Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 140 items
Heater module for manufacturing a single wafer in the electronics and semiconductor industry!
Please consider not only conventional silicon device applications but also thermal processing applications for silicon-based power devices (IGBT) and annealing processes for compound semiconductors (GaN, SiC), as well as epitaxial growth equipment.
We can also handle the difficult handling of slurries and continuous crystallization in continuous processes!
In recent years, we support continuous process development using microreactors and multi-stage continuous stirred-tank reactors (multi-stage CSTR) in the increasingly recognized field of flow synthesis. We can accommodate flash chemistry, avoidance of ultra-low temperature reactions, high-temperature reactions, high-pressure reactions, heterogeneous reactions, gas-liquid, solid-liquid, and gas-solid-liquid reactions, demonstrating effectiveness in precise reaction control, utilization of unstable intermediates, improved safety, and one-pot synthesis. Additionally, we can handle the difficult management of slurries and continuous crystallization in continuous processes. 【Features】 ■ Capable of accommodating flash chemistry (ultra-fast reactions), avoidance of ultra-low temperature reactions, high-temperature reactions, high-pressure reactions, heterogeneous reactions, gas-liquid, solid-liquid, and gas-solid-liquid reactions ■ Effective in precise reaction control, utilization of unstable intermediates, and improved safety ■ Able to handle the difficult management of slurries and continuous crystallization in continuous processes *For more details, please refer to the related link page or feel free to contact us.
We combine grinding, joining, and shaping processing technologies to meet various needs!
Our microreactors are made using quartz materials, which not only allows for transparency but also enables the creation of flow paths with excellent laser light transmission properties and chemical resistance. Similar to optical cells, we combine polishing, bonding, and shaping techniques to meet various customer requests. In processing the flow paths, we can accommodate not only machining but also blasting and etching, allowing for the construction of complex flow paths that are not limited to straight or curved lines, such as spiral or star shapes. *For more details, please refer to the PDF document or feel free to contact us.
You can freely construct micro-reaction pathways by yourself.
Modular Micro Reaction System MMRS Achieves Optimization of Reaction Conditions in the Shortest Time! This microreactor can handle everything from laboratory synthesis to production of chemicals and pharmaceuticals. It contributes to the high efficiency of medicinal chemistry and pharmaceutical and chemical processes. Ehrfeld Mikrotechnik BTS, based in Germany, is a member of the Bayer Group, a comprehensive chemical manufacturer. We offer a wide range of micro reaction devices and process measurement and control products that can accommodate both lab-scale and production-scale needs, providing high-quality solutions through continuous technological innovation.
We are considering the efficiency standards of European and CEC California regulations.
The PV reactor is a high-performance, low-cost standard reactor that can be used with power conditioners ranging from 3kW to 5kW (ACL, DCL, CB-DCL). In addition to variations in shape such as horizontal, vertical, filled type, and semi-filled type, there is a total lineup of 108 models divided into three grades—Premium, Golden, and Silver—according to each capacity, allowing us to quickly provide standard products that meet your specifications. Furthermore, the Spike Blocker technology can enhance EMC performance. For more details, please contact us or refer to the catalog.
Attention chemical manufacturers! With custom-made microorganisms for complete decomposition, a significant reduction in sludge generation during wastewater treatment is possible!
The "BIO-RESE System" targets pollutants contained in wastewater and develops and breeds custom-made microorganisms with particularly high purification capabilities. By artificially introducing them to contaminated sites and maximizing the microorganisms' abilities using a biojet reactor system, we efficiently purify and restore the environment in a short time. It can be added to existing facilities, and there is no need for specialized maintenance personnel, which helps keep both installation and running costs low. We assist in achieving significant cost reductions with the BIO-RESE System. [Case Study] Epoxy Manufacturing Plant (Thailand) Type of wastewater: High concentration salt, high concentration chemical organic matter Wastewater volume: 150³/day *For more details, please download the PDF or feel free to contact us.
Excellent vacuum properties and safety, as well as the highest safety and performance guaranteed.
The Buehiflex glass connection system guarantees excellent vacuum performance, safety, and top performance. - The modular structure allows for the use of several types of containers within the same system. - Usable under varying conditions (capacity, material, pressure). - Features good operability, safety, and high reliability with magnetic coupling (ATEX) and stirring drive.
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'.
Energy-saving and low power! A continuous production system that enables reliable scale-up.
ULREA is named as an abbreviation for ULtimate micro REActor, and it is a wet-type, continuous reaction device. The micrometer-scale gap created between two disks is applied as a reaction vessel, reaction field, or crystallization field. The technology that manipulates and controls substances at the nanoscale, which is in the order of 10 to the power of minus 9, namely at the scale of atoms and molecules, is referred to as nanotechnology. By changing substances at the nano level, their physical properties change, revealing innovative characteristics that were previously unimagined. By using the forced thin-film microreactor ULREA developed by our company, it is possible to create innovative materials that leverage nanotechnology. Additionally, ULREA is a scalable continuous production system that is expected to be a sustainable manufacturing method, contributing to energy conservation and resource efficiency. 【Features】 1. Reliable scale-up is possible 2. Diffusion and high-speed mixing at the molecular level are possible 3. Instantaneous control of mixing conditions is possible 4. Ultra-fast multi-stage reactions are also possible 5. Energy-efficient and low power consumption 6. Capable of solvent removal and gas-liquid reactions 7. Precise reaction field
It is a high-performance monolith reactor that can synthesize target compounds efficiently in a short time.
At Emmaus Kyoto Co., Ltd., we have developed a novel organic polymer porous body (polymer monolith) with a co-continuous structure based on epoxy resin, supported by metal nanoparticle catalysts. This high-performance monolith reactor enables the synthesis of target compounds efficiently and in a short time through flow organic synthesis. By applying this monolith reactor to an environmentally friendly synthesis-oriented flow organic synthesis system, we can greatly anticipate its application in the production of electronic functional materials, pesticides, and pharmaceutical intermediates through the creation of a new compound library. 【Features】 - Monolith reactor derived from resin - Reduces synthesis time of compounds by up to about 1/10 - Strong against alkaline solutions - Usable with standard HPLC For more details, please contact us or download the catalog.
Are you having trouble with drainage? Your drainage will be transformed at an astonishingly low cost!
"EGSB" is a treatment method that decomposes organic matter in wastewater into methane and carbon dioxide through the action of anaerobic microorganisms. Wastewater is treated by passing it through a reactor filled with self-granulated carriers (granules) of anaerobic microorganisms, using upward flow from the bottom. By creating laminar flow in the upper part of the tank and turbulent flow in the lower part, the contact efficiency is increased, allowing for the treatment of high-load wastewater. Our company offers proposals tailored to various needs, including space-saving wastewater treatment equipment, reduction of power costs, and sludge disposal costs, through new biotechnology techniques. [Features] - A treatment method that decomposes organic matter in wastewater into methane and carbon dioxide through the action of anaerobic microorganisms. - Wastewater is treated by passing it through a reactor filled with self-granulated carriers (granules) of anaerobic microorganisms, using upward flow from the bottom. - Increasing contact efficiency by creating laminar flow in the upper part of the tank and turbulent flow in the lower part. - Capable of handling high-load wastewater. *For more details, please refer to the PDF document or feel free to contact us.*
