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Are you making this mistake while draining water from your work?

With the intermittent air blown from regular air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm can only be moved and cannot be blown away. Therefore, no matter how strong the air blow is, surface tension continues to act, preventing droplets smaller than 1mm from being blown away, making it impossible to completely dry the workpiece. To blow away these small droplets of less than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is expelled. This cut air generates several times the force of the usual intermittent air blow (patented). Additionally, in regular air blowing, water droplets are blown upwards, causing the expelled water to fall back and reattach to the workpiece, which also contributes to the workpiece not drying. The "Air Screw Nozzle" rotates itself and expels rotational waves. By scattering the water droplets to the left and right, it ensures that the water completely drains without reattaching to the workpiece.

Are you making this mistake when draining water from work?

With the intermittent air blown from regular air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm cannot be blown away, only moved. Therefore, no matter how strong the air blow is, surface tension continues to act, making it impossible to blow away droplets smaller than 1mm, and thus the workpiece cannot be completely dried. To completely blow away these small droplets of less than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is blown out. This cut air generates several times the force of the normally blown intermittent air (patented). Additionally, in regular air blowing, water droplets are blown upwards, causing the blown water to fall back and reattach to the workpiece, which also contributes to the workpiece not drying. The "Air Screw Nozzle" rotates itself and emits rotational waves. By blowing the droplets sideways, it prevents them from reattaching to the workpiece, allowing for complete water removal.

[Patent] Instant complete water removal of workpieces with air blow = complete drying!

■Feature 1: Rotational Waves that Generate Unmatched Power It is generally believed that strong winds will blow away water droplets, but this is a misconception. This is because water droplets smaller than 1mm only move due to surface tension and do not get blown away. What matters is not the strength of the wind, but its "quality." Our air nozzle processes air within the nozzle using rotational waves, producing cut air. This cut air generated by the rotational waves is what achieves instant complete drying. ■Feature 2: Complete Drying of Any Shape Objects with protrusions, grooves, depressions, and uneven surfaces tend to retain water in those areas, making complete drying, let alone sufficient drying, difficult. However, our air nozzle demonstrates significant effectiveness on such objects. It excels at scraping out water from grooves and depressions, ensuring that any residual water is completely removed, achieving complete drying. ■Feature 3: Applicable Across Various Industries Our air nozzle can be implemented in a wide range of industries and sectors that require water removal drying. Additionally, it is compatible with clean room standards (Class 100), making it suitable for use in precision factories, including semiconductor manufacturing.

Are you making this mistake with the work's drainage?

With the intermittent air blown from standard air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm can only be moved and cannot be blown away. Therefore, no matter how strong the air blow is, surface tension continues to act, making it impossible to blow away droplets smaller than 1mm, and thus the workpiece cannot be completely dried. To completely blow away these small droplets smaller than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is expelled. This cut air generates several times the force of the normally blown intermittent air (patented). Additionally, in standard air blowing, water droplets are blown upwards, causing the expelled water to fall back and reattach to the workpiece, which also contributes to the workpiece not drying. The "Air Screw Nozzle" rotates itself and expels rotational waves. By scattering the droplets to the left and right, it ensures that the water completely drains without reattaching to the workpiece.

[Patent Obtained] Complete water removal in an instant with air blow = complete drying!

■Feature 1: Rotational Waves Generating Unmatched Power It is generally believed that strong winds will blow away water droplets, but this is a misconception. This is because water droplets smaller than 1mm move without being blown away due to the effects of surface tension. The key factor is not the strength of the wind, but its "quality." Our air nozzle processes air within the nozzle using rotational waves, producing cut air. This cut air generated by the rotational waves is what achieves instant complete drying. ■Feature 2: Complete Drying of Any Shape Objects with protrusions, grooves, depressions, and uneven surfaces tend to retain water in those areas, making complete drying, let alone sufficient drying, difficult. However, our air nozzle demonstrates significant effectiveness on such objects. It excels in the ability to scrape out water from grooves and depressions, ensuring that any residual water is completely removed, achieving full drying. ■Feature 3: Applicable Across Various Industries Our air nozzle can be implemented in a wide range of industries and sectors that require water removal drying. Additionally, it is compatible with clean room standards (Class 100), making it suitable for use in precision factories, including semiconductor manufacturing.

No need for water washing!! Air blow cleaning with just air, from stubborn dirt to attached dust.

■Feature 1: Rotational Waves Generating Unmatched Power It is generally believed that strong winds can remove dust, but even with an ionizer for static electricity measures, attached dust does not blow away. This is because dust removal capability ultimately depends on the nozzle's performance. What matters is not strength, but quality. Our air nozzle processes air within the nozzle using rotational waves to generate cut air. This cut air strikes the workpiece powerfully while rotating, achieving destruction capabilities many times greater than those of standard air nozzles, allowing even stubborn dirt to be gradually removed by air alone. *In some cases, degreasing or chemical cleaning may be necessary. ■Feature 2: Air Blow Cleaning with Wind Alone for Any Shape Our air nozzle demonstrates significant effectiveness on objects with protrusions, grooves, depressions, and uneven surfaces. The cut air generated by rotational waves excels at scraping out dirt from within grooves and depressions, reaching deep into them and removing dirt and dust using only air. ■Feature 3: Applicable Across All Industries Our air nozzle can be implemented in a wide range of industries that require cleaning processes. We have a proven track record of supplying many companies and factories, including major players in the industry.

Are you making this mistake with the work's drainage?

With the intermittent air blown from standard air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm can only be moved and cannot be blown away. Therefore, no matter how strong the air blow is, surface tension continues to act, making it impossible to blow away droplets smaller than 1mm, and the workpiece cannot be completely dried. To completely blow away these small droplets smaller than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is expelled. This cut air generates several times the force of the normally blown intermittent air (patented). Additionally, in standard air blowing, water droplets are blown upwards, causing the expelled water to fall back and reattach to the workpiece, which also contributes to the workpiece not drying. The "Air Screw Nozzle" rotates itself and expels rotational waves. By blowing the droplets to the left and right, it prevents them from reattaching to the workpiece, allowing the water to be completely removed.

Are you making this mistake when draining water from your work?

With the intermittent air blown from standard air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm can only be moved and cannot be blown away. Therefore, no matter how strong the air blow is, surface tension continues to act, making it impossible to blow away droplets smaller than 1mm, and thus the workpiece cannot be completely dried. To completely blow away these small droplets smaller than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is blown out. This cut air generates several times the force of the normally blown intermittent air (patented). Additionally, in standard air blowing, water droplets are blown upwards, causing the blown water to fall back down and reattach to the workpiece, which also contributes to the workpiece not drying. The "Air Screw Nozzle" rotates itself and emits rotational waves. By blowing the water droplets in a scattered manner to the left and right, it ensures that the water completely drains without reattaching to the workpiece.

Are you making this mistake while draining water from your work?

With the intermittent air blown from standard air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm can only be moved and cannot be blown away. Therefore, no matter how strong the air blow is, surface tension continues to act, making it impossible to blow away droplets smaller than 1mm, and the workpiece cannot be completely dried. To completely blow away these small droplets of less than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is expelled. This cut air generates several times the force of the usual intermittent air blow (patented). Additionally, in standard air blowing, water droplets are blown upwards, causing the expelled water to fall back and reattach to the workpiece, which also contributes to the workpiece not drying. The "Air Screw Nozzle" rotates itself and expels rotational waves. By blowing the droplets to the left and right, it prevents them from reattaching to the workpiece, allowing for complete water removal.

Are you making this mistake while draining water from your work?

With the intermittent air blown from standard air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm cannot be blown away; they can only be moved. Therefore, no matter how strong the air blow is, surface tension continues to act, and droplets smaller than 1mm cannot be blown away at all, making it impossible to completely dry the workpiece. To blow away these small droplets of less than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is expelled. This cut air generates several times the force of the normally blown intermittent air (patented). Additionally, in standard air blowing, water droplets are blown upwards, causing the expelled water to fall back and reattach to the workpiece, which also contributes to the workpiece not drying. The "Air Screw Nozzle" rotates itself and expels rotational waves. By blowing the droplets sideways, it prevents them from reattaching to the workpiece, allowing for complete water removal.

Are you making this mistake with the work's drainage?

With the intermittent air blown from standard air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm can only be moved and cannot be blown away. Therefore, no matter how strong the air blow is, surface tension continues to act, and droplets smaller than 1mm cannot be blown away at all, making it impossible to completely dry the workpiece. To blow away these small droplets of less than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is expelled. This cut air generates several times the force of the normally blown intermittent air (patented). Additionally, in standard air blowing, water droplets are blown upwards, causing the expelled water to fall back and reattach to the workpiece, which also contributes to the workpiece not drying. The "Air Screw Nozzle" rotates itself and expels rotational waves. By blowing the water droplets sideways, it prevents them from reattaching to the workpiece, allowing for complete water removal.

Are you making this mistake when draining water from your work?

With the intermittent air blown from standard air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm cannot be blown away, only moved. Therefore, no matter how strong the air blow is, surface tension continues to act, making it impossible to blow away droplets smaller than 1mm, and thus the workpiece cannot be completely dried. To completely blow away these small droplets of less than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is expelled. This cut air generates several times the force of the normally blown intermittent air (patented). Additionally, in standard air blowing, the water droplets are blown upwards, causing the expelled water to fall back and reattach to the workpiece, which also prevents the workpiece from drying. The "Air Screw Nozzle" rotates itself and expels rotational waves. By scattering the water droplets to the left and right, it ensures that the water does not reattach to the workpiece, allowing for complete water removal.

Are you making this mistake while draining water from your work?

With the intermittent air blown from standard air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm can only be moved and cannot be blown away. Therefore, no matter how strong the air blow is, surface tension continues to act, preventing droplets smaller than 1mm from being blown away, making it impossible to completely dry the workpiece. To blow away these small droplets of less than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is expelled. This cut air generates several times the force of the normal air blow that is expelled intermittently (patented). Additionally, in a standard air blow, water droplets are blown upwards, causing the expelled water to fall back and reattach to the workpiece, which also contributes to the workpiece not drying. The "Air Screw Nozzle" rotates itself and expels rotational waves. By scattering the water droplets to the left and right, it prevents them from reattaching to the workpiece, allowing for complete water removal.

Are you making this mistake while draining water from your work?

With the intermittent air blown from standard air nozzles or air knives, large water droplets can be removed, but due to the influence of "surface tension," droplets smaller than 1mm can only be moved and cannot be blown away. Therefore, no matter how strong the air blow is, surface tension continues to act, making it impossible to blow away droplets smaller than 1mm, and the workpiece cannot be completely dried. To completely blow away these small droplets smaller than 1mm, it is necessary and important to change the "quality" of the air. Our "Air Screw Nozzle" processes the air into cut air within the nozzle. The "popping" cut air is expelled. This cut air generates several times the force of the normally blown intermittent air (patented). Additionally, in standard air blowing, water droplets are blown upwards, causing the expelled water to fall back and reattach to the workpiece, which also prevents the workpiece from drying. The "Air Screw Nozzle" rotates itself and expels rotational waves. By blowing the droplets to the left and right, it prevents them from reattaching to the workpiece, allowing the water to be completely removed.