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blade Product List

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Film Cutting Basic Blade [Low-Cost Carbon Steel Blade]

The quality of the cut is determined by the "finishing of the blade edge." Basic blade.

Cutting film involves three main requirements: 1. A clean finish on the cut surface, 2. Durability, and 3. The ear rise (the bulging at both ends) when rolled up. The cleanliness of the cut surface is primarily determined by the "finish of the blade edge." At Kai Corporation, as a razor manufacturer, we produce high-quality blades, so please take a moment to verify the difference in quality. *The blade introduced here is a carbon steel blade, which is the most basic type used for cutting film. It is ideal for cutting PET (polyethylene terephthalate), PP (polypropylene), PVC (polyvinyl chloride), and aluminum vapor-deposited films. Applicable blade: 0.25×18.4×40L 32° *For more details, please click on the Kai Corporation machine blade site below.

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Film Cutting Basic Thick Blade 【Low-Cost Carbon Steel Blade】

By increasing the thickness of the blade, a stable and unwavering sharpness is achieved.

Cutting film involves three main requests: 1. A clean finish on the cut surface, 2. Durability, and 3. The ear standing up when rolled (suppressing the bulging at both ends). The cleanliness of the cut surface is primarily determined by the "finish of the blade edge." At Kai Corporation, as a razor manufacturer, we produce high-quality blades, so please take a moment to verify the difference in quality. *The blades introduced here have thickness, which prevents the blade from wobbling during cutting. This carbon steel blade is the most basic and commonly used for cutting film. It is ideal for cutting PET (polyethylene terephthalate), PP (polypropylene), PVC (polyvinyl chloride), and aluminum vapor-deposited films. Applicable blade: 0.5×18.4×40L 32° *For more details, please click on the Kai Corporation machine blade site below.

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Film Cutting Basic Sharp Blade 【Low-Cost Carbon Steel Blade】

The tip angle has been set to 22° for a "sharp angle," enhancing the sharpness.

The cutting of film has three main requirements: 1. a clean finish on the cut surface, 2. durability, and 3. the ear standing up when rolled (suppressing the bulging at both ends). The cleanliness of the cut surface is primarily determined by the "finish of the blade edge." At Kai Industries, as a razor manufacturer, we produce high-quality blades, so please take a moment to verify the difference in quality. *The blades introduced here have been sharpened to a sharp angle of 22° to enhance the clean finish of the cut surface. This carbon steel blade is the most basic and commonly used for cutting film. It is ideal for cutting PET (polyethylene terephthalate), PP (polypropylene), PVC (polyvinyl chloride), and aluminum vapor-deposited films. Applicable blade: 0.25×18.4×40L 22° *For more details, please click on the Kai Industries machine blade site below.

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Achieving a clean cut surface - Film cutting blade

Finished with a 0.5mm "thick blade" and a tip angle of 22° for a "sharp point."

There are many requests for film cutting regarding: 1. A clean finish on the cut surface, 2. Durability, and 3. Ear standing when rolled up (suppressing the bulging at both ends). The cleanliness of the cut surface is primarily determined by the "finish of the blade edge." At Kai Corporation, as a razor manufacturer, we produce high-quality blades, so please check the difference in quality for yourself. *The blade introduced here is a thick blade of 0.5mm, finished with a sharp edge angle of 22° to enhance the clean finish of the cut surface. It is optimal for cutting PET (polyethylene terephthalate), PP (polypropylene), PVC (polyvinyl chloride), and aluminum vapor-deposited films. Applicable blade: 0.5×18.4×40L 22° *For more details, please click on the Kai Corporation machine blade site below.

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【Automotive Seat Manufacturing Only】Ear Edge Cutting Cutter Blade for Urethane Foam

Ultra-sharp blade that achieves stress-free cutting! Cutter blade without break lines due to measures against blade contamination. *Samples available.

In the cutting of urethane foam for automotive seats, do you have such requests? - I want a cutter blade that cuts without stress... Our cutter blades are sharpened to an "ultra-sharp" point, pursuing cutting performance to the limit. It is possible to cut urethane foam used in automotive seats and furniture sofas cleanly and without stress. Additionally, for those seeking even greater cutting performance, we can customize with "fluorine coating on the blade tip." We can provide sample blades, so please feel free to contact us. Applicable blade: P81-3C 24° carbon steel 81mm *For more details, please download the materials or click on the [KAIJIRUSHI machine blade site].

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Film cutting, 45mm diameter round blade [Confident in sharpness, high demand round blade]

"High-quality round blade" achieves a clean cutting surface.

Cutting film involves three main requirements: 1. a clean finish on the cut surface, 2. durability, and 3. the ability to control the ear rise (the bulging at both ends) when rolled up. The cleanliness of the cut surface is primarily determined by the "finish of the blade edge." At Kai Corporation, as a razor manufacturer, we produce high-quality blades, so please take a moment to experience the difference in quality. *The blade introduced here is a 45mm round blade that achieves a clean cut surface due to its high edge finish. It is a carbide blade that also provides a clean cut surface due to its high edge finish. It is ideal for cutting PET (polyethylene terephthalate), PP (polypropylene), PVC (polyvinyl chloride), and aluminum vapor-deposited films. Applicable blade: C450-1C 21° alloy tool steel 45mm *For more details, please click on the Kai Corporation machine blade site below.

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Reducing the risk of blade breakage: Half-size cutter L blade without a break line.

Commercially available cutter L blade (large blade) approximately half the length.

This blade is ideal for use with cutter blades when there is concern about the mixing of broken blades. By eliminating the score lines, the risk of the blade breaking during use is reduced. Additionally, by shortening the blade length to about half, considerations for reducing the risk of work-related injuries have also been taken into account. *The blade introduced here was developed to reduce the risk of broken blade body contamination. It can be mounted on commonly available L-size (large holder) holders. Applicable blade: T50-1C 35° carbon steel 50mm *For more details, please click on the Kai Corporation machine blade site below.

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Industrial blade for deburring, handheld blade

Ideal for removing burrs from resin molded products! Introducing Kai's industrial blades.

Are you having trouble with burrs generated during resin molding? Our razor is extremely sharp and is useful for cleanly removing burrs. Its small size, which can be held between your fingers, makes it convenient for detailed work. 【Features】 ■ Blade length: 4cm × Height: 2cm ■ Comes with a metal hilt that can be held with fingers ■ High workability ■ Inexpensive Applicable blade: O39-1CZ 28° Carbon steel 39mm *For more details, please click on the Kai Corporation machine blade site below.

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Guillotine-type cutting blade / Machine blade / Cutting machine mounted blade

We offer affordable and sharp razor blades. *Available in various sizes.

Our company is a knife manufacturer that has been cultivating technology for over 100 years since its establishment in Seki, one of the world's three major knife production areas. We offer the affordable and sharp 'KAI Basic Blade Series' razor blades that are easy to use. 【Cutting Targets】 Rubber, film, polarizing plates, carbon fiber, carbon fiber tubes, optical fibers, various fibers, non-woven fabrics, vinyl, various chemical fibers, paper, twisted yarn, etc. Please use them with guillotine-type cutting machines. A total of 32 types available. 【Features】*The blades introduced here are carbon steel razor blades for guillotine-type cutting machines. ■ Blade lengths: 8 sizes (40mm to 249mm) ■ Tip blade angles (32° for stable cutting, 22° for clean cutting) ■ Plate thickness (basic 0.25mm, stable 0.5mm) ■ Material (carbon steel) *For more details, please visit the KAI website or feel free to contact us.

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Glass fiber/glass fiber reinforced plastic (GFRP) cutting blade

Cutting difficult-to-process glass fibers into fine pieces!

Our razor blades are capable of cutting fiberglass and fiberglass reinforced plastic, which are difficult to process. Drawing on the experience gained from razor technology, we have developed products that excel in sharpness and durability. We have numerous delivery records to fiberglass factories. If you are having trouble with cutting, please feel free to consult us. ■ Applicable blade: KAI Basic Blade Series *For more details, please visit the Kai Corporation website or feel free to contact us.

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Film cutting Titanium-coated blade [Achieving sharpness + durability]

Achieving both "high durability and sharpness."

Cutting film involves three main requirements: 1. a clean finish on the cut surface, 2. durability, and 3. the ability to minimize edge lift (the bulging at both ends) when rolled up. The cleanliness of the cut surface is primarily determined by the quality of the blade edge. At Kai Corporation, as a razor manufacturer, we produce high-quality blades, so please take a moment to experience the difference in quality. *The blades introduced here achieve both excellent sharpness and high durability through titanium coating. They are ideal for cutting PET (polyethylene terephthalate), PP (polypropylene), PVC (polyvinyl chloride), and aluminum vapor-deposited films. Applicable blade: E39-6C-T32° *For more details, please click on the Kai Corporation machine blade site below.

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Film cutting, 28mm diameter round blade [Confident in sharpness, small diameter round blade]

"High-quality round blade" achieves a clean cutting surface.

Cutting film involves three main requests: 1. A clean finish on the cut surface, 2. Durability, and 3. Reducing the ear rise (the bulging at both ends) when rolled up. The cleanliness of the cut surface is primarily determined by the "finish of the blade edge." At Kai Industries, as a razor manufacturer, we produce high-quality blades, so please take a moment to verify the difference in quality. *The blade introduced here is a 28mm round blade that achieves a clean cut surface due to its high edge finish. It is ideal for cutting PET (polyethylene terephthalate), PP (polypropylene), PVC (polyvinyl chloride), and aluminum vapor-deposited films. Applicable blade: C280-1C 21° alloy tool steel 28mm *For more details, please click on the [Kai Industries Machine Blade Site].

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Film cutting, carbide blade [For those seeking high durability]

If you want to seek "higher durability," we recommend using a carbide blade.

Cutting film involves three main requirements: 1. a clean finish on the cut surface, 2. durability, and 3. the ear standing up when rolled (suppressing the bulging at both ends). The cleanliness of the cut surface is primarily determined by the "finish of the blade edge." At Kai Corporation, as a razor manufacturer, we produce high-quality blades, so please take a moment to verify the difference in quality. *The blade introduced here is a carbide blade that achieves a clean cut surface due to its high edge finish. It is ideal for cutting PET (polyethylene terephthalate), PP (polypropylene), PVC (polyvinyl chloride), and aluminum vapor-deposited films. Applicable blade: CB-001 32° carbide blade 40mm *For more details, please click on the Kai Corporation machine blade site below.

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Confident in sharpness: 60mm diameter round blade for film cutting.

"High-quality round blade" achieves a clean cutting surface.

There are many requests for film cutting as follows: 1: A clean finish on the cut surface 2: Durability 3: Ear standing when rolled up (suppressing the bulging at both ends) The cleanliness of the cut surface is primarily determined by the "finish of the blade edge." At Kai Corporation, we manufacture high-quality blades as a razor manufacturer, so please check the difference in quality for yourself. *The blades introduced here are 60mm round blades that achieve a clean cut surface due to high blade edge finishing. The carbide blades also achieve a clean cut surface due to high blade edge finishing. They are ideal for cutting PET (polyethylene terephthalate), PP (polypropylene), PVC (polyvinyl chloride), and aluminum vapor-deposited films. Applicable blade: C600-1C 26° alloy tool steel 60mm *For more details, please click on the Kai Corporation machine blade site below.

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Reducing the risk of blade breakage: Half-size cutter blade without notches.

Commercially available cutter S blade (small blade) about half the length.

This blade is ideal for situations where there is concern about broken blades mixing in during work with cutter blades. By eliminating the fold line, the risk of the blade breaking during use is reduced. Additionally, by shortening the blade length to about half, the risk of work-related injuries is also taken into consideration. *The blade introduced here was developed to reduce the risk of broken blade bodies mixing in and the risk of injury. It can be mounted on a commonly sold S-size (small holder) holder. Applicable blade: N56-3C 32° carbon steel 55.7mm *For more details, please click on the Kai Industries machine blade site below.

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