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.
61～75 item / All 140 items
Free design of the cooling section, no coolant required, direct cooling, -100°C in 15 minutes.
-100℃ Refrigerant-free Lightweight and compact Natural refrigerant used Free design of cooling section
- Less prone to breakage compared to glass, and available at a lower cost - The non-stick properties of fluororesin provide an effect of "clogging prevention" - Custom shapes can be created
◆PTFE Flat Flow Channel Plate - It has extremely strong resistance to acids and alkalis, making it usable with most chemical solutions. - The non-stick nature of fluoropolymer minimizes the risk of residue clogging. ◆Reaction studies can be conducted at high pressure (test value, up to 2MPa) *for a channel width of 1.5mm. ◆Custom flow channel patterns can be created within the plate size. - Since the channels are formed by machining, please feel free to consult us about creating custom patterns according to your requirements. *Multi-layer structures are also possible.
Stage heater for microchannels using transparent glass heater.
- A transparent glass heater has been assembled onto the stage for the microfluidic chip. - The flow can be observed while optimally managing the temperature of the reagent. Optical evaluations such as spectral analysis and laser wavelength analysis are also possible. - When combined with the BT series temperature control device, it enables simple and precise temperature management.
Microorganisms, genes, enzymes, and biotechnology - suitable for related research and development applications! This is an OEM product for equipment manufacturers.
The "BT-101" is a bioreactor suitable for microbial, genetic, enzyme, and other bio-related research and development applications. It features a transparent container with good visibility, made from heat-resistant transparent materials that can withstand boiling sterilization. As a research and development device, the reactor's various characteristics, functional sizes, reactor fins, and fin rotation controllers can all be customized. We offer this for research and development purposes at a low budget, so please feel free to consult with us. ● For more details, please download the catalog or contact us.
It is a reactor that reproduces the fermentation process of a plant in the laboratory.
There is a supply port for replenishing raw materials and a discharge port with a ball valve for discharging slurry, allowing for continuous experiments. The stirring device can have its rotation speed and direction set. The pipe connections use a tri-clamp method, making it easy to connect and disconnect. The equipment is made of double-structured (wall-jacketed) glass and stainless steel, available in sizes of 5 liters and 10 liters.
Easily solve issues such as cleaning and contamination! It is also possible to add a canned motor aerator!
This product consists of a seal-less reactor that replaces the conventional top-insert type agitator (with mechanical seal) with a canned motor agitator installed at the bottom of the tank. It is also possible to add a canned motor aerator to promote the reaction. There is no need for flushing to the mechanical seal or lubrication supply to the reduction gear. Not only does it improve reaction efficiency, but it also enables a completely closed reactor, making it easy to solve problems related to cleaning and contamination. 【Features】 ■ It is possible to add a canned motor aerator to promote the reaction. ■ There is no need for flushing to the mechanical seal or lubrication supply to the reduction gear. ■ It enables a completely closed reactor, not just an improvement in reaction efficiency. ■ Problems related to cleaning and contamination can also be easily resolved. *For more details, please refer to the PDF materials or feel free to contact us.
![Multifunctional Cultivation Device Bioreactor [Ideal for Biological Cultivation and Water Treatment Experiments!]](https://image.mono.ipros.com/public/product/image/a21/345041001/IPROS99687531726499303037.jpeg?w=280&h=280)
Biological cultivation, water treatment simulation, a multifunctional cultivation device perfect for experiments!
It is well-received for its use in the automation of research and investigation related to bioreactors, cultivation, fermentation, and wastewater treatment. It has a proven track record in activated sludge cultivation. It is also possible to add measurement functions and perform actions based on the results.
ULREA is a forced thin-film microreactor, a reaction device based on a new principle that utilizes the microchannel formation technology we have independently developed.
ULREA is a reactor that uses a forced thin film (microchannel) formed between a rotating disk and a fixed disk as the reaction field. It can be applied to all chemical reactions, including crystallization and reduction reactions. Particle size can be easily controlled from single nanoparticles to microparticles. 【Features】 ○ Reaction channel width: 1–30 μm ○ Clogging (crystals, bubbles): Self-draining capability, no blockage ○ Leakage: Low pressure loss ○ Reaction time control: Freely controllable based on reaction conditions and equipment operating conditions ○ Scale-up: Easily adaptable for mass production ○ Energy cost: Low energy required for production
The ULREA series has introduced a tabletop experimental machine!
The ULREA SS-11-75 is a tabletop experimental device with a reaction chamber disk diameter of φ75, allowing for small-scale experiments. By utilizing a forced thin film as the reaction space, it enables the production of nanoparticles and the synthesis of new materials, which were previously impossible with conventional reaction devices. In particular, in the synthesis of new materials, using the forced thin film microreactor ULREA (Alria) allows for the development of novel materials with new effects and performance that could not be achieved in batch processes. 【Features】 - Achieves ideal molecular diffusion in a stable microspace reaction field of several to several tens of micrometers. - Self-discharge capability prevents blockage from products and gas bubbles, maintaining a consistently fresh reaction environment. - Capable of large-scale production through scale-up. - Cleaning and sterilization are possible with CIP and SIP. Decomposition cleaning is also easily achievable. - Realizes low pressure loss and low energy consumption, contributing to resource conservation. *For more details, please contact us or download the catalog. Information about exhibitions is provided below, so please take a look.
ULREA is a forced thin-film microreactor, a new principle reaction device that utilizes the microchannel formation technology we have independently developed.
ULREA is a reactor that uses a forced thin film (microchannel) formed between a rotating disk and a fixed disk as the reaction field. It can be applied to all chemical reactions, including crystallization and reduction reactions. Particle size can be easily controlled from single nanoparticles to microparticles. A tabletop experimental device with a reaction disk diameter of φ75 has been introduced. It allows for experiments with small quantities.
We can achieve ultra-precise synthesis and mass production of various nanoparticles.
The ULREA series is a wet-type, continuous reaction device that utilizes the micrometer-order gaps formed between two disks as a reaction field and crystallization field. It enables the ultra-precise synthesis and surface treatment of various nanoparticles, including metals, alloys, oxides, composite oxides, and organic pigments, as well as easy mass production. Additionally, it is also easy to create microspheres and nanospheres. **Features of ULREA:** 1. Reliable scale-up is possible. 2. Diffusion and high-speed mixing at the molecular level are achievable. 3. Instantaneous control of mixing conditions is possible. 4. Ultra-fast multi-stage reactions are feasible. 5. Energy-efficient and low power consumption. 6. Capable of solvent removal and gas-liquid reactions. 7. Precise reaction fields. 8. Can handle hazardous reactions. 9. Control over the surface state of particles is possible. *For more details, please refer to the PDF document or feel free to contact us.*
