アピステ Product Lineup

The 'PAU Series' for localized air conditioning can reduce energy consumption compared to overall air conditioning, enabling high-precision temperature management as well as precise control of humidity, which is often considered challenging, from low-humidity to high-humidity environments as needed. Additionally, by combining with a fan filter unit, it is possible to easily achieve a wide range of cleanliness management. Energy-saving without heaters. Furthermore, waste such as dehumidifiers can also be reduced. ---------------------------------------------------- 【Features of Precision Air Conditioning Equipment】 ■ Temperature Control ±0.1℃ ■ Humidity Control ±0.5% RH ■ Cleanliness Control Class 100 to Class 10000 ■ Flexible response to changes in manufacturing line specifications and layouts

【Optimal for Temperature Management of Ultra-Precision Machining Centers】 Apiste's Precision Air Conditioning Unit PAU Series When the ambient temperature changes, it causes the workpiece to expand or contract by a few microns, as well as the expansion and contraction of the machine frame and feeding device. Small temperature changes in the surrounding environment can lead to processing defects in micron and nano-processed components. Therefore, temperature management becomes extremely important. ーーーーーーーーーーーーーーーーーーーーーーーーーーーーーー The 'PAU Series', which provides localized air conditioning, can reduce energy consumption compared to whole-area air conditioning, enabling not only high-precision temperature management but also precise control of humidity, which is often considered difficult, from low-humidity to high-humidity environments as needed. Additionally, by combining with fan filter units, it is possible to easily achieve a wide range of cleanliness management. 【Features of the Precision Air Conditioning Unit】 ■ Temperature Control ±0.1℃ ■ Humidity Control ±0.5% RH ■ Cleanliness Control Class 100 to Class 10000 ■ Flexible response to changes in manufacturing line specifications and layouts

【Gantry Machining Center】 Apiste's Precision Air Conditioning Unit PAU Series When the ambient temperature changes, it causes the workpiece to expand and contract by a few microns, as well as the expansion and contraction of the machine frame and feed mechanism. Small temperature changes in the surrounding environment can lead to processing defects in micron and nano-scale components. Therefore, temperature management becomes extremely important. ーーーーーーーーーーーーーーーーーーーーーーーーーーーーーー The 'PAU Series', which provides localized air conditioning, can reduce energy consumption compared to overall air conditioning, allowing for high-precision temperature management. Additionally, it enables precise control of humidity, ranging from low to high humidity environments, as needed. Furthermore, by combining with a fan filter unit, it is easy to achieve a wide range of cleanliness management. 【Features of the Precision Air Conditioning Unit】 ■ Temperature Control ±0.1℃ ■ Humidity Control ±0.5% RH ■ Cleanliness Control Class 100 to Class 10000 ■ Flexible response to changes in manufacturing line specifications and layout

【Optimal for Temperature Management of Large Five-Sided Machining Centers】 Apiste's Precision Air Conditioning Unit PAU Series When the ambient temperature changes, it causes micro-scale expansion and contraction of the workpiece, as well as the machine frame and feeding device. Even small temperature fluctuations in the surrounding environment can lead to processing defects in micron and nano-processed components. Therefore, temperature management becomes extremely important. -------------------------------------------------- The 'PAU Series', which provides localized air conditioning, can reduce energy consumption compared to overall air conditioning, ensuring high-precision temperature management. Additionally, it allows for precise control of humidity, ranging from low to high humidity environments as needed, which is often considered challenging. Furthermore, by combining with a fan filter unit, it is easy to achieve a wide range of cleanliness management. 【Features of the Precision Air Conditioning Unit】 ■ Temperature Control ±0.1℃ ■ Humidity Control ±0.5% RH ■ Cleanliness Control Class 100 to Class 10000 ■ Flexible response to changes in manufacturing line specifications and layouts

【Optimal for Temperature Control of Ultra-Precision Lathes】 Apiste's Precision Air Conditioning Unit PAU Series When the ambient temperature changes, it causes the workpiece to expand or contract by a few microns, as well as the expansion and contraction of the machine frame and feed device. Even small temperature changes in the surrounding environment can lead to processing defects in micron and nano-processed components. Therefore, temperature management becomes extremely important. -------------------------------------------------- The 'PAU Series', which provides localized air conditioning, can reduce energy consumption compared to overall air conditioning, allowing for high-precision temperature management. Additionally, it enables precise control of humidity, which is often considered difficult, from low-humidity to high-humidity environments as needed. Furthermore, by combining with a fan filter unit, it is easy to achieve a wide range of cleanliness management. 【Features of the Precision Air Conditioning Unit】 ■ Temperature Control ±0.1℃ ■ Humidity Control ±0.5% RH ■ Cleanliness Control Class 100 to Class 10000 ■ Flexible response to changes in manufacturing line specifications and layouts

In catalyst testing, it is necessary to manage the storage temperature of samples and the temperature and humidity of the inspection environment. However, not all installation locations for testing equipment have air conditioning systems for temperature and humidity management. General air conditioners find it difficult to manage humidity. Therefore, we recommend the Precision Air Conditioning Unit (PAU) series. By introducing the PAU series along with clean booths, it maintains a constant discharge temperature even when external conditions fluctuate. Additionally, by combining it with a Fan Filter Unit (FFU), cleanliness can also be managed. Please inquire about the applicable space volume. The "PAU series" provides localized air conditioning, reducing energy consumption compared to overall air conditioning. It allows for precise temperature control and humidity management from low to high humidity. Furthermore, by combining it with a fan filter unit, a wide range of cleanliness management can be easily achieved. 【Features of the Precision Air Conditioning Unit】 ■ Temperature control: ±0.1℃ ■ Humidity control: ±0.5% RH ■ Cleanliness control: Class 10 to Class 10000 ■ Flexible response to changes in manufacturing line specifications and layouts.

The PAU series precision air conditioning units are the optimal solution for temperature management in the inspection of electronic circuit boards. They prevent fluctuations in characteristics caused by subtle temperature changes and maintain stable temperature and humidity throughout the year. As a result, more accurate and reliable inspections are possible. Additionally, they can be installed anywhere, allowing for quick inspections by placing them next to the inspection line. Let's take quality control a step further with the PAU series precision air conditioning units. ---------------------------------------------- 【Features of Precision Air Conditioning Units】 ■ Temperature Control: ±0.1℃ ■ Humidity Control: ±0.5% RH ■ Cleanliness Control: Class 100 to Class 10000 ■ Flexible response to changes in manufacturing line specifications and layout.

Precision machined parts are measured using three-dimensional measuring machines or dedicated precision measuring instruments to assess machining accuracy, surface accuracy, surface roughness, balance, roundness, and other parameters, all conducted in a measurement room environment. When inspecting the workpieces after processing by transporting them to a separate precision measurement room, there were issues such as the inconvenience of transportation and the attachment of dust or mist during transit. However, by introducing the PAU series of precision air conditioning units, it becomes easy to set up clean rooms or inspection rooms close to the production site, enabling timely inspections while also resolving the problem of foreign substances adhering to the workpieces. ーーーーーーーーーーーーーーーーーーーーーーーーーーーーーー 【Features of Precision Air Conditioning Units】 ■ Temperature Control: ±0.1℃ ■ Humidity Control: ±0.5% RH ■ Cleanliness Control: Class 100 to Class 10,000 ■ Flexible response to changes in manufacturing line specifications and layout

In the manufacturing process of piping for intake and exhaust systems, contamination control is necessary because foreign matter can lead to flow rate issues and blockages in the airflow path. Additionally, cooling of the workpieces is required during the labeling process. Cooling with commonly used spot coolers can blow dust around the work area and may cause the cooler to freeze or condense due to continuous operation. However, by using a simple booth and the precision air conditioning unit PAU series, we can manage the air conditioning and cleanliness only in the areas that require cooling, maintaining the cleanliness level inside the booth to below 10,000. This prevents issues related to foreign matter contamination and resolves air conditioning problems. ------------------------------------------------ 【Features of Precision Air Conditioning Units】 ■ Temperature Control ±0.1℃ ■ Humidity Control ±0.5% RH ■ Cleanliness Control Class 100 to Class 10,000 ■ Flexible response to changes in manufacturing line specifications and layout

Is it possible that the temperature and humidity range specified in the test conditions may be exceeded due to changes in morning and evening, seasons, or weather? Many people struggle with finely adjusting air conditioner settings or using multiple humidifiers and dehumidifiers. The Apiste precision air conditioning unit PAU series can control the discharge air with ultra-high precision at ±0.1℃ for temperature and ±0.5% RH for humidity, making it easy to manage the temperature and humidity conditions for testing. Additionally, unlike large air conditioning units, we can provide proposals from improvement considerations to installation in a short time and at a low cost. 【Features】 ■ Temperature control ±0.1℃ ■ Humidity control ±0.5% RH ■ Cleanliness control Class 10 to Class 10000 ■ Flexible response to changes in manufacturing line specifications and layouts

In the preservation environment of art museums, proper management of temperature and humidity is essential to prevent the deterioration of artworks on display. In particular, fluctuations in temperature and humidity can lead to issues such as discoloration, cracking, and mold growth. The precision air conditioning unit PAU series achieves an optimal preservation environment for artworks through ultra-high precision control of ±0.1℃ for temperature and ±0.5% RH for humidity. 【Usage Scenarios】 - Exhibition rooms for paintings, sculptures, and crafts - Storage rooms - Document rooms 【Benefits of Implementation】 - Suppresses the deterioration of artworks and maintains their value - Provides a comfortable viewing environment for visitors - Energy-saving for air conditioning systems

In the semiconductor industry, temperature management in the manufacturing process is a crucial factor that affects product quality. Particularly in fine processing and advanced manufacturing technologies, even slight fluctuations in temperature can significantly impact yield and performance. Precise temperature management is essential to ensure product reliability and to suppress the occurrence of defects. Apiste's precision air conditioning unit, the PAU series, achieves ultra-high precision control with temperature ±0.1℃ and humidity ±0.5% RH, meeting the stringent temperature and humidity management needs in semiconductor manufacturing. Compared to large air conditioning units, it can be implemented in a short time and at a low cost. 【Usage Scenarios】 - Clean rooms - Inspection rooms - Manufacturing lines - Research and development facilities 【Benefits of Implementation】 - Improved yield through stabilization of temperature and humidity - Stabilization of product quality - Optimization of manufacturing processes - Energy savings