Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 03, 2025～Sep 30, 2025
This ranking is based on the number of page views on our site.
136～150 item / All 1099 items
Batch-operated conductive heat transfer rotary dryer suitable for vacuum drying of powdery materials.
The double-cone dryer is a batch-operated conductive heat transfer rotary dryer, primarily suitable for vacuum drying of powdery and granular materials. The main body is a jacketed tumbler, where the raw material is loaded to 30-50% of its full capacity and dried while repeatedly stirring and dispersing through rotation.
Laboratory glassware for physical and chemical experiments - sample dryer
The mini desiccator used for drying samples has a lower container that can be heated.
This is a vacuum drying device that allows recipe operation through touch panel control.
The "VD-400" is a vacuum chamber designed for vacuum drying glass substrates after resist coating. 【Features】 - Simplified operation through touch panel control - Recipe operation available (allows for reproduction of operating procedures) - Two-stage exhaust to implement drying while suppressing wind patterns and foaming - Adoption of a butterfly valve allows for setting vacuum exhaust capacity 【Main Specifications】 ○ Chamber: External dimensions 400mm x 400mm, height 103mm (when lid is closed) Internal dimensions 350mm x 350mm, height 30mm ○ Vacuum: Achievable vacuum level of approximately 1Pa or lower (under no load) *For more details, please contact us or download the catalog.
Equipped with a filter and sterilization lamp, it allows for drying in a clean atmosphere.
Equipped with an air filter that captures over 99.97% of 0.3μm particles. 【Features】 ● Equipped with a HEPA filter and sterilizing lamp, allowing instruments to be dried and stored in a Class 1,000 clean environment. ● Uses a multi-range timer for the sterilizing lamp, enabling time settings tailored to the customer's usage time (from 1 minute to 60 hours). ○ For more details, please contact us or download the catalog.
It is a forced air dryer that blows and circulates heated air in the horizontal direction, usable over a wide temperature range of up to 500°C (700°C).
It can be set to a wide temperature range from [room temperature + 50℃] to 500℃ (700℃), making it suitable for various purposes such as heat resistance testing, sintering, and annealing. 【Features】 ● The insulation structure is designed to seal the door area without cooling water, making maintenance easy. ● In addition to the safety features built into the temperature controller, it is equipped with a thermosensitive independent overheating prevention device that monitors and prevents overheating of the unit in a dual manner. ● Timer operation and program operation can be easily set. After operation ends, rapid cooling can also be achieved using a cooling timer. ● Custom manufacturing is available upon request, so please inquire. ○ For more details, please contact us or download the catalog.
A highly airtight, large-capacity vacuum dryer that is user-friendly inside the chamber.
A heater is installed on the outer side of the interior, allowing for heating through radiation from the interior walls, enabling safe vacuum drying. 【Features】 ● It has a large reinforced glass window for easy observation of the interior, with a polycarbonate protective plate mounted on the outside. ● By providing a nozzle and valve for gas replacement, the atmosphere inside the chamber can be replaced with nitrogen or argon. ● Timer operation, program operation, and weekly timer operation can be easily set. ● In addition to the safety device included with the temperature controller, an independent overheat prevention device with a thermal sensor is equipped to monitor and prevent overheating of the device in a dual manner. ● The door can be made to open left (standard) or right (reverse) as a custom option, so please specify your preference when ordering. ○ For more details, please contact us or download the PDF.
Solve the "troubles" of the equipment! Flexible and bold customization is possible to suit the site.
Our company has extensive experience in the manufacturing of industrial equipment. Since installation space may be limited or become inconvenient depending on the location, we offer a "custom equipment adaptation service" tailored to the site. 【Examples of Customization】 ■ Using polycarbonate for the door of the dryer to allow observation of the interior ■ Increasing the capacity and number of shelves in the dryer to enhance processing volume at once ■ Adding doors to the front and back of the equipment to improve retrieval efficiency ■ Designing the interior with a turntable for uniform heat treatment ■ Manufacturing rotary kilns tailored to requests, such as batch or continuous types ■ Changing to an all-stainless steel specification ■ Adding an emergency stop button … and more, we respond to various requests! *For more details, please refer to the materials. Feel free to contact us as well.
It is a fluidized bed dryer that operates continuously. The heat transfer medium can be installed internally, and by reducing the gas volume, the main unit, blower, and dust collection equipment are compact.
This is a device that fluidizes and dries powder by blowing dry gas from a gas distribution plate mounted at the bottom of a box-shaped dryer. The device is divided into several chambers, and the raw materials, which are quantitatively supplied and dispersed in the first chamber by a disperser, move to the next drying chamber through a gap under the partition plate and are discharged from the final drying chamber as overflow. Additionally, some larger particles are discharged through underflow. This device utilizes the excellent mixing, gas contact, and heat transfer properties of the fluidized bed for drying, and by incorporating a heat exchanger for indirect heating inside the fluidized bed, it achieves high efficiency without increasing the amount of hot air.
It is a batch-operated fluidized bed dryer. Since the residence time of the processed material can be controlled, uniform drying can be achieved.
This is a device that fluidizes and dries powder by blowing dry gas from a gas distribution plate mounted at the bottom of a cylindrical drying tower. Operation is conducted in batch units, repeating the supply, drying, and discharge of the processed material. The product discharge mechanism includes an inverted floor type, which reverses the gas distribution plate using a control motor to discharge the entire amount of product into the lower hopper, and a swirling discharge type, which utilizes a directional porous plate on the distribution plate to create a swirling flow that discharges the entire amount of product from the side wall of the fluidizing tower using centrifugal force.
This is a research filter dryer that produces powdered dry crystals. It eliminates product solidification and loss, reducing the process, similar to a pressurized filter and shelf dryer.
This is a small tabletop filter dryer. With one glass filter dryer, you can perform suction filtration and vacuum drying while stirring, allowing you to obtain dried crystalline powder as the processed product. It is also possible to conduct production machine studies of the filtration and drying process using the filter dryer at a lab scale. The design is user-friendly for research purposes, featuring a glass vessel and a removable basket-type filter, among other components.
It is a disk dryer specifically designed for uniaxial vacuum drying.
The Vacuum Fluid Disk is a disk dryer specifically designed for uniaxial vacuum drying. It efficiently achieves low-temperature drying by utilizing the fluidization phenomenon that occurs in a vacuum environment created by indirect heating from the disk and jacket.
![Shelf-type dryer [Drying equipment for instruments and formulations in pharmaceutical, chemical, and food factories]](https://image.mono.ipros.com/public/product/image/2c5/2000023840/IPROS7114544464310664167.JPG?w=280&h=280)
A shelf-type dryer suitable for drying instruments and formulations in pharmaceutical, chemical, and food factories. The specifications such as device size and number of shelves will be designed and manufactured according to your requirements.
■Drying of equipment ■Drying of formulations ■Equipment size ■Installation space We design and manufacture shelf-type dryers tailored to each application. 【Features】 ■Support for ventilation and closed circulation ■Filter processing tailored to customer requests ■GMP compliant
Ideal for drying powdery fluids!
The double conical blender dryer allows for the introduction of dried materials into a double cone-shaped body, where drying occurs through contact with a heat transfer surface due to its jacket structure. Since the contact state between the dried materials and the heat transfer surface is constantly updated, the finished product has minimal unevenness. An automatic feeding and discharging mechanism option is also available.
Ideal for drying granular materials.
Drying, cooling, and sieving can be performed with the same machine. It is also used as an agglomeration and granulation device. The vibrating fluidized dryer is a drying method that fluidizes the material using mechanical vibrations and hot air. Compared to methods that fluidize only with hot air, it reduces the amount of air and power required, thereby lessening the exhaust treatment load. The fluidization air velocity is lower than that of a fluidized dryer, and the collection device is also more compact.
Easy to handle, capable of accommodating a wide range of dry materials from liquid to solid form.
Box-type dryers are classified into horizontal and ventilation types based on the method of hot air inflow. The horizontal type involves loading trays filled with the material to be dried and passing hot air horizontally through them. The ventilation type involves filling trays with a net or perforated plate at the bottom and passing hot air through the material being dried. This method is suitable for batch processing and relatively small lots, accommodating various types of dried materials. There are cart-type dryers, where shelves loaded with trays are inserted and removed using a cart, and shelf-type dryers, where shelves are installed inside the unit.
