Do you have such a problem like below?
QNXT DIW heater will solve these problems.
Make the Eco innovation by QNXT DIW heater in the semiconductor industry


To help reduce the use of Energy and Water resources
To help reduce the use of Global warming chemicals and Plastic
QNXT’s groundbreaking feature
QNXT 144kW Heater, 22LPM, 70 Set Point Time To Temp (°C)

12LPM flow with a 72kW QNXT Temperature Response Curve

About Quantum NXT-R
昨今のプロセスの微細化に伴い、より高精度な温度管理が必須となってきております。
また、環境資源に対する意識も高まってきている中で節水、CO2削減は重要なキーワードとなっております。
Quantum NXT-Rは節水、低電力で環境に配慮しつつ、最先端プロセスで必要とされる超高精度な温度制御ができる最先端の純水加熱装置です。
With the increasing miniaturization of processes in recent years, more precise temperature control has become essential.
Furthermore, with growing awareness of environmental resources, water conservation and CO2 reduction have become important keywords.
The Quantum NXT-R is a state-of-the-art pure water heating system that is environmentally friendly with its water-saving and low-power consumption, while providing the ultra-high-precision temperature control required for cutting-edge processes.
QNXT’s groundbreaking feature
Comparison of Central Boiler (Concentrated Heating) and Quantum NXT-R (POU Heating)
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セントラルボイラー(集中ループ加熱システム) Central boiler (centralized loop heating system) |
Quantum NXT-R(POU 加熱) Quantum NXT-R (POU Heating) |
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設置・加熱方式 Installation/heating method |
大型ボイラー室などで一括加熱し、長い配管で各製造設備に送る The water is heated centrally in a large boiler room and then sent to each manufacturing facility via long pipes. |
製造設備の直前(Point of Use:POU)で必要分だけ直接加熱する The required amount is directly heated at the point of use (POU) immediately before use in the manufacturing equipment. |
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エネルギー効率 Energy efficiency |
配管を循環する間、およびアイドル時の放熱ロス(熱損失)が非常に大きい The heat loss (heat dissipation) is very large while the fluid is circulating through the pipes and when the system is idle. |
石英管上の薄膜電気抵抗技術により、熱変換効率が極めて高く、放熱損が最小限 The thin-film electrical resistance technology on the quartz tube results in extremely high heat conversion efficiency and minimal heat loss. |
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水・エネルギーの無駄 Waste of water and energy |
需要に関わらず温度維持のために超純水を常に流し続けなければならない、不要時に廃棄しなければならない。 Regardless of demand, ultrapure water must be continuously circulated to maintain temperature, and it must be discarded when not needed. |
循環テクノロジーとStop-Flow(給水停止機能)により、無駄な排水と再加熱エネルギーを徹底削減 Through circulation technology and Stop-Flow (water supply stop function), wasteful wastewater and reheating energy are drastically reduced. |
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温度制御精度 Temperature control accuracy |
末端に届くまでに距離がある為、温度がブレやすく、応答時間(レスポンス)が遅い。 Because of the distance it travels to reach the end device, the temperature tends to fluctuate, and the response time is slow. |
最高±0.15℃(QNXT-R)の極めて高い精度で、流量変化にも即座に追従 With extremely high precision of up to ±0.15℃ (QNXT-R), it instantly responds to changes in flow rate. |
セントラルボイラーシステムが主流であった当時はプロセスの微細化がまだ進んでおらず、高度な温度制御がそこまで必要とされてなかったため、工場の一箇所に巨大なボイラーを置き、温水をまとめて作ってパイプで循環させる方が、設備の初期投資(イニシャルコスト)やメンテナンスを集約できて安価で効率的なので重宝されてましたが、現代はプロセスのナノレベルの微細化が進み、それに伴って高精度の温度制御が必須となり、環境配慮の面でも純水の使用量とエネルギー削減することは最優先で考慮するべき項目となっており、膨大な純水とエネルギーを消費する従来のボイラーシステムでは十分な適用が出来ません。
Quantum NXT-Rへ補完/置き換えすることでユーザーに最高レベルの温度制御精度と大幅な節水と省エネ(CO2削減)を提供します。
Back when central boiler systems were the norm, process miniaturization hadn't progressed as much, and high-precision temperature control wasn't as necessary. Therefore, placing a huge boiler in one location in the factory, centrally producing hot water, and circulating it through pipes was considered cheaper and more efficient due to the reduced initial investment and maintenance costs. However, with the advancement of nano-level process miniaturization, high-precision temperature control has become essential. Furthermore, environmental considerations such as reducing the use of pure water and energy are top priorities, and conventional boiler systems, which consume vast amounts of pure water and energy, are no longer adequately suited.By complementing or replacing Quantum NXT-R, we provide users with the highest level of temperature control precision and significant water and energy savings (CO2 reduction).
Quantum NXT-R temperature control data
Frequently Asked Question
Could Trebor’s heater be used at stable set temperature when the flow rate environment rapidly changes?
Trebor’s DIW heater can be used at rapidly changing flow rate environment and with stable set temperature due to PID control and the internal flow meter.
Could we know the amount of DIW we can reduce by replacing existing heater to Trebor’s heater?
We can calculate the amount of reduction for DIW if you let us know the current usage environment.
The delivery destination is overseas factory, in this case how is the support after delivering the heater?
We have firm global network with each Trebor distributors, even if the delivery destination is overseas , we can cooperate with local distributors and provide great support such as visiting customer’s place when some problem occurred at the customer’s site.
Does it require a lot of maintenance work?
Trebor’s DIW heater doesn’t use O rings. So basically only the heater module needs to be replaced, it doesn’t take a lot of work.
Why Trebor DIW heater can keep the set temperature at 0LPM flow rate(without draining the water)?
Basically the other manufacturer’s heater need to drain the water to dissipate residual energy and a large thermal mass but the thin film on quartz heater element of Trebor DIW heater has a low thermal mass and less energy is stored that would require dissipation.