スプレーイングシステムスジャパン Product Lineup

Air nozzles that can be used for the removal, cleaning, cooling, heating, and drying of oil, water droplets, cutting chips, and more. We offer a variety of materials and lineups. ● Lineup - Wide flat type - Concentrated round type - Air amplification type - Air and steam dual-use type ● Materials - ABS resin, PPS resin, stainless steel, aluminum, brass Spraying Systems, a global brand of spray nozzles, provides nozzles suitable for various applications based on a track record of over 90,000 items. *For information about spraying nozzles, please download the PDF or contact us.

The air amplification nozzle "Air Thruster" draws in surrounding air with the supply of compressed air and delivers a large volume of air. The discharge amount is 10 to 24 times the supply amount. It is possible to reduce air consumption by efficiently amplifying and discharging the supplied air. There are two materials: aluminum and 316 stainless steel. There are four sizes available depending on the discharge amount. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on a track record of over 90,000 items. *For information about spraying nozzles, please download the PDF or contact us.*

Air is injected in a strip from the blower through a slotted amplification mechanism. This energy-saving air nozzle for blowers is optimal for water removal and drying due to its strong wind speed and force. It is available in two materials: aluminum and stainless steel. By converting from a compressor nozzle, it is possible to reduce power consumption. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on a track record of over 90,000 items. *For information about Spraying nozzles, please download the PDF or contact us.*

■ Features - The air nozzle and blower knife (made of aluminum) are compactly integrated with an ionizer, minimizing the installation space required for the air blow system. - The synergistic effect of static elimination and air blowing enables efficient particle removal. - High static elimination effectiveness is achieved even for objects that are located at a distance. - There are four types of slit widths: 1mm, with slit lengths ranging from 457 to 914mm. Spraying Systems, a global brand for spray nozzles, offers a variety of nozzles tailored for different applications based on a track record of over 90,000 items. *For information on spraying nozzles, please download the PDF or contact us.*

Due to the increase in electricity prices caused by the suspension of nuclear power plants, further energy-saving measures and efficiency improvements in factories and businesses are urgently needed. Our various spray equipment demonstrates its effectiveness in reducing power consumption through blower nozzles and improving the efficiency of power generation facilities during the summer with mist systems. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on a track record of over 90,000 items. *For information about spraying nozzles, please download the PDF or contact us.*

We are offering a free booklet that will help you select gas spray nozzles (air nozzles) and review your air blow processes! The booklet explains the types of air nozzles suitable for your usage conditions and their spray patterns. You will also find valuable tips for energy-saving in existing processes, such as "the benefits of switching to air nozzles from round hole processing pipes." 【Contents (excerpt)】 ■ What is a spray nozzle ■ Types of air nozzles ■ Characteristics of each spray pattern ■ Energy-saving in air blow processes ■ Introduction to our air nozzles *This document can be viewed immediately via "PDF Download." Please feel free to contact us for inquiries. Spraying Systems, a global brand of spray nozzles, offers a variety of nozzles suitable for different applications based on over 90,000 items of proven performance. *For information on spraying nozzles, please refer to the PDF download or contact us.

From Spraying Systems Japan, we are giving away three copies of the booklet "Spray Nozzle Selection Guide"! It clearly explains how to use nozzles appropriately and efficiently, as well as how to differentiate spray patterns, using diagrams and graphs. It is packed with useful information for everyone from beginners to experts. 【Main Contents】 ■ Factors affecting nozzle performance ■ Spray patterns of single fluid nozzles ■ Optimization of air nozzles - applications and energy savings *You can view it immediately from the [PDF Download]. Please feel free to contact us for inquiries. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on a track record of over 90,000 items. *For information on Spraying Systems' nozzles, please refer to the PDF download or contact us.

From Spraying Systems Japan, we are giving away a comprehensive catalog titled "Spray Nozzles for Agriculture" with a selection guide for free! This catalog clearly explains how to use nozzles appropriately and efficiently, incorporating diagrams and graphs for different spraying areas, applications, and types of chemicals. It is packed with useful information for everyone from beginners to experts! 【Main Contents】 ■ Selection guide for spray nozzles by application ■ Formulas and coefficients (calculation formulas for flow rate and application rate, flow rate calculation formulas for agricultural road spraying, etc.) ■ Methods for measuring spraying area *You can view it immediately via [PDF Download]. Please feel free to contact us for inquiries. Spraying Systems, a global brand of spray nozzles, offers nozzles suitable for various applications based on a track record of over 90,000 items. *For information about Spraying nozzles, please refer to the PDF download or contact us.

■Features - Excellent water drainage performance Adopts a dedicated nozzle that generates a uniform air film, achieving reliable water drainage with high airflow. - High energy-saving effect The blower system achieves the same water drainage effect with lower power consumption compared to the compressor system. - Superior transportability In addition to the lower conveyor, an upper conveyor is also installed to improve transportability.

We would like to introduce a case where a switch was made from a compressor to a blower at a certain automobile manufacturer's body factory. In this factory, the use of a compressor as an air source in the liquid cutting process was seen as a problem due to high electricity consumption. Therefore, a switch to a blower as the air source was made, and the nozzles were also changed to blower-specific nozzles, utilizing a header with multiple nozzles arranged in parallel, similar to the conventional method. This resulted in significant energy savings and a reduction in CO2 emissions. [Case Overview (Partial)] ■ Issue: High electricity consumption due to the use of a compressor ■ Introduced Products: Air nozzles for blowers - Blower knife - Flat nozzle - Round nozzle - Blower system *For more details, please refer to the PDF materials or feel free to contact us.

We would like to introduce a case study of switching from a compressor to a blower at a food manufacturer located in the Tokai region. In this factory, the water drainage process at the mouth was being carried out by combining a compressor and pipes, and the high electricity costs associated with the operation of the compressor had become a problem. By introducing a blower and a dedicated nozzle unit, we were able to achieve significant energy savings and a reduction in CO2 emissions. Additionally, the compressor was affecting the air pressure in other processes, but this issue was also resolved. [Case Summary (Partial)] ■ Challenge: High electricity costs associated with the operation of the compressor ■ Introduced Products: Air nozzles for blowers - Blower knife - Flat nozzle - Round nozzle - Blower system *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study from a manufacturer that handles power receiving equipment, distribution boards, and metal cabinets, where a switch from a compressor to a blower was implemented. The manufacturer was using compressed air for the water removal process via air blow, which was problematic due to high power consumption. Additionally, there were concerns about the impact on equipment using air from other processes. By adopting a blower system with lower power consumption, significant reductions in electricity costs were achieved. Since the compressor system was not used at high pressure, the increase in airflow from the blower enhanced the water removal effect. [Case Summary (Partial)] ■ Issues - High power consumption - Impact on equipment using air from other processes ■ Product Introduced: Small Flat Air Nozzle for Blowers *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce our rotary blower air nozzle, the 'WindJet Blower Spinner.' Unlike typical air nozzles that continuously spray a steady stream of air, this product intermittently ejects shock air from two orifices of different sizes. The shock waves effectively dislodge water droplets and foreign particles, making it suitable for uneven workpieces. 【Features】 ■ Ideal for uneven workpieces ■ Removal of stubborn water droplets ■ Energy-saving effect *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case where a factory manufacturing power supplies and battery-related equipment switched its air blow system from a compressor method to a blower method. In the factory, a compressor and air nozzles for the compressor were used for air blowing. While compressor air has strong injection power and can reliably cut liquids, it has the disadvantage of high energy costs. By switching the air source and nozzles to a blower method, we achieved significant reductions in electricity consumption costs. 【Case Overview (Partial)】 ■Challenges - Cost reduction - Commitment to SDGs ■Products Introduced - Small flat air nozzle for blower *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case where the "WindJet Blower System" was implemented by a meat processing company. In their boxing process, the traditional method was unable to completely remove water droplets, leading to issues such as box damage and mold growth on meat packs. After implementation, the water drainage efficiency dramatically improved, significantly reducing box damage due to moisture, and also cutting down on the time and cost of repackaging. 【Case Overview】 ■Challenges - Water droplets remained, causing box damage and mold growth on meat packs. - A reliable air blow system that can accommodate various sizes and effectively drain water was needed. ■Effects - Water drainage efficiency dramatically improved, significantly reducing box damage due to moisture. - Time and cost of repackaging were also reduced. *For more details, please refer to the PDF document or feel free to contact us.

We are offering a document titled "Industrial Nozzle Selection Guide - Energy Saving and Cost Reduction Edition." 【Are you facing these issues?】 - Cost reduction is an important theme, but the challenge is balancing it with maintaining and improving quality. - Excessive cost reduction can lead to a decline in quality, an increase in defective products, and risks such as recalls and customer dissatisfaction. Using examples such as the introduction of spray guns, nozzle replacements, and the implementation of automated systems, we will provide detailed methods for cost reduction and energy saving. 【Contents】 ■ Cost Reduction vs. Quality ■ Methods for Cost Reduction and Energy Saving ■ Improvement of Manual Operations ■ Review of Existing Equipment ■ Automation of Operations ■ Conclusion We also provide a clear explanation of the types of nozzles and selection factors for automation of operations, so please take a moment to read it. *For more details, please download the PDF or feel free to contact us.

From liquid nozzles to air nozzles, this document provides a comprehensive explanation of basic knowledge, selection points, and usage distinctions. It is a recommended reference material for those considering the introduction or review of nozzles and energy-saving measures. "Not sure which nozzle is suitable for my application" "There are many types, and I don't know what criteria to use for selection" "I want to reduce air consumption and running costs" "I want to review the nozzles and air blow processes I am currently using" Do you have any of these concerns? This document broadly explains the selection points for liquid nozzles and air nozzles used with compressors and blowers, from the basics to application-specific considerations. It includes foundational knowledge on spray patterns, materials, flow rates, pressures, and particle sizes for liquid nozzles, as well as the types and features of air nozzles, differences in air sources, and methods for energy-saving reviews. This is a useful resource not only for those introducing nozzles but also for those considering changes to existing nozzles or improvements to air blow processes. *For more details, please download the PDF or feel free to contact us.