-10W," as well as the "SL-20W" at 100W and the "SL-40W" at 200W. 【Features】 ■ Cool by placing or attaching the item you want to cool ■ High power due to water cooling (cooling capacities of 50W/100W/200W) ■ Temperature control can be done with a thermocontroller or thermosensor ■ Compact, lightweight, and free of vibration and noise *For more details, please refer to the PDF materials or feel free to contact us.

The air-cooled thermo-cooler for liquid cooling is an ideal cooler for cooling liquids and maintaining constant temperatures.

The air-cooled thermo-cooler for close-contact cooling can directly cool objects.

Air-cooled thermoelectric coolers for chassis cooling are ideal for sealed enclosures in environments that are not conducive.

The "Eco SAMOL PS-8F/10F" is an electronic cooling unit that boasts a cooling efficiency of nearly 100%. By adopting a flat heat pipe design, heat is transferred throughout the entire radiator, allowing for effective heat dissipation even in the corners of the radiator. This results in a compact and lightweight unit compared to traditional fin designs. As a simple experimental device, it can be used for temperature maintenance on a table, from low to high temperatures. Additionally, by directly attaching it to equipment, it allows for more precise temperature control and maintenance. 【Features】 ■ Uses flat heat pipes ■ Can reduce power consumption ■ Significantly minimizes the overall heat generation of the device ■ No restrictions on installation orientation ■ Operates on DC 12V power supply *For more details, please refer to the PDF document or feel free to contact us.

The thermoelectric cooler "POWER SAMOL Series" for control panels is an electronic cooling method that utilizes the Peltier effect, responding to the needs of the times.

Recently, special cooling and heating are required in cooling system devices. Particularly in semiconductor equipment, there are extremely high demands for ultra-low temperature cooling and high-temperature heating circulation control, as well as for temperature stability precision. Additionally, we will create a wide range of cooling systems to accommodate the cooling needs of high-output laser oscillators and various industrial equipment. 【Features】 ■ Responds to advanced specification requests ■ Circulation devices for temperature ranges from -50°C to 150°C ■ Cooling systems for special brine solutions, fluorinated fluids, garden fluids, silicon oil, and ethylene glycol, etc. ■ Ultra-precise stable water temperature cooling devices with a water temperature stability precision of 1/1000°C ■ Cooling devices with cooling capacities of 300 kW for air-cooled integrated types and 400 kW for water-cooled integrated types *For more details, please refer to the PDF document or feel free to contact us.

The "SAMOL-con" is a controller that uses Peltier devices and our thermoelectric coolers to control temperature. The "SL-C7" is a high-precision controller with a digital display that can control Peltier devices using either PID or ON/OFF control. The measurement sensors are compatible with both resistance temperature detectors and thermocouples. Additionally, we offer the "SL-C7P," which has a built-in power supply for PID-PWM control instead of ON/OFF, and the "SL-C7C," which has a separate power supply. It operates by continuously switching between heating and cooling within the capacity range of thermoelectric coolers and Peltier devices, allowing for high-precision control even at temperatures near room temperature. 【Product Lineup】 ■SL-C7 ■SL-C7C ■SL-C7P *For more details, please refer to the PDF document or feel free to contact us.

It is a high-precision temperature controller for thermo coolers.

We handle the liquid-cooled electronic cooling device 'SAMOL-WW Series' for liquid cooling. Automatic temperature control is achieved using a thermocontroller and thermosensor. Heat dissipation uses cooling water to cool either liquid or air. We offer a lineup starting with the "SL-10WW" with a cooling capacity of 50W, as well as the "SL-20WW" with 100W and the "SL-40WW" with 200W. 【Features】 ■ Heat dissipation uses cooling water to cool liquid or air ■ Capable of both cooling and heating ■ Temperature control is possible based on the amount of liquid ■ Automatic temperature control using a thermocontroller and thermosensor *For more details, please refer to the PDF document or feel free to contact us.

In the semiconductor manufacturing industry, temperature management in the manufacturing process is a crucial factor that affects product quality and yield. Particularly in precision electronic components and high-density mounted substrates, localized temperature increases can lead to performance degradation and failures. The direct-mounted air-cooled thermo-cooler addresses these challenges by cooling semiconductor devices and substrates directly. 【Usage Scenarios】 - Temperature management within semiconductor manufacturing equipment - Cooling of electronic components - Localized cooling of substrates 【Benefits of Implementation】 - Improved product reliability - Enhanced yield - Stabilization of the manufacturing process

In the medical device industry, temperature management is extremely important for maintaining equipment performance and ensuring patient safety. In particular, devices equipped with precise electronic components and sensors can be significantly affected by temperature changes. Overheating can lead to malfunctions or failures, potentially disrupting medical procedures. Our close-contact air-cooled thermocooler allows for direct cooling of medical devices simply by connecting the power supply, maintaining a constant temperature. 【Usage Scenarios】 - Imaging diagnostic devices such as MRI and CT scanners - Surgical laser equipment - Analytical instruments 【Benefits of Implementation】 - Stable operation of equipment - Improved measurement accuracy - Extended equipment lifespan

In the laser processing industry, the stability of the laser beam is a crucial factor that affects processing accuracy and efficiency. Particularly during long processing times or when using high-power lasers, the beam can become unstable due to thermal effects, potentially leading to processing defects or equipment failures. The air-cooled thermo-cooler for close contact cooling directly cools the laser oscillator and optical components, suppressing temperature changes and improving beam stability. This contributes to stable processing quality and extends the lifespan of the equipment. 【Application Scenarios】 - Cooling of laser oscillators - Cooling of optical lenses and mirrors - Stable operation of laser processing machines 【Benefits of Implementation】 - Improved processing accuracy due to beam stabilization - Increased productivity from stable equipment operation - Cost reduction through extended lifespan of components

In the telecommunications infrastructure industry, heat management has become a crucial issue for the stable operation of equipment. Particularly for servers and communication devices that operate 24 hours a day, it is essential to prevent performance degradation and failures due to overheating. The close-contact cooling air-cooled thermo-cooler contributes to addressing these challenges by directly cooling objects simply by connecting to a power source. 【Usage Scenarios】 - Inside server racks - Inside communication devices - Outdoor base stations 【Benefits of Implementation】 - Stable operation of equipment - Reduced risk of failure - Space-saving design

In research and development, the improvement of reproducibility and accuracy in experiments is always required. In particular, temperature management is a crucial factor that significantly affects experimental results. If precise temperature control cannot be achieved, the reliability of experimental data may be compromised. The close-contact air-cooled thermo-cooler allows for direct cooling of the experimental subject simply by connecting to a power source. This facilitates experiments that require precise temperature management and contributes to the efficiency of research and development. 【Usage Scenarios】 - Cooling of precision instruments - Testing materials against temperature changes - Evaluation of temperature characteristics of electronic components - Temperature adjustment of various sensors 【Benefits of Implementation】 - Improved reproducibility of experiments - Enhanced reliability of experimental data - Increased efficiency in research and development - Adaptability to a variety of experiments

In the food processing industry, temperature management is crucial for maintaining product quality. In particular, proper cooling is essential to preserve freshness and prevent spoilage or degradation. Inadequate temperature management can lead to a decline in food quality and waste, resulting in significant losses. Direct-contact air-cooled thermocoolers achieve efficient temperature management by cooling food through direct contact. 【Usage Scenarios】 - Food storage - Cooling of processed foods - Temperature management during transportation 【Benefits of Implementation】 - Preservation of food freshness - Suppression of quality degradation - Reduction of waste loss

In the image processing industry, as high resolution advances, the heat generation of image sensors and related electronic components has become a significant challenge. Heat generation leads to increased noise and malfunctions, resulting in decreased image quality and reduced system reliability. The close-contact air-cooled thermoelectric cooler addresses these issues, enabling stable image processing. 【Usage Scenarios】 - High-resolution cameras - Image processing devices - Medical imaging diagnostic equipment 【Benefits of Implementation】 - Reduction of image noise - Improvement of image quality - Enhanced system stability

In the measurement instrument industry, maintaining a stable temperature environment is essential because temperature changes significantly affect measurement accuracy. Particularly when performing high-precision measurements, it is important to minimize errors caused by heat generation. The direct attachment of a contact cooling air thermocooler to the heat source of the measuring instrument helps maintain a constant temperature and improve measurement accuracy. 【Usage Scenarios】 - Precision measuring instruments - Analytical instruments - Calibration instruments 【Benefits of Implementation】 - Improved measurement accuracy - Stable operation of equipment - Enhanced product quality

In the aerospace industry, reducing the weight of aircraft is essential for improving fuel efficiency and performance. Cooling electronic devices is a critical challenge in achieving both miniaturization and high performance. Traditional cooling methods often lead to increased weight and space constraints. The compact air-cooled thermal cooler for close-contact cooling meets the cooling needs of aerospace equipment with its lightweight and compact design. 【Application Scenarios】 - Cooling electronic devices in aircraft and spacecraft - Cooling of equipment where weight reduction is required - Cooling of precision instruments where temperature management is crucial 【Benefits of Implementation】 - Contributes to the miniaturization and weight reduction of equipment - Ensures stable operation of equipment through high cooling performance - Adaptable to various installation locations

In the security industry, particularly in surveillance systems, stable operation of cameras and sensors is essential. In high-temperature environments, the performance of these electronic devices deteriorates, increasing the risk of malfunction and failure. This can lead to a decrease in surveillance accuracy and potentially result in security issues. The close-coupled air-cooled thermo-cooler was developed to address these problems. 【Usage Scenarios】 - Surveillance cameras - Electronic devices that generate heat - Outdoor-installed sensors 【Benefits of Implementation】 - Stable operation of equipment - Reduced risk of malfunction - Increased lifespan

In the solar power generation industry, the rise in temperature of solar panels leading to a decrease in power generation efficiency is a significant issue. The increase in panel temperature not only reduces the amount of electricity generated but may also shorten the system's lifespan. The close-contact air-cooled thermo-cooler, when directly attached to the back of the solar panels, efficiently cools them and contributes to maintaining power generation efficiency. 【Application Scenarios】 - Cooling of solar panels - Cooling of power conditioners - Cooling of electronic devices in high-temperature environments 【Benefits of Implementation】 - Improved power generation efficiency - Extended system lifespan - Ensured stable power generation output

In the 3D printer industry, the accuracy and quality of printed objects are crucial. In particular, deformation and distortion due to heat can significantly compromise printing accuracy. Effective temperature management during the printing process is essential for precise modeling. A direct cooling air-cooled thermo-cooler improves printing accuracy by directly cooling the printed object and maintaining a constant temperature. 【Application Scenarios】 - Cooling of 3D printed objects - Printing with materials prone to thermal deformation - Applications requiring high precision in printing 【Benefits of Implementation】 - Improved dimensional accuracy of printed objects - Suppression of warping and distortion - Stabilization of printing quality

In the telecommunications industry, stable operation 24 hours a day, 365 days a year is required, and temperature management of equipment is extremely important. In particular, telecommunications equipment installed outdoors or in harsh environments faces a higher risk of performance degradation and failure due to temperature increases. Air-cooled thermocoolers for housing cooling properly manage the temperature inside the sealed housing, contributing to the stable operation of the equipment. 【Usage Scenarios】 - Base stations - Communication facilities - Outdoor communication equipment 【Benefits of Implementation】 - Extended equipment lifespan - Maintenance of stable communication quality - Reduction of maintenance costs

In the field of medical precision instruments, temperature management is a crucial factor that affects the performance and reliability of products. Particularly in devices that perform high-precision measurements or analyses, temperature fluctuations can impact measurement results, potentially leading to incorrect diagnoses or analysis outcomes. Additionally, the rise in temperature within a sealed enclosure can cause equipment failure and shorten its lifespan. Air-cooled thermoelectric coolers for enclosure cooling address these challenges by maintaining precision instruments at optimal temperatures and supporting stable operation. 【Application Scenarios】 - Medical analysis instruments - Precision measurement devices - Imaging diagnostic equipment 【Benefits of Implementation】 - Stable operation of equipment - Improved measurement accuracy - Extended product lifespan

In the manufacturing industry, it is important to protect precision equipment and control panels from dust and humidity to maintain stable operation. Especially in high-temperature and high-humidity environments, the risk of equipment malfunction and failure increases, leading to a decrease in production efficiency. Air-cooled thermocoolers for enclosure cooling address these challenges by properly managing the temperature and humidity within the sealed enclosure, thereby improving equipment reliability and contributing to the maintenance of productivity. 【Usage Scenarios】 - Machine tools - Control panels - Measuring instruments 【Benefits of Implementation】 - Stable operation of equipment - Reduced maintenance frequency - Increased productivity

In a data center, the stable operation of servers and network equipment is essential, and ensuring proper cooling and reliability of the equipment is crucial for this. Particularly in 24/7 operations, inadequate temperature management poses a risk of equipment failure and system downtime. Air-cooled thermocoolers for chassis cooling appropriately manage the temperature within the sealed chassis, contributing to the stable operation of the equipment. 【Usage Scenarios】 - Server racks - Network equipment - UPS 【Benefits of Implementation】 - Prolonged equipment lifespan - Reduced risk of system downtime - Lower maintenance costs

In the automotive industry, the reliability and durability of electronic devices are extremely important. These devices are expected to operate stably under harsh environmental conditions. In particular, for in-vehicle electronic devices exposed to high temperatures and vibrations, proper temperature management is essential. An increase in temperature within the enclosure can lead to failures or performance degradation of electronic components. Air-cooled thermal coolers for enclosure cooling appropriately manage the temperature inside the sealed enclosure, thereby enhancing the reliability of electronic devices. [Usage Scenarios] - In-vehicle electronic devices - Engine control units - In-car entertainment systems [Benefits of Implementation] - Extended lifespan of electronic devices - Reduced risk of failure - Assurance of stable operation

In the aerospace industry, miniaturization and weight reduction of equipment are always required. Temperature management within enclosures is essential for maintaining equipment performance and ensuring reliability. Particularly for electronic devices used in harsh environments, it is important to reduce the risk of failure due to temperature rise. Air-cooled thermoelectric coolers for enclosure cooling are designed to be lightweight and contribute to the cooling of aerospace equipment enclosures. 【Usage Scenarios】 - Aircraft-mounted electronic devices - Space exploration vehicles - Satellite-mounted equipment 【Benefits of Implementation】 - Contributes to miniaturization and weight reduction of equipment - Ensures high reliability - Reduces maintenance frequency

In the semiconductor industry, improving yield in the manufacturing process is a critical issue. Particularly in environments that handle precision electronic components, temperature management significantly affects product quality. Temperature increases can lead to performance degradation and failure of semiconductor devices, which in turn lowers yield. Air-cooled thermoelectric coolers for housing cooling are ideal for sealed enclosures in less-than-ideal atmospheres. 【Application Scenarios】 - Semiconductor manufacturing equipment - Inspection equipment - Research and development equipment 【Benefits of Implementation】 - Improved yield through temperature management - Stable operation of equipment - Enhanced product reliability

In the field of renewable energy, stable operation of systems is crucial, and temperature management within the enclosure is essential for maintaining equipment performance. Particularly in outdoor installations or harsh environments, the risk of failure due to temperature rise and humidity increases. Air-cooled thermocoolers for enclosure cooling address these challenges and enhance system reliability. 【Usage Scenarios】 - Solar power generation systems - Wind power generation systems - Energy storage systems 【Benefits of Implementation】 - Prolonged equipment lifespan - Stable system operation - Reduced maintenance costs

In high-speed processing systems of financial institutions, stable operation is essential. In particular, servers and network equipment are prone to thermal issues due to high loads, which can lead to system downtime or performance degradation. Air-cooled thermocoolers for chassis cooling efficiently cool the sealed interiors of these devices, providing a stable operating environment. 【Usage Scenarios】 - Server rooms of financial institutions - Data centers - Locations for network equipment installation 【Benefits of Implementation】 - Stable system operation - Extended lifespan of equipment - Reduced maintenance costs

In the gaming industry, effective heat management within the casing is crucial for maintaining high performance. Especially during long gaming sessions or when performing high-load processing, there is a risk of performance degradation due to heat, and in the worst case, it could lead to equipment failure. Our air-cooled thermal cooler for casing cooling suppresses temperature rise within the casing and provides a stable operating environment. 【Usage Scenarios】 - High-performance gaming PCs - Arcade machine casings - eSports events 【Benefits of Implementation】 - Stabilization of performance - Extension of equipment lifespan - Prevention of issues caused by overheating

In the robotics industry, maximizing the reliability and uptime of robots is essential. Particularly for robots used in harsh environments, temperature management of electronic components is crucial. Increased temperatures can accelerate the degradation of components and potentially lead to failures. Air-cooled thermocoolers for housing cooling properly manage the temperature within the sealed housing of the robot, contributing to a longer lifespan. 【Usage Scenarios】 - Industrial robots - Outdoor-use robots - Robots equipped with precision instruments 【Benefits of Implementation】 - Extended lifespan of electronic components - Reduced risk of failure - Achieving stable operation

In the defense industry, stable operation of electronic devices under harsh conditions is required. In particular, for equipment exposed to temperature changes, humidity, and vibration, proper cooling and dehumidification are essential to maintain the reliability of the devices. Inadequate cooling can lead to equipment failure or performance degradation. Air-cooled thermal coolers for housing cooling properly manage the temperature inside sealed enclosures and support the stable operation of the equipment. 【Usage Scenarios】 - Outdoor communication equipment - Mobile communication systems - Military electronic devices 【Benefits of Implementation】 - Increased equipment lifespan - Reduced risk of failure - Maintenance of stable performance

In the semiconductor manufacturing industry, temperature management during the manufacturing process is a crucial factor that affects product quality and yield. Particularly in processes that involve fine processing or the use of special materials, even slight temperature fluctuations can significantly impact product performance. If cooling capacity is insufficient, thermal distortion or degradation may occur, leading to an increased risk of defective products. The Thermo Cooler VL series precisely controls ultra-low temperature environments down to -50°C, meeting the cooling needs in semiconductor manufacturing. 【Usage Scenarios】 * Cooling of semiconductor wafers * Cooling of electronic components * Temperature management of precision equipment 【Benefits of Implementation】 * Improved product quality * Enhanced yield * Stabilization of the manufacturing process

In the medical device industry, proper temperature management is essential to maintain the quality of samples and reagents. This is particularly important for samples that are sensitive to temperature changes or require long-term storage, where accurate temperature control is necessary. Inadequate temperature management can lead to the degradation or alteration of samples, potentially hindering accurate diagnosis and research. Our thermocooler, the ultra-low temperature SAMOL "VL-2F2/VL-3F3," achieves an ultra-low temperature environment of -50°C, enabling long-term storage of medical samples. 【Usage Scenarios】 - Storage of samples, reagents, and vaccines - Long-term storage of cell and tissue samples - Storage of medical device components where temperature management is critical 【Benefits of Implementation】 - Maintenance of sample quality - Improved accuracy in research and diagnosis - Long-term storage of valuable samples - Silent design without the use of compressors

In the biotechnology industry, temperature control is extremely important in cell culture. In particular, to optimize cell activity and proliferation, it is necessary to strictly control the temperature of the culture environment. Temperature fluctuations can lead to decreased cell function or cell death, adversely affecting the reproducibility of experiments and the quality of products. Our thermo cooler easily achieves ultra-low temperature environments down to -50°C, addressing the challenges of temperature management in the culture process. 【Usage Scenarios】 - Cell culture experiments - Sample preservation - Cooling of reagents 【Benefits of Implementation】 - Improved quality of cell culture - Enhanced reproducibility of experiments - Long-term preservation of samples

In the food processing industry, rapid freezing is essential for maintaining the freshness and quality of food. It is particularly important to minimize cell damage in food and suppress drip loss after thawing. Traditional freezing methods often have slow cooling rates, which can lead to a decline in food quality. The Thermo Cooler Ultra-Low Temperature SAMOL provides an ultra-low temperature environment of -50°C, solving these challenges by rapidly and uniformly cooling food. 【Usage Scenarios】 - Rapid freezing of food - Preservation of ingredient quality - Sample freezing in research and development 【Benefits of Implementation】 - Maintains food freshness and nutritional value - Suppresses drip loss after thawing - Reduces food waste