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Flow Reactor Product List and Ranking from 6 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

Flow Reactor Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. 和光化学 Gunma//Chemical
  2. チップトン Aichi//Manufacturing and processing contract
  3. スクラム Tokyo//Testing, Analysis and Measurement
  4. 日本理化学工業 Osaka//Chemical
  5. マックエンジニアリング Okayama//Chemical
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Flow Reactor Product ranking

Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.

  1. CORNING Low-Flow Reactor 2 和光化学
  2. Flow synthesis system: Easy scale-up with high reproducibility! スクラム
  3. New Technology: Flow Chemistry 日本理化学工業
  4. Taylor Vortex Flow Vertical チップトン
  5. マック技報　CSTRによる連続接触水素化（水添）反応 マックエンジニアリング

Flow Reactor Product List

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Flow synthesis system: Easy scale-up with high reproducibility!

Flow synthesis system: Easy scale-up with high reproducibility!

Synthesis reactions can be performed under high temperature and high pressure conditions of up to 260°C and 1400 psi!!

【Overview】 This is a technology for synthesis that controls temperature and residence time (reaction time) within a thin tubular reactor. It offers high reproducibility of reactions and can be easily scaled up (from mg to several hundred grams). FlowSyn allows for synthesis reactions under conditions of up to 260°C and 1400 psi, enabling the construction of highly efficient synthesis systems similar to microwave synthesis. By setting multiple reaction conditions, continuous experiments can be conducted, making it powerful for optimizing reaction conditions. 【Features】 ■ Achieves high reaction efficiency under high temperature and high pressure ■ High reproducibility allows for easy scale-up ■ Safe ■ Easy operation and maintenance ■ Compatible with various reaction systems *For more details, please check 'Contact Us' and 'Catalog Download'.

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マック技報　CSTRによる連続接触水素化（水添）反応

マック技報　CSTRによる連続接触水素化（水添）反応

密閉型マイクロスケールCSTRを使用した連続フロー合成の実施例！速報ベースでご紹介

当技報では、マック技報の「Talk」について掲載しています。 今回の内容は、新開発製品の「密閉型マイクロスケールCSTR」を使った 連続接触水素化反応の実施例です。 この接触水素化反応（いわゆる水添反応）自体は、化学、薬学、および、 それらの関連産業において重要な役割を果たしてきましたが、近年、 連続フロー合成（連続生産）の取り組みの中で、特に注目されてきました。 非常に良いデータが得られましたので、実施例を速報ベースでご紹介。 動画もご用意しています。ぜひご覧ください。 【掲載内容（一部）】 ■はじめに ■接触水素化反応実施例 ■バッチ式接触水素化反応 ■連続接触水素化反応 ■装置 ※詳しくはPDF資料をご覧いただくか、お気軽にお問い合わせ下さい。

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fReactor Photo Flow

fReactor Photo Flow

Unraveling photochemistry through flow.

The Reactor Photo Flow Module, developed in collaboration with Asynt by Reed University, provides scientists with the potential to rapidly and easily develop and scale flow chemistry work, including photochemistry. The Asynt fReactor is currently available in two wavelengths to suit your requirements: 450 nm (blue) 10w LED COB chip and 365 nm (UV) 10w LED COB chip. They can be purchased individually, and each fReactor Photo Flow Module is set up with user-friendly plug-and-glow technology, positioned above the desired fReactor location. With a fully customizable configuration, you can use just one of these compact photo modules in one of the five fReactor CSTRs or add additional photo modules for up to five positions running simultaneously. Using an optional splitter lead, you can operate all five from a single power supply.

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FAVO 5 Flow Reactor

FAVO 5 Flow Reactor

The groundbreaking COSTA technology has given birth to the FAVO 5 Flow Reactor, which aids electrochemical reactions!

As part of Creaflow's new lineup, the FAVO5 Flow Reactor has been added. Based on groundbreaking COSTA technology, it achieves on-demand control of mass transfer and unparalleled productivity (up to 4 times). For the first time, it features dual pulse mode (pulsation of flow and voltage), opening the door to groundbreaking applications in the field of organic electrochemistry. The interchangeable electrode inlay (E-Inlay) technology enables a modular yet robust reactor platform with ultimate adaptability, ensuring unmatched temperature and pressure ratings (namely, -20 to 150°C, up to 25 bar) are achieved (please contact us for more details).

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CORNING Low-Flow Reactor 2

CORNING Low-Flow Reactor 2

Organic Synthesis: Small-Scale Production / Multi-Step Reaction Low-Flow Reactor 2

■Corning Advanced-Flow Reactors (AFR) - Lineup capable of commercial production / Seamless scale-up possible - Reduction in production costs - High mixing performance and thermal conductivity - Green chemistry ■Low-Flow Reactor 2 - Basic performance remains the same as the old model, but the body has a new design, improving safety and maintainability, with an updated system. - 2 to 20 ml/min, -60°C to 200°C, volume 0.45ml - Can be connected to the dosing system pump of the Lab Reactor. - Data monitoring system available - Can connect a thermostat and pump for immediate experiment start - Capable of multi-stage reactions with up to 11 gas-liquid mixtures. - Excellent mixing and heat exchange due to Corning's patented heart-shaped design - Seamless scale-up possible

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New Technology: Flow Chemistry

New Technology: Flow Chemistry

Would you like to try a reaction that cannot be done in a reaction vessel?

Research Scale YMC-made microreactor (two-liquid mixing, hydrogenation reaction, photoreaction) Saida FDS-made microwave flow reaction device Pilot Scale Nakamura Super Hard-made flow-type two-liquid reaction system (Hastelloy) Manufacturing Scale Kobe Steel-made stacked multi-channel reactor (SMCR)

  • Chemicals

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Taylor Vortex Flow Vertical

Taylor Vortex Flow Vertical

Microflow reactor utilizing Taylor flow

Features: - Capable of uniform mixing of liquids - Can also mix nanomaterials - Reduces mixing time - Can produce high-purity particles - Capable of continuous production - Provides several times stronger (larger) shear force than turbulent dispersion - Due to its simple structure and principle, transitioning from lab test equipment to pilot test equipment to plant mass production equipment is easy (high compatibility among these)

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Mac Tech Report [6] Introduction of Useful Websites Related to Flow Chemistry (Part 2)

Mac Tech Report [6] Introduction of Useful Websites Related to Flow Chemistry (Part 2)

We are publishing the "Companies" edition of the introduction to useful sites related to FC (Football Club) (Part 2)!

This report continues from the previous one and features an introduction to useful sites related to Flow Chemistry (hereafter referred to as FC), specifically the "Companies" section (Part 2). There are more FC-related companies (both domestic and international) than one might think, so it is not possible to introduce them all. We appreciate your understanding. [Contents] ■ FC-related companies ■ Companies selling micro-scale organic synthesis experiment kits (carefully selected 3 companies) *For more details, please refer to the PDF document or feel free to contact us.

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Mac Tech Report: Everyday Use Flow Reactor Part 1 (Esterification Reaction Edition)

Mac Tech Report: Everyday Use Flow Reactor Part 1 (Esterification Reaction Edition)

Introducing examples of continuous flow synthesis, including batch synthesis (preliminary study), equipment, and reagent preparation!

This technical report presents examples of lab-scale continuous flow synthesis (continuous production) using a "normal pressure micro-scale CSTR." The goal of this article is to demonstrate that "flow reactors can be used in ordinary organic synthesis conducted in typical research and development (lab scale), meaning that by performing continuous flow synthesis under reaction conditions equivalent to batch synthesis, it is possible to obtain the target product with yields comparable to those of batch synthesis." We encourage you to read it. [Contents (partial)] ■ Introduction ■ Continuous flow esterification reaction ■ Batch synthesis (preliminary study) ■ Continuous flow synthesis ■ Equipment *For more details, please refer to the PDF document or feel free to contact us.

  • Technical and Reference Books

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Photo Flow Reactor T-1

Photo Flow Reactor T-1

[Demo units available for loan] Enhance light reactions for personal use with the Light Flow Reactor System!

The "Photo Flow System T-1" is equipped with a light source that has five types of wavelength characteristics and a power supply to drive them, allowing for easy experimentation with flow photoreactions once implemented. It adopts a millimeter-sized flow path that can be used not only for reactions but also for raw material synthesis. By making the reactor out of glass and using fluorescent lamps for the light source, it has been made cost-effective, enabling one unit per researcher. Our company also provides a complete set of power supplies, tubing, fittings, etc., so you can immediately conduct photochemical experiments in flow. 【Features】 - Adopts a millimeter-sized flow path that can be used for both reactions and raw material synthesis - Equipped with a cooling unit for easy temperature management - Comes with a light source that has five types of wavelength characteristics and a power supply to drive them, allowing for easy experimentation with flow photoreactions - Includes connection units for syringes and tubing - Comes with a mirror-type reflective cover to maximize light irradiation efficiency - Low-cost design achieved by using a glass reactor and fluorescent lamps for the light source *For more details, please refer to the PDF document or feel free to contact us.

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