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Chiller Product List and Ranking from 10 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jul 08, 2026～Aug 04, 2026
This ranking is based on the number of page views on our site.

Chiller Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jul 08, 2026～Aug 04, 2026
This ranking is based on the number of page views on our site.

  1. アピステ Osaka//Industrial Machinery
  2. クールレント Tokyo//others
  3. ATSジャパン Tokyo//Industrial Machinery
  4. 4 伸和コントロールズ Kanagawa//Machine elements and parts
  5. 5 トレイン・ジャパン Tokyo//Industrial Electrical Equipment
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Chiller Product ranking

Last Updated： Aggregation Period:Jul 08, 2026～Aug 04, 2026
This ranking is based on the number of page views on our site.

  1. "Cooling management from ownership to utilization" Rental chiller クールレント
  2. [Chira] The ESL-60 series, pursuing efficiency and energy saving. ATSジャパン
  3. [Data] Chiller PCU Series Comprehensive Catalog / Apiste アピステ
  4. 4 [Chiller] Energy-saving model MX series ATSジャパン
  5. 5 Vacuum drying, reduced pressure distillation, degassing and defoaming equipment, Chiller PCU series. アピステ

Chiller Product List

31～58 item / All 58 items

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[Information] Chiller Handbook 2 - How to Read Piping System Diagrams and Cooling Improvement Methods - / Apiste

[Information] Chiller Handbook 2 - How to Read Piping System Diagrams and Cooling Improvement Methods - / Apiste

This includes symbols used in piping system diagrams and key points to observe in piping system diagrams!

This document summarizes the basics of "piping system diagrams," useful tips, and solutions to cooling-related troubles. It serves as educational material for employees newly involved in equipment piping and cooling systems, as well as a reference for those who regularly handle equipment piping and cooling systems. Please take a look. 【Contents (Excerpt)】 ■Chapter 1 Basics of Piping System Diagrams ■Chapter 2 Types of Cooling Equipment ■Chapter 3 Key Points of Piping as Seen in Piping System Diagrams ■Chapters 4 & 5 Tips for Interpreting Piping System Diagrams and Methods for Cooling Improvement (1) Raw Material Tank to Mixing [Chemical, Resin-related, Food-related] (2) Hydraulic Equipment *For more details, please refer to the PDF document or feel free to contact us.

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[Data] Chiller PCU Series Comprehensive Catalog / Apiste

[Data] Chiller PCU Series Comprehensive Catalog / Apiste

A comprehensive lineup of "chillers" that meets all needs!

Apiste meets all needs with reliable cooling performance and a lineup of chillers. For example, we want to reduce the man-hours and workload for inspecting and managing chillers. We want to achieve high-precision processing and measurement. We want stable cooling even in high-temperature or dusty environments. Our extensive lineup, born from various user requests, supports the improvement of productivity in manufacturing. 【Product List and Features Introduction】 ■ Non-Freon Chiller PCU-NE Series - Uses non-Freon refrigerant R1234yf, exempt from the Freon emission control law - Industry's first drive recorder and time calendar function ■ Wide Range Chiller PCU-R Series - Wide range of -10 to 80℃ - Class-leading accuracy of ±0.05℃ ■ High Durability Chiller PCU-SL Series - Does not stop even in high-temperature environments - Usable outdoors

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Optimal for cooling raw material tanks - Apiste's Chiller PCU Series

Optimal for cooling raw material tanks - Apiste's Chiller PCU Series

The Apiste chillers are available in three series: non-Freon, high durability, and ultra-wide range! You can choose the optimal chiller according to your needs.

【Optimal for Cooling Raw Material Tanks】 By stabilizing the temperature of liquids with the Apiste Chiller PCU series, we achieve higher product quality and increased productivity. Food Industry: Temperature control of raw materials, stirring processes, brewing processes Chemical and Resin Industry: Temperature control of raw materials, removal of reaction heat Electrical and Electronics Industry: Stabilization of resist liquid viscosity, etc. 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 【Three Series of Chillers to Choose From】 1. PCU-NE Series: Uses non-fluorocarbon refrigerants and is not subject to the Fluorocarbon Emission Control Law 2. PCU-SL Series: Achieves high durability for safe use even in harsh working environments 3. PCU-R Series: Realizes a wide temperature control range of -10 to 80°C and ultra-high precision water temperature management of ±0.05°C 【Features】 ■ Drive recorder and time calendar function (PCU-NE) ■ Temperature control using external temperature sensors (PCU-NE/R) ■ Easy water supply work with a large-diameter tank (PCU-NE) ■ Reliable cooling performance ■ Standard Ethernet equipped to meet a wide range of communication needs!

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Optimal for cooling various inspection equipment: Apiste's Chiller PCU Series.

Optimal for cooling various inspection equipment: Apiste's Chiller PCU Series.

The Apiste chillers are available in three series: non-Freon, high durability, and ultra-wide range! You can choose the optimal chiller according to your needs.

【Optimal for Cooling Various Inspection Equipment】 When the power supply or measurement section of inspection equipment generates heat, it can lead to equipment malfunctions or measurement errors. By stabilizing the circulating water, it becomes possible to continuously maintain high-precision and stable inspections. -------------------------------------------------- 【Three Series of Chillers to Choose From】 1. PCU-NE Series: Uses non-Freon refrigerants and is not subject to the Freon Emission Control Law. 2. PCU-SL Series: Achieves high durability that can be safely used even in harsh field environments. 3. PCU-R Series: Realizes a wide temperature control range of -10 to 80°C and ultra-high precision water temperature management of ±0.05°C. 【Features】 ■ Drive recorder and time calendar function (PCU-NE) ■ Temperature control using external temperature sensors (PCU-NE/R) ■ Easy water supply work with a large-diameter tank (PCU-NE) ■ Reliable cooling performance ■ Standard equipped with Ethernet to meet a wide range of communication needs!

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Coating agent, application agent immersion tank - Apiste's chiller PCU series

Coating agent, application agent immersion tank - Apiste's chiller PCU series

The Apiste chillers are available in three series: non-Freon, high durability, and ultra-wide range! You can choose the optimal chiller according to your application.

【Coating Agent and Application Agent Immersion Tank】 The coating agent's application amount and film thickness vary significantly due to viscosity changes caused by temperature fluctuations. Additionally, adhesives may deteriorate due to temperature changes. Maintaining a constant temperature for coating agents and application agents greatly contributes to quality improvement. 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 【Three Series of Chillers to Choose From】 1. PCU-NE Series: Uses non-Freon refrigerants and is not subject to the Freon Emission Control Law. 2. PCU-SL Series: Achieves high durability that can be used with confidence even in harsh working environments. 3. PCU-R Series: Realizes a wide temperature control range of -10 to 80°C and ultra-high precision water temperature management of ±0.05°C. 【Features】 ■ Drive recorder and time calendar function (PCU-NE) ■ Temperature control using external temperature sensors (PCU-NE/R) ■ Easy water supply operations with a large-diameter tank (PCU-NE) ■ Reliable cooling performance ■ Standard Ethernet equipped to meet a wide range of communication needs!

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Arc Welding Machine Apiste Chiller PCU Series

Arc Welding Machine Apiste Chiller PCU Series

The Apiste chillers are available in three series: non-Freon, high durability, and ultra-wide range! You can choose the optimal chiller according to your application.

【Arc Welding Machine】 By maintaining a constant temperature around the welding power source and torch, welding conditions are stabilized. 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 【Three Selectable Series of Chillers】 1. PCU-NE Series: Uses non-Freon refrigerants and is not subject to the Freon Emission Control Law. 2. PCU-SL Series: Achieves high durability that can be safely used even in harsh field environments. 3. PCU-R Series: Realizes a wide temperature control range of -10 to 80°C and ultra-high precision water temperature management of ±0.05°C. 【Features】 ■ Drive recorder and time calendar function (PCU-NE) ■ Temperature control using external temperature sensors (PCU-NE/R) ■ Easy water supply work with a large-diameter tank (PCU-NE) ■ Reliable cooling performance ■ Standard Ethernet equipped to meet a wide range of communication needs!

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Chiller PCU Series for Cooling Water Temperature Control in Etching and Sputtering

Chiller PCU Series for Cooling Water Temperature Control in Etching and Sputtering

The Apiste chillers are available in three series: non-Freon, high durability, and ultra-wide range! You can choose the optimal chiller according to your application.

【Etching and Sputtering Cooling Water Temperature Control】 Maintains a constant temperature, flow rate, and discharge pressure of the cooling water in the substrate cooling plate and vacuum chamber. 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 【Three Series of Chillers to Choose From】 1. PCU-NE Series: Uses non-Freon refrigerants and is not subject to the Freon Emission Control Law. 2. PCU-SL Series: Achieves high durability for safe use even in harsh field environments. 3. PCU-R Series: Realizes a wide temperature control range of -10 to 80°C and ultra-high precision water temperature management of ±0.05°C. 【Features】 ■ Drive recorder and time calendar function (PCU-NE) ■ Temperature control using external temperature sensors (PCU-NE/R) ■ Easy water supply operations with a large-diameter tank (PCU-NE) ■ Reliable cooling performance ■ Standard Ethernet equipped to meet a wide range of communication needs!

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[Raw Material Tank] Apiste's Chiller PCU Series

[Raw Material Tank] Apiste's Chiller PCU Series

The Apiste chillers are available in three series: non-Freon, high durability, and ultra-wide range! You can choose the optimal chiller according to your application.

【Raw Material Tank】 By stabilizing the quality of stored liquids, we achieve high product quality and improved productivity. Food Industry: Temperature control of raw materials, stirring processes, brewing processes Chemical and Resin Industry: Temperature control of raw materials, removal of reaction heat Electrical and Electronics Industry: Stabilization of resist liquid viscosity, etc. 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 【Three Selectable Series of Chillers】 1. PCU-NE Series: Uses non-Freon refrigerants and is not subject to the Freon Emission Control Law 2. PCU-SL Series: Achieves high durability for safe use even in harsh working environments 3. PCU-R Series: Realizes a wide temperature control range of -10 to 80°C and ultra-high precision water temperature management of ±0.05°C 【Features】 ■ Drive recorder and time calendar function (PCU-NE) ■ Temperature control using external temperature sensors (PCU-NE/R) ■ Easy water supply work with a large-diameter tank (PCU-NE) ■ Reliable cooling performance ■ Standard Ethernet equipped to meet a wide range of communication needs!

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Non-Freon Flexible Chiller "PCU-F Series" / Apiste

Non-Freon Flexible Chiller "PCU-F Series" / Apiste

Adoption of pump and tankless structure to meet diverse cooling needs in manufacturing sites.

The non-freon flexible chiller "PCU-F Series" adopts a pump-tankless structure, unlike conventional pump-tank integrated models, which do not have a built-in pump or tank. This structure significantly enhances design flexibility, allowing for a responsive and efficient approach to various needs, from the introduction of new equipment to the improvement of existing systems. 【Features】 ■ Adopts a pump-tankless structure to meet diverse cooling needs in manufacturing environments ■ Temperature control using external sensors ■ Uses non-freon refrigerants, resulting in zero freon management workload ■ Continuous operation records maintained solely by the chiller unit ☆ Free service for test units is also available. *For more details, please refer to the PDF materials or feel free to contact us.

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Chiller "Type B"

Chiller "Type B"

Ideal for temperature regulation of liquids such as pharmaceuticals and food! Custom solutions are also available to meet your needs.

The "Type B" chiller can adjust temperatures from -35°C to +25°C. The heat exchanger is completely separated, preventing any mixing of the primary and secondary side cooling fluids. It is effective for temperature control of liquids that must never mix, such as pharmaceuticals and food products. Additionally, we accept custom products tailored to customer needs. Please consult us about the development of heat exchange components within the equipment. We will propose products based on extensive experience. 【Features】 ■ Temperature adjustment range: -35°C to +25°C ■ Cooling fluids used: fluorinated inert liquids, brine, and pure water ■ Complies with international safety standards such as SEMI, CE, and RoHS ■ Various communication specifications can be accommodated ■ Dimensions: 700(W) × 610(D) × 1695(H) *For more details, please feel free to contact us.

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Chiller "Type C"

Chiller "Type C"

Ideal for temperature regulation of liquids such as pharmaceuticals and food! Custom solutions are also available to meet your needs.

The "Type C" chiller can adjust temperatures from -30°C to +90°C. The heat exchanger is completely separated, preventing any mixing of the primary and secondary cooling fluids. It is effective for temperature control of liquids that must never mix, such as pharmaceuticals and food products. Additionally, we accept custom products tailored to our customers' needs. Please consult us for the development of heat exchange components within your equipment. We will propose products based on extensive experience. 【Features】 ■ Temperature adjustment range: -30°C to +90°C ■ Cooling fluids used: fluorinated inert liquids, brine, and pure water ■ Complies with international safety standards such as SEMI, CE, and RoHS ■ Supports various communication specifications ■ Dimensions: 640(W) × 980(D) × 1640(H) *For more details, please feel free to contact us.

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Chiller "Type D"

Chiller "Type D"

Ideal for liquid temperature control of pharmaceuticals and food! Custom solutions are also available to meet your needs.

The "Type D" chiller allows for temperature adjustment from +10°C to +90°C. The heat exchanger is completely separated, preventing any mixing of the primary and secondary side cooling liquids. It is effective for temperature control of liquids that must never mix, such as pharmaceuticals and food products. Additionally, we accept custom products tailored to our customers' needs. Please consult us about the development of heat exchange components within the equipment. We will propose products based on extensive experience. 【Features】 ■ Temperature adjustment range: +10°C to +90°C ■ Cooling liquids used: fluorinated inert liquids, brine, and pure water ■ Complies with international safety standards such as SEMI, CE, and RoHS ■ Various communication specifications can be accommodated ■ Dimensions: 750(W) × 848(D) × 1600(H) *For more details, please feel free to contact us.

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Chiller Comprehensive Catalog

Chiller Comprehensive Catalog

We respond to all needs with a rich lineup.

The Meiwa Chiller MC series maintains a constant temperature for various types of precision processing machines, molding machines, food processing machines, and scientific instruments by circulating water or brine while managing the liquid temperature consistently. In particular, it has built-in cold water tanks and water supply pumps, which simplifies the water circuit system, reduces costs, and improves reliability. *For more details, please download the catalog or contact us.*

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Chiller Leakless High-Temperature Compatible Model HTX Series

Chiller Leakless High-Temperature Compatible Model HTX Series

Can be set up to 180℃! Leakless high-temperature compatible model.

We would like to introduce the high-temperature model "HTX Series" from ATS Japan Co., Ltd. ■ With enhanced safety features, it can be safely used up to 180°C! ■ Powerful operation with high cooling capacity (22kW@180°C) ■ Energy-saving achieved with rapid heating ■ Convenient for maintenance with rapid cooling ATS Japan's chillers have a proven track record primarily in the semiconductor industry. Based on our experience with thousands of installations, we can also customize solutions for other industries such as food, medical, and scientific fields according to your needs. We will propose the optimal solution based on your usage environment and application. Please feel free to contact us first.

  • Temperature and Humidity Control
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[Chiller] Energy-saving model MX series

[Chiller] Energy-saving model MX series

Power consumption reduced by 66%! An energy-saving temperature management system with a width of only 390mm.

This is a notice about the "MX Series," one of the main products from ATS Japan Co., Ltd. ■ Compared to conventional chillers, power consumption is reduced by one-third. ■ Detects thermal load and automatically switches from idling operation to load operation to suppress heater output. ■ Idling operation reduces the waste heat from the refrigeration unit and the amount of cooling water used. ATS Japan's chillers have a proven track record primarily in the semiconductor industry. Based on thousands of units installed to date, we can customize solutions for other industries such as food, medical, and scientific sectors according to your needs. We will propose the optimal solution based on your usage environment and application. Please feel free to contact us first.

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Environment and New Refrigerants International Symposium 2018

Environment and New Refrigerants International Symposium 2018

Overview of the program and impressions! Introducing a report on participation in the international symposium.

The "International Symposium on Environment and New Refrigerants" (Kobe Symposium) was held on December 6th (Thursday) and 7th (Friday), 2018. This event, organized by the Japan Refrigeration and Air Conditioning Industry Association, has been held biennially since 1994 and is highly regarded internationally as a platform for the presentation of information related to the environment and refrigerants by government, organizations, research institutions, universities, and companies. This article will provide a report on our participation in the 13th Kobe Symposium. [Contents] ■ Program Overview - Day 1: 12/6 (Thursday) - Day 2: 12/7 (Friday) ■ Impressions (from our participants) *For detailed information, please refer to the related links. *For more details, please check the PDF materials or feel free to contact us.

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Six Ways to Achieve the Greening of Air Conditioning Systems

Six Ways to Achieve the Greening of Air Conditioning Systems

Towards decarbonizing air conditioning systems! Here are six ways to make significant progress from now on.

The sustainability of buildings has been consistently improving for decades due to advancements in technology and materials. Some of these advancements are groundbreaking. Today, solutions that can provide economic benefits to building owners while reducing emissions are readily available. Here, we present six ways for air conditioning systems to make significant progress towards decarbonization: - Thoroughly eliminate inefficiencies on a per-kilowatt basis - Use cold outside air instead of compressors - Recover and reuse thermal energy - Plan for a transition to low-GWP refrigerants - Store energy to balance supply and demand - Transition to on-site and off-site renewable energy *For more details, you can view the related links. *For more information, please refer to the PDF materials or feel free to contact us.

  • air conditioning
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[Energy Plant Case Study] Pinellas County Central Energy Plant

[Energy Plant Case Study] Pinellas County Central Energy Plant

Introducing a case where annual electricity consumption was reduced by 30-40% and carbon dioxide emissions were also reduced by about 25%.

We would like to introduce a case study of the energy plant implemented at the Pinellas County Central Energy Plant. The air conditioning systems installed in seven county buildings in Pinellas County had exceeded their useful life and were operating inefficiently, making replacement a challenging situation. The newly established plant provides low-cost air conditioning to five county buildings and nearby high-rise apartments through piped water. [Case Overview] ■ Challenges - Exceeded useful life and operating inefficiently - Many of the aging units are located in the buildings' basements, making replacement difficult ■ Results - Improved efficiency and reduced energy costs - Optimization of system operations *For more details, please refer to the related links or feel free to contact us.

  • Other air conditioning equipment
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Energy Conservation Benchmarking System

Energy Conservation Benchmarking System

An explanation of key points to keep in mind about the energy-saving benchmark system based on the materials!

The Energy Conservation Act was enacted in 1979 in response to the oil crisis, and since then, various systems have been introduced. In recent years, the Energy Conservation Benchmarking System (Industry Top Runner System) was introduced in the industrial sector between 2009 and 2010, followed by its introduction in the business sector and the expansion of the targeted industries. This time, I will explain the key points of this Energy Conservation Benchmarking System based on materials from the Ministry of Economy, Trade and Industry. [Contents] ■ Overview of the Energy Conservation Act ■ What is the Energy Conservation Benchmarking System? ■ Awareness of issues in the Energy Conservation Act and the introduction of the Energy Conservation Benchmarking System ■ Expansion of the Energy Conservation Benchmarking System (Industry Top Runner System) ■ Business classification evaluation system *For detailed content of the article, please refer to the related links. *For more information, please refer to the PDF materials or feel free to contact us.

  • air conditioning
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What is CASBEE?

What is CASBEE?

What is the Comprehensive Assessment System for Built Environment Efficiency (CASBEE)? We will also introduce the benefits of its implementation.

There are several "Green Building Assessment Systems" around the world that evaluate the environmental performance of buildings. The most representative ones are the LEED from the United States and BREEAM from the United Kingdom, while Japan has its own assessment system called "CASBEE." In this article, we will explain the overview and purpose of green building assessment systems, as well as the features and benefits of Japan's CASBEE. We encourage you to read on. 【Contents】 ■ What is a Green Building ■ Major Green Building Assessment Systems Worldwide ■ Purpose of Green Building Assessment Systems ■ What is Japan's Green Building Assessment System "CASBEE"? ■ Benefits of Implementing CASBEE *For detailed content of the article, please refer to the related links. *For more information, please check the PDF materials or feel free to contact us.

  • air conditioning
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Transition from R410A

Transition from R410A

Transitioning from R410A: Which low GWP refrigerant should you choose, R454B or R32?

You may feel overwhelmed by the abundance of information regarding the transition from high GWP to low GWP, the selection of the best refrigerants for chillers, heat pumps, and rooftop units using scroll compressor technology, and whether to choose R454B or R32. Train's engineers explain the results of testing all low GWP alternatives for the transition from R410A.

  • air conditioning
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Rental chiller

Rental chiller

Customer-focused peace of mind × prompt response. Transitioning cooling management from "ownership" to "utilization."

Our company utilizes years of implementation experience, accumulated cooling technology know-how, and specialized personnel to meet a wide range of needs, including industrial applications, event spaces, large space cooling, and ice rink construction. We offer rental solution services for temporary chilled water and cold air supply. The rental chillers we possess do not require notification as their legal refrigeration tonnage is under 20 tons, and they are outdoor models with air cooling, making it easy to implement them as emergency solutions in existing facilities. Additionally, we provide support from transportation to on-site installation supervision, dispatch of trial operation instructors, and assistance during trial operations. Please feel free to contact us if you have any requests. 【Features】 ■ Years of experience and many qualified personnel ■ Implementation plans tailored to on-site needs ■ Quick response to delivery times *For more details, please download the PDF or feel free to contact us.

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[Case Study] Chiller Implementation Case Studies - For the Steel and Non-Ferrous Metal Industry / Apiste

[Case Study] Chiller Implementation Case Studies - For the Steel and Non-Ferrous Metal Industry / Apiste

Introducing applications such as cooling for X-ray inspection equipment!

This document is an application guide for the steel and non-ferrous metal industry. It introduces various applications, including the cooling of X-ray inspection equipment, cooling of rolls/bearings/hydraulic units, along with illustrations. Please make use of it. 【Contents】 ■ Cooling of X-ray inspection equipment ■ Temperature management of laser processing machines ■ Cooling of plasma welding machines ■ Cooling of rolls/bearings/hydraulic units ■ Cooling of high-frequency induction heating devices *For more details, please refer to the PDF document or feel free to contact us.

  • Chiller
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[Case Study of Solution Provision] Crosstown Concourse

[Case Study of Solution Provision] Crosstown Concourse

Revitalizing a 90-year-old building! Introducing examples that led to improvements in efficiency and comfort.

We would like to introduce a case where a 1927 Art Deco building has been transformed into a futuristic community for art, education, and healthcare. The development team believes that enhancing the market value of real estate is essential for revitalizing the community, while it is also important for building owners to reduce operational costs, promote sustainability, and maximize the potential value of their assets. In collaboration with the real estate management company Cushman & Wakefield, we provided solutions that led to improvements in efficiency and comfort, the promotion of sustainability, reductions in operational costs, and an increase in the local asset value. [Challenges] - Enhancing the market value of real estate - Reducing operational costs - Promoting sustainability - Increasing the potential value of assets *For more details, please refer to the related links or feel free to contact us.

  • Other operation management software
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[Case Study] Chiller Implementation Case Collection - Semiconductor and Electronics Industry Edition / Apiste

[Case Study] Chiller Implementation Case Collection - Semiconductor and Electronics Industry Edition / Apiste

For cooling of sputter etching equipment and laser oscillators!

This document is an application guide for the semiconductor, electronics, and electrical industries using our high-performance chiller, the "PCU-SL Series." It introduces various applications, including the cooling of sputtering and etching equipment, cooling of laser oscillators, and more, along with illustrations. Please make use of it. [Contents] ■ Cooling of vacuum deposition equipment ■ Cooling of sputtering and etching equipment ■ Temperature conditions for aging test equipment for semiconductor devices ■ Cooling of laser oscillators ■ Temperature control of chemical solution tanks *For more details, please refer to the PDF document or feel free to contact us.

  • Chiller
  • Chiller

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[Case Study on Energy Management and Control] Georgia World Congress Center

[Case Study on Energy Management and Control] Georgia World Congress Center

Introducing examples of upgrades that enhance reliability, safety, and aesthetics.

We would like to introduce a case of implementing energy analysis and monitoring, energy efficiency contracts, and upgrades at the Georgia World Congress Center (GWCC). In order to maintain its status as a LEED-certified convention center, we aimed to consolidate four mechanical systems into one and operate the entire facility seamlessly for improved efficiency. We achieved the centralization of mechanical operations, reduction of energy costs, and enhancement of aesthetics. [Challenges] - Dealing with aging air conditioning systems and various lighting fixtures that need replacement - Improving reliability, safety, and aesthetics - Aiming for efficiency by operating the entire facility seamlessly *For more details, please refer to the related links or feel free to contact us.

  • air conditioning
  • Chiller

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