ステック Product Lineup

High-pressure air used for dry air generation machine. It dries various materials. * Plastic pellets, etc. * Custom-made machine.

In the electronic components industry, preventing corrosion due to moisture is crucial for ensuring the long-term reliability of products. Moisture can lead to performance degradation and failure of electronic components, potentially shortening the lifespan of products. The DRY BOY simple dehumidifying air generation device effectively removes moisture in the storage environment and manufacturing processes of electronic components using high-pressure air. This helps reduce the risk of corrosion and contributes to maintaining product quality. 【Usage Scenarios】 - Storage of electronic components - Drying in the manufacturing process - Inspection process 【Benefits of Implementation】 - Reduction of product defects due to corrosion - Improvement in product quality - Assurance of long-term product lifespan

In the printing industry, maintaining ink quality is crucial. Particularly in high humidity environments, ink performance can deteriorate, potentially leading to a decline in the quality of printed materials. Proper management of ink not only affects the finish of printed products but also contributes to cost reduction. The DRY BOY simple dehumidifying air generation device uses high-pressure air to promote ink drying, thereby supporting quality management. 【Usage Scenarios】 - Ink storage rooms - Ink supply lines for printing machines - Drying processes after printing 【Benefits of Implementation】 - Suppression of ink quality deterioration - Improvement in printed material quality - Cost reduction

In the chemical industry, proper drying of reactants significantly impacts the efficiency and quality of reactions. In particular, moisture can inhibit reactions or lead to the formation of by-products, potentially resulting in a decline in product quality. The DRY BOY simple dehumidifying air generation device uses high-pressure air to dry various materials, supporting solutions to challenges in reaction control. 【Usage Scenarios】 - Drying inside reaction vessels - Drying of reactants - Drying of intermediates 【Benefits of Implementation】 - Improved reaction efficiency - Stabilization of product quality - Suppression of by-products

In research institutions' experimental environments, the accurate drying of experimental materials is a crucial factor that affects the reliability of experimental results. Particularly for materials that are susceptible to humidity or when conducting precise analyses, an appropriate drying environment is essential. Inadequate drying can lead to errors in experimental data or even failure of the experiments. The DRY BOY compact dehumidifying air generation device uses high-pressure air to enable the drying of various materials. It provides the optimal drying environment tailored to the objectives of the experiment. 【Usage Scenarios】 - Drying of experimental materials - Drying of plastic pellets and similar materials 【Benefits of Implementation】 - Improved accuracy of experiments - Increased efficiency of experiments - Prevention of material degradation

In the chemical industry, precisely controlling the temperature within reaction vessels and heat exchangers is crucial for ensuring product quality and safety. Temperature variations can lead to reaction inconsistencies and a decline in product quality. Our thermal oil circulation system uses thermal oil to achieve uniform heating by controlling the target object with high temperature accuracy. [Application Scenarios] - Temperature control of reaction vessels - Temperature control of heat exchangers - Temperature control of rolls, molds, and jackets [Benefits of Implementation] - Achieving uniform temperature distribution - Improving product quality - Stabilizing the manufacturing process

In the food industry, precise temperature management is required to maintain product quality. Particularly in the heating and cooling processes during manufacturing, the uniformity and stability of temperature are crucial. Inadequate temperature management can lead to deterioration in product quality and a decrease in manufacturing efficiency. Our thermal oil circulation system uses thermal oil to control the target objects with high temperature accuracy, addressing the challenges of temperature management in food production. 【Application Scenarios】 - Heating and cooling processes for food - Temperature management for rolls, molds, and jackets 【Benefits of Implementation】 - Improved temperature uniformity and stability - Enhanced product quality - Improved manufacturing efficiency

In the rubber industry’s vulcanization process, temperature management is crucial as it affects product quality. In particular, uniform heating and precise temperature control are required, as temperature variations and overheating can lead to product defects and performance degradation. Our thermal oil circulation system addresses these challenges by using thermal oil to control the temperature of rolls, molds, and jackets at high temperatures. 【Usage Scenarios】 - Vulcanization process of rubber products - Temperature management of rolls, molds, and jackets 【Benefits of Implementation】 - Achieving uniform temperature distribution - Improving product quality - Stabilizing the process

In the printing industry, temperature management during the ink drying process is a crucial factor that affects quality. If the ink drying is insufficient, it can lead to inconsistencies in the finished print, potentially resulting in a decline in quality. Additionally, if the drying temperature is too high, it can cause ink deterioration or damage to the paper. A thermal oil circulation system contributes to the stable supply of high-quality printed materials by drying the ink while maintaining a constant temperature. 【Usage Scenarios】 - Temperature management in the ink drying process - Temperature control of rollers, molds, and jackets 【Benefits of Implementation】 - Improved quality of ink drying - Stabilization of the finished print - Increased production efficiency

In the packaging industry, the sealing process requires a balance between product quality and production efficiency. Particularly in heat-based sealing processes, temperature management is crucial, as temperature variations or insufficient temperatures can lead to sealing defects and decreased productivity. Our thermal oil circulation system utilizes thermal oil to achieve precise temperature control at high temperatures. 【Application Scenarios】 - Sealing of packaging films - Adhesion of labels - Molding of packaging materials 【Benefits of Implementation】 - Ensured stable sealing quality through uniform temperature distribution - Flexibility in temperature settings to accommodate various packaging materials - Long-term operation due to high durability and reliability

In the pharmaceutical industry, high quality and safety are required for the sterilization of pharmaceuticals and medical devices. Particularly for long-shaped products or those that need to be processed by hanging, uniform sterilization is crucial. Inadequate sterilization can lead to product quality deterioration and increased infection risks. Our vertical dryer, with its high internal dimensions, accommodates long items and those processed by hanging, meeting the sterilization needs of the pharmaceutical industry. [Usage Scenarios] - Sterilization of long-shaped test tubes and containers - Sterilization of medical instruments processed by hanging - Other sterilization of tall products [Benefits of Implementation] - Improved product quality through uniform sterilization - Ensured high safety and reliability - Adaptability to a variety of products

In the drying process of the chemical industry, uniform drying and efficient processing are required. Particularly for products with long shapes or those that need to be hung for drying, selecting the appropriate dryer is crucial. Inadequate drying can lead to product quality deterioration and process delays. Our vertical dryer has high internal dimensions, accommodating long items and those requiring hanging processing, supporting your drying operations. 【Usage Scenarios】 - Drying of chemical products - Drying of products with long shapes - Products that require hanging for drying 【Benefits of Implementation】 - Achieving uniform drying - Establishing an efficient drying process - Improving product quality

In seed treatment in agriculture, uniform drying affects quality. This is particularly important for long-shaped seeds or seeds that need to be dried by hanging, making the selection of a dryer crucial. Uneven drying can lead to reduced germination rates and quality deterioration. Our vertical dryer has a high internal dimension, accommodating long seeds and those requiring hanging processing. 【Usage Scenarios】 - Drying seeds - Seeds that require hanging drying 【Benefits of Implementation】 - Improved quality through uniform drying - Compatibility with long seeds - Increased germination rates

In the plastic molding industry, the drying process, which affects the quality of molded products, is crucial. Particularly for products with long shapes or those that need to be dried while hanging, an appropriate drying environment is required. Inadequate drying can lead to molding defects and a decrease in product strength. Our vertical dryer has high internal dimensions, accommodating long products and those that need to be dried while suspended. 【Usage Scenarios】 - Drying plastic molded products - Drying long-shaped products - Drying products that need to be hung 【Benefits of Implementation】 - Reduction of molding defects - Improvement of product strength - Optimization of drying time

In the textile dyeing industry, uniform drying and efficient processing are required during the drying stage of dyed products. This is particularly important for long fiber products or those that need to be hung to dry, where the height and internal structure of the dryer become crucial. Improper drying can lead to color unevenness and shrinkage, potentially compromising product quality. Our vertical dryer is designed to accommodate the drying of long products and achieve uniform drying. 【Usage Scenarios】 - Drying of long fiber products after dyeing - Drying of products that need to be hung - Processes that emphasize quality control 【Benefits of Implementation】 - Improved quality through uniform drying - Increased productivity through efficient drying processes - Enhanced yield of products

In the electronic components industry, the quality of insulation processing is crucial for enhancing product reliability. Particularly for long electronic components or parts that need to be processed while suspended, uniform drying is required. Inadequate drying can lead to insulation failures or performance degradation. Our vertical dryer has a high internal dimension, making it suitable for long electronic components and suspended processing. [Usage Scenarios] - Insulation processing of long electronic components - Processing of parts that need to be dried while suspended [Effects of Implementation] - Improved insulation performance through uniform drying - Efficient drying of long components - Enhanced product quality

Indoor dimensions W1000 × H2000 ALL SUS 316 Maximum temperature: 150℃ This is a corrosion-resistant dryer made of SUS316. *Custom-made machine

Due to its large size, parts that require hot air treatment can be arranged on a shelf frame, which can then be placed inside the furnace as a whole. Maximum temperature: 200°C Internal dimensions: W2000 × D1500 × H1500 Cart loading type *Custom-made machine

Hopper-type hot air dryer Bulk dryer for plastic pellets and the like Operating temperature: up to 120°C *Custom-made machine

For various industries. Reduces scorching and black spots on plastic machinery with a double effect of dry air. Prevents oxidation with dried nitrogen gas using high-pressure air. *Custom-made machine

Small outdoor air introduction type dryer. If an explosion-proof type is not necessary, drying can be done while continuously discharging. Maximum temperature: 120℃. *Custom-made machine.

A compact hot air dryer with a 2-room type, allowing separate temperature settings. Temperature range: room temperature to 160°C. *Custom-made machine.

A compact hot air dryer with a 2-room type, allowing separate temperature settings. Temperature range: room temperature to 160°C. *Custom-made machine.

Box-type dryers for various industries. They are general-purpose hot air dryers. They can be used for drying all kinds of materials. *Custom-made machines.

Box-type dryers for various industries. They are general-purpose hot air dryers. They can be used for drying all kinds of materials. *Custom-made machines.

A hot water device concentrated in a rack. Its compact shape makes management easy and does not take up installation space. Operating temperature: room temperature to 90°C. *Custom-made machine.

A hot water unit concentrated on a rack. Its compact shape makes management easy and does not take up installation space. Operating temperature: room temperature to 90°C. *Custom-made unit.

Standard hot water circulation system. Configuration of pump, heater, and temperature controller. With a tank included, temperature management using hot water can be achieved simply by connecting to an external source. Operating temperature: Room temperature to 90°C *Custom-made machine

It is a standard thermal oil circulation system. It is equipped with a pump, heater, tank, and an expansion tank that reduces oil oxidation. Maximum temperature: 250°C, 320°C. *Custom-made machine.

This is a hot water circulation device that pressurizes and heats water, circulating water at temperatures above 90°C. Operating temperature: Room temperature to 160°C *Custom-made machine

We would like to introduce the successful implementation of our "Box-Type Dryer" at a major plastic injection molding company. The company required drying solutions for a wide variety of products in small quantities, as well as for products that are prone to deformation. As a solution, we provided a device that circulates hot air within an insulated box (chamber) to dry items placed on shelves or trays. After the implementation, it became possible to place materials on trays or containers and insert them into the shelves of the chamber, allowing for the evaporation of moisture from many products at once. Additionally, the easy loading of racks (trolleys) has reduced labor. 【Case Overview】 ■ Requirements - Drying of a wide variety of products in small quantities and products that are prone to deformation ■ Effects - Enabled the evaporation of moisture from many products at once - Reduced labor with easy loading of racks *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where our "hot air dryer" was implemented by a major plastic molding company. The company expressed a desire to shorten the drying time. As a solution, we provided a device that evaporates moisture and solvents by blowing or circulating heated air onto the target object. With the introduction of this device, the drying time was significantly reduced. 【Case Overview】 ■Request ・To shorten the drying time ■Effect ・The drying time was significantly reduced *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where our "Simple Dehumidifying Air Generation Device" was implemented at a major plastic molding company. The company was looking for a device that could easily dehumidify and dry plastic pellets. As a solution, we provided a simple device that utilizes the compressed air available in the factory to supply dry air with moisture removed. After implementation, they have reported excellent results when used in conjunction with other devices. 【Case Overview】 ■Request - A device to easily dehumidify and dry plastic pellets ■Effect - Excellent results when used in conjunction with other devices *For more details, please download the PDF or feel free to contact us.

In the solvent recovery of the chemical industry, a safe and efficient drying process is required. Particularly when handling flammable solvents, it is important to ensure reliable drying while reducing the risk of explosions. While explosion-proof equipment is not necessary, dryers that consider safety are in demand. Our semi-explosion-proof dryer contributes to improving safety and efficiency in the solvent recovery process by allowing continuous exhaust during drying. 【Usage Scenarios】 - Drying in the solvent recovery process - Handling of flammable solvents - Sites where explosion-proof equipment is not required 【Benefits of Implementation】 - Increased efficiency of the solvent recovery process - Improved safety - Reduced drying time

In the pharmaceutical industry, the sterilization drying process requires the maintenance of product quality and the assurance of safety. In particular, strict temperature control and reliable exhaust are essential for the removal of microorganisms and the reduction of residual solvents. While explosion-proof specifications are not necessary, there is a need to achieve safe and efficient drying. Our semi-explosion-proof dryer can perform drying while continuously exhausting, meeting these needs. 【Usage Scenarios】 - Sterilization drying in pharmaceutical factories - Drying of pharmaceutical raw materials - Drying of intermediates 【Benefits of Implementation】 - Increased efficiency of the sterilization drying process - Maintenance of product quality - Realization of a safe drying environment

In the paint and ink industry, proper removal of volatile substances is required to maintain product quality and ensure safe handling. Particularly during the drying process, it is important to manage temperatures in a way that efficiently expels volatile substances without damaging the product. While explosion-proof models may not be necessary, there are situations where dryers that consider safety are needed. Our semi-explosion-proof dryers can perform drying while continuously expelling air, meeting these needs. 【Usage Scenarios】 - Drying processes in paint and ink manufacturing lines - Drying of products that use volatile solvents - Sites that are not explosion-proof areas but where safety considerations are important 【Benefits of Implementation】 - Efficient removal of volatile substances - Maintenance of product quality - Assurance of safety

In the food processing industry, appropriate drying processes are required to maintain product quality. In particular, temperature control and a hygienic environment are crucial for quality preservation. Improper drying can lead to a decline in quality and preservation issues. Our semi-explosion-proof dryer achieves efficient drying while continuously discharging when full explosion-proofing is unnecessary, contributing to the preservation of food quality. 【Usage Scenarios】 - Drying and cooling of food - Temperature control for quality preservation - Drying operations in a hygienic environment 【Benefits of Implementation】 - Maintenance and improvement of food quality - Enhanced preservation - Realization of a stable drying process

In the electronic components industry, measures to prevent product defects caused by static electricity are considered crucial. Particularly in the manufacturing process of delicate electronic components, it is essential to suppress the accumulation of static electricity and maintain a stable drying environment. Inadequate static electricity measures can lead to malfunctions, performance degradation, and even a reduction in product lifespan. Our semi-explosion-proof dryer can perform drying while continuously discharging, making it suitable for drying in environments with static electricity countermeasures when full explosion-proofing is unnecessary. 【Usage Scenarios】 - Electronic component manufacturing lines - Clean rooms where static electricity measures are required - Drying of delicate materials 【Benefits of Implementation】 - Reduced risk of product defects due to static electricity - Maintenance of a stable drying environment - Improved product reliability

In the plastic molding industry, proper drying is essential to maintain the quality of pellets. In particular, moisture contained in the pellets can lead to molding defects, which may result in a decline in product quality and production efficiency. While explosion-proof models are not necessary, our semi-explosion-proof dryer is suitable for those who want to ensure reliable drying. It allows for continuous drying while discharging, contributing to the maintenance of pellet quality and stable production. 【Usage Scenarios】 - Drying plastic pellets - Sites where explosion-proof measures are not required - Cases where stable drying temperature management is necessary 【Benefits of Implementation】 - Maintenance of pellet quality - Reduction of molding defects - Improvement of production efficiency

In the cosmetics industry, it is essential to dry raw materials efficiently while maintaining quality. This is particularly important when handling delicate ingredients, where temperature control and proper exhaust are crucial. Inadequate drying can lead to deterioration and a decline in quality of the raw materials. Our semi-explosion-proof dryer can perform drying while continuously discharging, which contributes to maintaining the quality of the raw materials when full explosion-proof specifications are not required. 【Application Scenarios】 Drying of cosmetic raw materials Raw material refining processes 【Benefits of Implementation】 Maintaining the quality of raw materials Efficient drying process

In the chemical industry, when performing solvent recovery, an efficient drying process that ensures safety is required. Particularly when handling flammable solvents, it is crucial to select appropriate equipment to reduce the risk of explosions. While explosion-proof equipment may not be necessary, there is a need for drying processes that prioritize safety. Our semi-explosion-proof dryer allows for continuous drying while discharging, contributing to improved safety and efficiency in the solvent recovery process. 【Usage Scenarios】 - Recovery and drying of flammable solvents - Use in laboratories and manufacturing lines - Work in areas adjacent to explosion-proof zones 【Benefits of Implementation】 - Drying solvents while ensuring safety - Achieving efficient drying through the introduction of outside air - Reducing costs when explosion-proof specifications are not required

In the sterilization and drying process within the pharmaceutical industry, precise temperature control and reliable drying are essential to ensure product quality and safety. Particularly, setting appropriate drying conditions is crucial for maintaining the stability of active pharmaceutical ingredients and formulations. While explosion-proof specifications are not necessary, our semi-explosion-proof dryers enable efficient drying in environments that require high safety standards, allowing for drying at a maximum temperature of 120°C while continuously exhausting air. They are also equipped with a hot water circulation system, allowing settings from room temperature to 160°C. 【Usage Scenarios】 - Sterilization drying of pharmaceuticals - Drying processes for formulations - Drying for quality preservation 【Benefits of Implementation】 - Increased efficiency in the sterilization drying process - Maintenance and improvement of product quality - Assurance of safety

In the paint industry, stabilizing components is essential to maintain product quality. In particular, changes in components due to temperature and humidity can affect the performance and shelf life of the paint. Maintaining the uniformity of components directly impacts the quality of the final product. Our semi-explosion-proof dryer supports the stabilization of paint components by continuously discharging while drying, when full explosion-proof equipment is not necessary. 【Usage Scenarios】 - Drying components in the paint manufacturing process - Stabilizing paint components before storage - Component adjustment for quality control 【Benefits of Implementation】 - Maintaining quality through stabilization of paint components - Improved product shelf life - Achieving uniform paint quality

In the manufacturing and printing processes of inks, appropriate drying is required to maintain product quality and improve production efficiency. Especially for certain types of inks, achieving uniform drying can be challenging, and if drying unevenness occurs, it may affect the performance of the product. Additionally, reducing drying time contributes to the overall efficiency of the production line. Our semi-explosion-proof dryer has been developed to meet the needs of the ink industry. 【Usage Scenarios】 - Drying of ink prototypes - Drying of ink after printing - Drying tests in ink quality management 【Effects of Implementation】 - Improved quality through reduced drying unevenness - Increased productivity through shortened drying time - Efficient drying through the introduction of outside air

In the cosmetics industry, a proper drying process is required to maintain the quality of delicate ingredients. It is particularly important to manage temperature and prevent foreign substances from contaminating the ingredients in order to prevent deterioration and maintain product stability. While explosion-proof models may not be necessary, our semi-explosion-proof dryers contribute to the protection of ingredients by performing drying while continuously discharging air, ensuring safe and efficient drying. 【Usage Scenarios】 - Drying of cosmetic raw materials - Drying to maintain product quality - Handling of delicate ingredients 【Benefits of Implementation】 - Reduced risk of ingredient deterioration - Improved product stability - Realization of an efficient drying process