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Reactor Product List and Ranking from 57 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.

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. Sartorius Stedim Japan K.K. Tokyo//Pharmaceuticals and Biotechnology
  2. 三菱化工機アドバンス 本社/プラント環境営業部 Kanagawa//Industrial Machinery
  3. マックエンジニアリング Okayama//Chemical
  4. 4 和光化学 Gunma//Chemical
  5. 4 エム・テクニック Osaka//Other manufacturing

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. Closed-type photobioreactor for algal culture in glass tubes. 三菱化工機アドバンス 本社/プラント環境営業部
  2. Benchtop Bioreactor "Biostat B" Sartorius Stedim Japan K.K.
  3. Ambr250 High Throughput Gen2 Sartorius Stedim Japan K.K.
  4. 4 Glass tube closed-type photobioreactor "AlgaCube" 三菱化工機アドバンス 本社/プラント環境営業部
  5. 5 Corning Lab Reactor 2 和光化学

Reactor Product List

31~45 item / All 142 items

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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.

  • Other physicochemical equipment
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Flow Chemistry for Beginners FlowStart EVO 140

This is a must-see device for those who want to tackle flow chemistry for the first time!

The FlowStart Evo140, designed as an all-in-one microreactor with temperature control and a pump, allows you to start experiments immediately by simply turning on the power and setting the pump flow rate and temperature with the buttons. Two syringe capacities of 1mL and 5mL are available, making it easy to determine parameters such as residence time and temperature. Optional add-ons like a photochemistry module, gas module, and back pressure module enable more flexible and extensive reactions for experimentation.

  • Other physicochemical equipment

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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).

  • Other physicochemical equipment

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iCELLis single-use bioreactor

A single-use bioreactor for adhesive cell culture, ideal for AAV and LV vector production. Scalable from research and development to commercial production!

The iCELLis® single-use bioreactor is an integrated high-density cell culture bioreactor that combines the advantages of single-use technology and fixed-bed bioreactors to simplify processes. Designed with a focus on rapid setup and ease of use, this compact system allows for a cell adhesion area of 4 square meters in a benchtop system, and commercial production systems can achieve a maximum culture area of 500 square meters with just 3.2 square meters of footprint! It enables cell seeding at lower densities (1000 cells/cm² for Vero cells), significantly reducing manual labor and associated costs by simplifying the process. **Features** - Simplification of the process from pre-culture to product - Integrated single-use bioreactor - Rapid process development due to simple structure - Linear scalability from research and development to actual production - High cell density achieves reduced volume and increased productivity compared to traditional tank stirred bioreactors *For more details, please refer to the PDF document or feel free to contact us.*

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PennOC『Photoreactor m1』

Equipped with lighting, stirring device, and cooling system for visible light redox reactions!

The "Photoreactor m1" is an all-in-one system equipped with a 450nm light source, stirring device, and temperature control function. The light-shielding interlock prevents users from being exposed to harmful rays. It includes lighting, stirring, and cooling devices for visible light redox reactions. Additionally, it features a touchscreen that allows users to easily control parameters related to the reaction, such as lighting intensity, stirring speed, and airflow. The modular design accommodates various wavelengths and vial sizes. 【Features】 ■ All-in-one system with a 450nm light source, stirring device, and temperature control function ■ Light-shielding interlock prevents users from being exposed to harmful rays ■ Equipped with lighting, stirring, and cooling devices for visible light redox reactions ■ Includes a touchscreen for easy control of parameters ■ Modular design accommodates various wavelengths and vial sizes *For more details, please refer to the PDF document or feel free to contact us.

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  • Other physicochemical equipment

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Large transformer-reactor.

The shape can be discussed separately! Introducing the manufacturing range of single-phase transformers, three-phase transformers, and reactors.

At Nichiko Electric Co., Ltd., we accept custom orders for transformers. For the production of single-phase transformers, three-phase transformers, and reactors, the shapes can be discussed separately. High-current reactors can be accommodated with copper bar winding. We can also provide solutions for harmonics. Please feel free to contact us when you need assistance. 【Production Range】 ■ Single-phase transformers: up to 150kVA (50/60Hz) ■ Three-phase transformers: up to 200kVA (50/60Hz) ■ Reactors: equivalent to up to 50kVA *For more details, please refer to the PDF materials or feel free to contact us.

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Low-frequency transformer reactor.

Introduction of custom-made stacked core types (single-phase, three-phase) and cut core types (single-phase, three-phase).

At Nichiko Electric Co., Ltd., we accept custom orders for transformers. We offer both stacked core and cut core shapes, available in single-phase and three-phase options. Please feel free to contact us when placing an order. 【Shapes and Sizes】 ■ Stacked Core (Single-phase): EI-28 to EI-240, etc. ■ Stacked Core (Three-phase): 3F-13 to 3F-50, etc. ■ Cut Core (Single-phase): CS6.3 to CS2500, SL1700 to SL7500, etc. ■ Cut Core (Three-phase): SE201 to SE215, etc. *For more details, please refer to the PDF document or feel free to contact us.

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Book "Bioreactors for Cultivating Microorganisms, Animal/Plant Cells"

A detailed explanation of technical strategies to avoid failures in the design and scale-up of bioreactors, including an Excel template with examples of design and scale-up calculations.

This book is about the design and scale-up of industrial-scale bioreactors, where information tends to be limited. It details business strategies for cost optimization and technical strategies to avoid failures in scale-up. It covers everything from the basics of bioreactors to comparisons of bioreactors used in animal cell and microbial cultures, the advantages and disadvantages of various operations, and scale-up troubles, encompassing both foundational knowledge and practical applications. Along with practical exercises using examples of design and scale-up calculations in Excel included, this book is intended for practical use. **Features of this book:** ➢ Business strategies for optimizing costs in the design of industrial-scale bioreactors ➢ Detailed descriptions of fed-batch and perfusion culture operations for high-density cultivation, which have recently gained attention ➢ Learning the reaction rates of microorganisms from the basics to design bioreactors ➢ Detailed introduction of technical strategies to avoid failures in the design and scale-up of bioreactors ➢ Comparison of animal cell culture bioreactors and microbial culture bioreactors ➢ Summary of the advantages and disadvantages of batch, continuous, and semi-batch (fed-batch) operations ➢ Excel templates for all 48 calculation problems related to bioreactors included

  • Other physicochemical equipment

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Glass jacketed reaction device automatic synthesis device up to pilot scale.

The Reactor-Ready laboratory reactor allows for synthetic reactions from -70°C to 230°C up to 20L with easy operation via PC control.

Reactor-Ready Lab Reactor Radleys, a UK company, started in 1966 as a glassware manufacturing company and now primarily sells synthetic equipment such as lab reactors, parallel synthesis, and reactors worldwide. The main users are major pharmaceutical companies, chemical companies, and universities around the globe. The Reactor-Ready lab reactor can perform synthetic reactions of up to 20L, and vessel exchange can be done in a matter of minutes. The reaction temperature ranges from -70°C to 230°C, and vessel sizes can be selected from 5, 10, 15, and 20L. If necessary, the addition of AVA software can automate the setting of test conditions and data management. There are three types of Reactor-Ready lab reactors: - Reactor-Ready: Vessel sizes from 100ml to 5L - Reactor-Ready Pilot: Vessel sizes from 5L to 20L - Reactor-Ready Duo: Two vessels with sizes from 100ml to 5L

  • Other physicochemical equipment
  • Glassware and containers

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Continuous Flow Microwave Reactor C-Wave PLT

C-Wave PLT is a continuous flow microwave reactor designed for R&D and pilot-scale development.

C-Wave PLT is a continuous flow microwave reactor designed for R&D and pilot-scale development. It is supplied as a self-contained unit or as a device that can be integrated with other equipment. Flammable solvents can also be operated at high pressure. Continuous microwave chemistry is an excellent method for performing many chemical reactions. Rapid and precise heating reduces side reactions and improves yields. When the amount of reactants in the reactor decreases, power input control is performed instantaneously, making the entire process safer and more efficient.

  • Heating device

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High-pressure bioreactor BioXplorer P series

The BioXplorer P series is a high-pressure bioreactor system for the discovery and optimization of new bioprocesses.

Designed for a wide range of applications from syngas fermentation to cell-free enzyme catalysis processes, it accelerates bioprocesses that depend on the availability of dissolved gases by using pressure and precise gas control. By combining customizable configurations with versatile software, it provides the necessary data to meet your exact needs and scale up more quickly. Advantages of high-pressure bioreactors include increased gas solubility due to rising gas pressure, which can generate commercial benefits for both bacterial and cell culture applications. The BioXplorer P series operates at up to 10 bar and offers the following advantages: ● Increased gas fermentation rates ● Improved gas transfer rates (exceeding high KLa limitations) ● Reproduction of pressure effects in large-scale operations ● Reduced dependence on sparging/stirring for gas availability Each reactor provides highly controlled pressure adjustments and monitoring, in addition to standard controls such as DO, pH, OD, and liquid dosing. Various features designed with operator safety in mind are included as standard.

  • Other physicochemical equipment
  • incubator

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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

  • Microreactor

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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)

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Rotary reactor

Ideal for all heterogeneous chemical reactions! Achieve fast, easy, and reproducible mass transfer from lab scale to production volume.

The "Rotating Reactor" can dramatically accelerate "time-consuming reactions" caused by insufficient mass transfer between liquid and solid phases during batch processes where stirring occurs within the reactor. It can be used for heterogeneous chemical reactions utilizing various types of solid phases such as immobilized enzymes, encapsulated cells, ion exchange, metal scavengers, activated carbon, and water adsorbents. Compared to conventional batch methods, it enables faster and more productive chemical reactions, while also requiring a smaller amount of solid phase reagents. 【Features】 ■ Amazing performance ■ High activity of enzymes is maintained ■ Easy processing after the reaction ■ Revolutionary tool *For more details, please refer to the PDF materials or feel free to contact us.

  • others
  • Mixer/agitator

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BO Reactor

Create a water environment that activates humus soil bacteria.

The "BO Reactor" aerates the water in the tank by passing it through a unique mineral ceramic and a special water flow structure, transforming the water quality into an environment conducive to soil microorganisms that create humus.

  • Water treatment equipment
  • Aeration/air diffusion equipment
  • Wastewater/wastewater treatment equipment

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