If you see this, you'll understand everything! I created a PR flyer.

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

To those in charge who are struggling with water drainage of workpieces, Are you making these mistakes with water drainage of workpieces? Do you know the real reason why water droplets don’t get blown away even when you increase the strength of the air blow? Do you know the real reason why changing the shape of the air nozzle doesn’t help in draining water? Do you know the real reason why increasing the number of air nozzles doesn’t sufficiently drain water? These are typical mistakes made by companies that use air blow for water drainage and droplet removal from workpieces, resulting in "not being able to drain water sufficiently even with air blow." However, these mistakes are minor compared to the fatal mistake I am about to share with you. What is that fatal mistake? It is... Focusing on the strength of the air blow while neglecting the "quality" of the air. [Continued below] ↓↓↓

• Drying Equipment

Are you making this mistake when draining water from work?

To those in charge who are struggling with water drainage of workpieces, Are you making these mistakes with water drainage of workpieces? Do you know the real reason why, even when you increase the strength of the air blow, the water droplets do not get blown away? Do you know the real reason why changing the shape of the air nozzle does not help in draining the water? Do you know the real reason why increasing the number of air nozzles does not sufficiently drain the water? These are typical mistakes made by companies that use air blow for water drainage and droplet removal from workpieces, resulting in "not being able to sufficiently drain water even with air blow." However, these mistakes are not significant compared to the fatal mistake I am about to share with you. What is that fatal mistake? It is... Focusing on the strength of the air blow and not paying attention to the "quality" of the air. [Continued below] ↓↓↓

• Other cleaning machines

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

Anyway, the video is proof. Please be sure to watch it. With conventional air nozzles, it is impossible to completely drain water with just air blowing after washing, and a separate drying process was necessary for complete drying. However, our air nozzle achieves complete water drainage through its unique patented technology. It enables 100% water drainage and complete drying. In other words, with just air blowing, the water attached to the workpiece can be completely removed. Since the workpiece dries completely with just air blowing, the subsequent drying process becomes entirely unnecessary. ■ The drying process is no longer needed ■ Conventional nozzle: Washing ⇒ Water drainage ⇒ Drying With our nozzle: Washing ⇒ Water drainage (Drying is unnecessary) As a result, not only can the time spent on the drying process be completely reduced, but also: - Personnel previously allocated to the drying process - Running costs such as electricity bills - The drying equipment itself become unnecessary, leading to significant cost reductions and increased efficiency in the production line.

• nozzle

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

To those in charge who are struggling with water drainage of workpieces, Are you making these mistakes with water drainage of workpieces? Do you know the real reason why water droplets don't get blown away even when you increase the strength of the air blow? Do you know the real reason why changing the shape of the air nozzle doesn't help in draining the water? Do you know the real reason why increasing the number of air nozzles doesn't sufficiently drain the water? These are typical mistakes made by companies that use air blow for water drainage and droplet removal from workpieces, resulting in "not being able to sufficiently drain water even with air blow." However, these mistakes are minor compared to the fatal mistake I am about to share with you. What is that fatal mistake? It is... Focusing on the strength of the air blow and not paying attention to the "quality" of the air. [Continued below] ↓↓↓

• Drying Equipment

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

With conventional air nozzles, it was impossible to completely drain water using only air blow after washing, and a separate drying process was necessary for complete drying. However, our air nozzle achieves complete water drainage through its unique patented technology. It enables 100% water drainage and complete drying. In other words, water adhering to the workpiece can be completely removed with "just" air blow. Since the workpiece dries completely with just air blow, the subsequent drying process becomes entirely unnecessary. ■ The drying process is no longer needed ■ Conventional nozzle: Washing ⇒ Water drainage ⇒ Drying With our nozzle: Washing ⇒ Water drainage (Drying is unnecessary) As a result, not only can the time spent on the drying process be completely reduced, but also: - Personnel previously allocated to the drying process - Running costs such as electricity bills - The drying equipment itself become unnecessary, leading to significant cost reductions and increased efficiency in the production line.

• Other semiconductor manufacturing equipment

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

No more water washing needed! Air blow cleaning with just air, from stubborn dirt to attached dust. Our patented air nozzle has an unparalleled air ejection power. With powerful air blow, stubborn dirt that has adhered and dust that has settled, even dirt that has penetrated scratches can be removed 'without water.' Moreover, it stands out from other nozzles in its ability to remove not only dirt but also dust and chips. (Compatible with clean rooms) *In some cases, degreasing or chemical cleaning may be necessary. ■Benefit 1: Improved productivity and production volume The entire process from water washing to water draining to drying is replaced by air blow cleaning, eliminating the need for these steps. This allows for a complete reduction in the time previously required, significantly improving productivity and production volume. ■Benefit 2: Resolution of labor shortages and optimization of personnel allocation Since the series of cleaning to drying processes are no longer necessary, the personnel and human resources previously allocated to those tasks are no longer needed. The freed-up resources can be redirected to departments or tasks within the company that are lacking human resources, enabling optimization of personnel allocation and improvement of operational efficiency.

• Other machine elements

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

To those in charge who are struggling with water drainage of workpieces, Are you making these mistakes with water drainage of workpieces? Do you know the real reason why, even when you increase the air blow strength, the water droplets don't get blown away? Do you know the real reason why changing the shape of the air nozzle doesn't help in draining the water? Do you know the real reason why increasing the number of air nozzles doesn't sufficiently drain the water? These are typical mistakes made by companies that use air blow for water drainage and droplet removal from workpieces, resulting in "not being able to sufficiently drain water even with air blow." However, these mistakes are minor compared to the fatal mistake that I am about to share with you. What is that fatal mistake? It is... Focusing on the strength of the air blow and not paying attention to the "quality" of the air. [Continued below] ↓↓↓

• Ultrasonic Cleaner

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

To those in charge who are struggling with water drainage of workpieces: Are you making these mistakes with water drainage of workpieces? Do you know the real reason why, even when you increase the strength of the air blow, the water droplets do not get blown away? Do you know the real reason why changing the shape of the air nozzle does not help in draining the water? Do you know the real reason why increasing the number of air nozzles does not sufficiently drain the water? These are typical mistakes made by companies that use air blow for water drainage and droplet removal from workpieces, resulting in "not being able to sufficiently drain water even with air blowing." However, these mistakes are minor compared to the fatal mistake I am about to share with you. What is that fatal mistake? It is... Focusing on the strength of the air blow and not paying attention to the "quality" of the air. [Continued below] ↓↓↓

• Other cleaning machines

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

To those in charge who are struggling with water drainage of workpieces: Are you making these mistakes with water drainage of workpieces? Do you know the real reason why, even when you increase the strength of the air blow, the water droplets do not get blown away? Do you know the real reason why changing the shape of the air nozzle does not help in draining the water? Do you know the real reason why increasing the number of air nozzles does not sufficiently drain the water? These are typical mistakes made by companies that use air blowing for water drainage and droplet removal from workpieces, resulting in "not being able to sufficiently drain water even with air blowing." However, these mistakes are not significant compared to the fatal mistake I am about to share with you. What is that fatal mistake? It is... Focusing on the strength of the air blow and not paying attention to the "quality" of the air. [Continued below] ↓↓↓

• Other physicochemical equipment

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

To those in charge who are struggling with water drainage of workpieces, Are you making these mistakes with water drainage of workpieces? Do you know the real reason why, even when you increase the air blow strength, the water droplets don't get blown away? Do you know the real reason why changing the shape of the air nozzle doesn't help in draining the water? Do you know the real reason why increasing the number of air nozzles still doesn't adequately drain the water? These are typical mistakes made by companies that use air blow for water drainage and droplet removal from workpieces, resulting in "not being able to sufficiently drain water even with air blow." However, these mistakes are minor compared to the fatal mistake I am about to share with you. What is that fatal mistake? It is... Focusing on the strength of the air blow and not paying attention to the "quality" of the air. [Continued below] ↓↓↓

• nozzle

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

To those in charge who are struggling with water removal from workpieces, Are you making these mistakes when trying to remove water from workpieces? Do you know the real reason why, even when you increase the strength of the air blow, the water droplets don’t get blown away? Do you know the real reason why changing the shape of the air nozzle doesn’t help in removing water? Do you know the real reason why increasing the number of air nozzles doesn’t lead to sufficient water removal? These are typical mistakes made by companies that use air blowing for water removal from workpieces, resulting in "not being able to sufficiently remove water even with air blowing." However, these mistakes are minor compared to the critical mistake I am about to share with you. What is that critical mistake? It is… Focusing on the strength of the air blow and not paying attention to the "quality" of the air. [Continued below] ↓↓↓

• Other semiconductor manufacturing equipment

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

To those in charge who are struggling with water removal from workpieces: Are you making these mistakes when trying to remove water from workpieces? Do you know the real reason why water droplets don't get blown away even when you increase the strength of the air blow? Do you know the real reason why changing the shape of the air nozzle doesn't help in removing water? Do you know the real reason why increasing the number of air nozzles still doesn't adequately remove water? These are typical mistakes made by companies that use air blow to remove water from workpieces, resulting in "not enough water being removed even with air blow." However, these mistakes are minor compared to the critical mistake I am about to share with you. What is that critical mistake? It is... Focusing on the strength of the air blow and not paying attention to the "quality" of the air. [Continued below] ↓↓↓

• Ultrasonic Cleaner

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

To those in charge who are struggling with water drainage of workpieces, Are you making these mistakes when it comes to draining water from workpieces? Do you know the real reason why, even when you increase the air blow strength, the water droplets don’t get blown away? Do you know the real reason why changing the shape of the air nozzle doesn’t help in draining the water? Do you know the real reason why increasing the number of air nozzles doesn’t sufficiently drain the water? These are typical mistakes made by companies that use air blow for draining water and removing droplets from workpieces, resulting in "not being able to drain water sufficiently even with air blow." However, these mistakes are not as significant compared to the fatal mistake I am about to share with you. What is that fatal mistake? It is... Focusing on the strength of the air blow and not paying attention to the "quality" of the air. [Continued below] ↓↓↓

• Other physicochemical equipment

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

To those in charge who are struggling with water drainage of workpieces: Are you making these mistakes with water drainage of workpieces? Do you know the real reason why, even when you increase the strength of the air blow, the water droplets don’t get blown away? Do you know the real reason why changing the shape of the air nozzle doesn’t help in draining the water? Do you know the real reason why increasing the number of air nozzles still doesn’t sufficiently drain the water? These are typical mistakes made by companies that use air blow for water drainage and droplet removal from workpieces, resulting in "not being able to sufficiently drain water even with air blow." However, these mistakes are minor compared to the fatal mistake I am about to share with you. What is that fatal mistake? It is... Focusing on the strength of the air blow and neglecting the "quality" of the air. [Continued below] ↓↓↓

• Other machine elements

Fukuda Co., Ltd. has been pursuing leak detection for 60 years and is committed to advancing the future of leak testing. 【 Supporting Various Leak Tests: Air Leak Test / Gas Leak Test (Hydrogen Gas, Helium Gas) 】 We develop, manufacture, and sell leak testing equipment to inspect airtightness and sealing properties. We will propose the appropriate testers and devices for each inspection target. 【 Target Industries and Examples of Inspection Targets 】 - Automotive Industry: Engines, FC components, valves and piping, various parts - Electronic Components Industry: Smartphones, keyless switches, various small sensors - Pharmaceuticals / Food / Cosmetics Industry: Bottle containers, syringes, vials, eye drop containers, pillow packaging, PTP packaging We will propose the most suitable leak testers for each industry. 【 ISO Certification 】JIS Q 9001:2015 (ISO 9001:2015)

Fukuda's new flagship model. - Masterless type (FLA-0200 series) - General type (FLA-0201 series) Two models of air leak testers. With the mastering correction function, high-precision measurements can be achieved in a short time. Please take a look at the catalog.

● This is a leak testing device for small electronic components that does not use fluorinated inert liquids (PFAS-free). ● There is no longer a need for unstable visual confirmation through liquid immersion testing. It adopts a quantitative testing method that allows for stable pressure leak testing. ● It is a tabletop leak testing device specifically for gross leaks, with accuracy equal to or greater than that of liquid immersion testing. ● The detectable range is approximately 1×10⁻² Pa·m³/s to 1×10⁻⁶ Pa·m³/s (varies depending on the target product). ● It is suitable for sealed structures ranging from a few millimeters to a maximum of 80 × 70 mm. Please feel free to contact us for more information!

Fukuda Co., Ltd., which develops, manufactures, and sells leak testing equipment to inspect airtightness and sealing performance, provides a technical document that clearly explains the methods and theories of airtight testing, titled "Technical Manual." We are offering it as a PDF file. Please take this opportunity to download and view it!

What is an Air Leak Tester? An "Air Leak Tester" is a device that pressurizes the inside (or outside) of a sealed workpiece with air and determines the presence of leaks based on pressure changes. When a master with no leaks and a workpiece with leaks are pressurized, the pressure on the workpiece side decreases, creating a pressure difference between the two. By measuring this pressure difference, the presence of leaks can be determined. Generally, differential pressure air leak testing is widely used, but Fukuda also offers products that utilize direct pressure leak testing and flow meters according to the leak rate, in addition to differential pressure leak testers. Since the air leak tester uses air as the measurement medium, it incurs no running costs and is environmentally friendly.