アルスコーポレーション List of Products and Services

We would like to introduce our "Ultra Hard Thin Blade" that we handle. Using ultra-fine particle alloy, it has a hardness of HRA92, which offers exceptional durability compared to typical steel razor blades. The fine particles provide excellent edge retention and create an extremely sharp cutting edge, resulting in outstanding cutting performance. 【Features】 ■ Exceptional durability ■ Sharp cutting performance ■ Suitable for cutting materials such as film, sheets, paper, fibers, threads, super fibers, glass fibers, carbon fibers, aramid fibers, etc. ■ Particularly suitable for sheets containing special materials *For more details, please download the PDF or feel free to contact us.

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Ars is both a scissor manufacturer and a saw manufacturer. Utilizing our expertise as a saw manufacturer, we have developed a special saw blade that can be attached to machines. There is no need to press the blade down hard; you can achieve smooth cutting simply by sliding the blade back and forth! Instead of cutting like a conventional wood saw that shaves, our method cuts by tearing the workpiece, resulting in minimal sawdust. For more details, please contact us or download our catalog to take a look.

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We have developed a new mechanical scissors using the high-performance scissors Al Super 526-H, which is widely adopted in various fields, starting with reinforced fibers. The Al Super 526-HK is a high-durability scissor-type cutter derived from the 526-H. While inheriting the durability of the 526-H, the setup only requires fixing the axis and attaching the cylinder, minimizing the burden associated with machine design and maintenance. For more details, please contact us or download the catalog to view it. Below is a video showing the actual continuous cutting of super fibers, so please take a look. It can smoothly cut braided Kevlar® fibers as well!

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Are you facing any of these concerns? If you feel free to contact us regarding cutting methods, our designers will directly listen to your needs and respond accordingly. ■ Commercial blades lack durability, requiring frequent blade replacements ■ Since chemicals are used, we want ceramic circular blades with high chemical resistance ■ We want to reduce the frequency of blade replacements ■ We want to improve the precision of the cutting surface ■ We want to cut special fibers such as aramid, glass, and carbon fibers ■ Can you accommodate small quantities...? * Depending on the material, shape, and angle of the object being cut, we provide blades suitable for the cutting task. We offer reliable blades considering improvements in product quality, production efficiency, and cost reduction through increased durability. * For more details, please refer to the PDF document or feel free to contact us.

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Are you facing any of these concerns? If you contact us for advice on cutting methods, our designers will speak with you directly and provide assistance. ■ I want to reduce the number of blade replacements. ■ I want to improve the precision of the cutting surface. ■ The commercially available blades lack durability, requiring frequent replacements. ■ I need to avoid a drop in quality even with cheaper blades. ■ I want to cut special fibers like aramid fibers... ■ Can you accommodate small quantities? *We provide blades suitable for the material, shape, and angle of the items being cut. We offer reliable blades considering improvements in product quality, production efficiency, and cost reduction through increased durability. *For more details, please refer to the PDF document or feel free to contact us.

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●What is a carbide round knife? A carbide round knife is made from a super hard alloy, which is created by sintering powders of hard metal carbides. Due to its significantly higher hardness compared to iron-based metals, it can minimize the frequency of blade replacement and line stoppages caused by wear at the cutting edge to an extreme level. When conditions for cutting are met, it boasts durability over 20 times that of commercial products (according to our own research). Additionally, since the round knife can cut using only the rotational motion of the shaft, it can be easily used by simply clamping it in a holder, making it easy to incorporate into designs and equipment. It can also be attached to commercially available cutters and machines, so please give it a try. Immediate delivery is possible from just one piece! ●Where is it used? - Cutting rubber products containing reinforced fibers (aramid fibers) - Cutting rubber sheets - Cutting resin sheets - Cutting packaging films, etc. The industries are diverse, including food packaging and medical applications! Our cutting tools are tailored to the material, shape, and angle suitable for the items being cut. For more details, please refer to the PDF document or feel free to contact us.

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Do you have any of these concerns? If you feel free to contact us regarding cutting methods, our designers will speak with you directly and provide assistance. ■ I want to extend the lifespan of the blades and reduce the frequency of replacements... ■ The commercially available blades lack durability, so frequent replacements are necessary. ■ I need to avoid a drop in quality even with cheaper blades... ■ I want to cut special fibers like aramid fibers... ■ Can you accommodate even small quantities? Our blades are tailored to the cutting material, providing suitable materials, shapes, and angles for the cutting task. We offer reliable blades considering improvements in product quality, production efficiency, and cost reduction through increased durability. *For more details, please refer to the PDF document or feel free to contact us.

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Our designers will carefully listen to your requests and propose the most suitable cutting tools. We can provide blades for new equipment, as well as develop replacement blades for older equipment, and address issues such as maintenance challenges due to the closure of suppliers you have worked with. Please feel free to contact us regarding anything related to machine blades.

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Our designers will carefully listen to your requests and propose the most suitable cutting tools. We can provide blades tailored to new equipment, as well as develop replacement blades for older equipment, and address issues such as maintenance challenges due to the closure of suppliers you have worked with. Please feel free to contact us regarding anything related to machine blades.

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The designer will carefully listen to the customer's requests and propose the most suitable cutting-edge tools. We have a track record of introducing custom cutting tools for automotive bolt processing machines. We achieved approximately 47% cost reduction and reduced blade replacement time by 73%. By introducing our "carbide metal saw," the unit price per blade increased, but we were able to reduce the annual number of blade replacements from 180 to 48, cutting replacement time by 73% and overall costs by approximately 47%.

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Do you have any of the following concerns? - The blades of commercially available cutters wear out quickly and require frequent replacement. - The materials to be cut are special, making them impossible to cut with standard cutters. - You want to create custom ultra-hard blades, but the quantity is small and the cost is high. - You want to install ultra-hard blades of standard sizes on your equipment. We can solve these customer concerns with high-quality and reliable cutting tools, considering improvements in product quality, production efficiency, durability, and cost reduction. Our designers will speak with you directly, allowing us to fully understand your needs. Please feel free to contact us.

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Are you facing any of these concerns? - The commercially available circular knives lack durability and require frequent blade replacements. - The commercially available circular knives cannot cut special materials. - I want to create a custom blade, but the quantity is small and it becomes expensive. - I want to attach a commercially available carbide circular knife to my machine. Arus will solve these issues for our customers. For cutting materials that are sensitive to metal powder, metal ions, moisture, water vapor, and chemicals, we can also propose ceramic blades. Considering our customers' needs for improved product quality, increased production efficiency, and cost reduction through shorter lead times, we provide high-quality and reliable cutting tools. We are also open to consultations regarding blades not listed here. Please feel free to contact us.

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【For companies using slitters and cutters】 Are you facing any of these issues? - Commercial round knives lack durability and require frequent blade replacements - Commercial round knives cannot cut special materials - You want to create custom blades, but the quantity is small and the cost is high - You want to install commercially available carbide round knives on your machine Alus will solve your concerns. *For more details, please download the PDF document or feel free to contact us.

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**What is Ceramic?** Ceramic is a hard, lightweight, non-metallic material made from powdered raw materials such as aluminum oxide, produced through compression molding and sintering. Various types of ceramics with different properties are created depending on the firing temperature and the types of additives used. **Differences Between Cemented Carbide and Ceramic** Both have high hardness and wear resistance, and their manufacturing processes are similar, but there are the following differences. We will propose the optimal material according to your needs, so please feel free to contact us. - **Corrosion Resistance** Cemented Carbide < Ceramic Ceramics can also use chlorine-based agents such as sodium hypochlorite. - **Electrical Insulation** Cemented Carbide < Ceramic Ceramics are utilized in the manufacturing of semiconductors and electronic components due to their excellent electrical insulation properties. - **Toughness** Cemented Carbide > Ceramic Ceramics have a tendency to chip more easily. - **Specific Gravity** Cemented Carbide > Ceramic Ceramics have a specific gravity of about one-third that of cemented carbide, making them very easy to handle. **Main Industries of Introduction** Semiconductor industry, electronic components industry, food industry, etc.

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This time, we would like to introduce a case of providing harvesting blades for the "automatic harvesting robot for cherry tomatoes." In 2020, Ars's harvesting blades were adopted for the automatic harvesting robot for cherry tomatoes. Initially, the implementing company planned to develop an automatic harvesting robot, including a dedicated blade, but faced difficulties in designing the scissors, which led to delays. Since scissors have two blades, they are more challenging to design compared to single-blade knives or kitchen knives. The implementing company decided to forgo in-house development and requested our company, a manufacturer of agricultural and horticultural cutting tools, to develop the dedicated blades.

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"Do you have any concerns that can be resolved by cutting? Have you given up on finding a solution?" ● With conventional cutting tools, they don't last long and need to be replaced frequently... ● I want to cut special materials, but I can't with regular cutting tools... ● I want to design new cutting equipment, but I don't know what cutting method is best... Our cutting tools are tailored to the material, shape, and angle of the items being cut, providing the most suitable tools for your cutting needs. ≪Recent Major Delivery Examples≫ 〇 Food Industry: Slide cutter blades for vegetable processing 〇 Food Industry: Large ultra-hard circular blades for meat processing 〇 Medical Industry: Drill blades for medical tools 〇 Hygiene Products: Non-woven fabric perforating blades 〇 Waste Management: Large rubber cutting blades 〇 Agriculture: Mechanical scissors for automatic harvesting of fruits and vegetables 〇 Labor-saving Machinery: Punching blades for forming functional films, etc... We provide reliable cutting tools considering improvements in product quality, production efficiency, and durability to reduce costs. If you can provide us with the main applications and installation dimensions, we will take care of the detailed selection. *For more details, please refer to our PDF materials (case studies and cost reduction examples) or feel free to contact us!

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This document is a collection of case studies summarizing the implementation of "custom cutting tools for machinery" handled by Arus Corporation. It includes case studies on the introduction of custom cutting tools for rubber product cutting machines, custom cutting tools for automotive bolt processing machines, and case studies on the introduction of special milling cutters. The explanation is made clear using a table comparing annual costs before and after implementation. Please feel free to download and take a look. [Featured Case Studies] ■ Case study on the introduction of custom cutting tools for rubber product cutting machines ■ Case study on the introduction of custom cutting tools for automotive bolt processing machines ■ Case study on the introduction of custom cutting tools for stainless steel sheet cutting machines ■ Case study on the introduction of custom cutting tools for rubber sheet processing machines ■ Case study on the introduction of custom cutting tools for food manufacturing machinery ■ Case study on the introduction of special milling cutters *For more details, please refer to the PDF document or feel free to contact us.

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We will introduce a case study of a company that implemented changes to the "milling cutter" and cutting method proposed by Arus, achieving a reduction in processing time and cost savings. To companies using milling machines: Are you facing these issues? - I want to shorten processing time even more. - How can I reduce costs? The company was performing grinding processing on rubber-related products using diamond grinding wheels. They were seeking to shorten processing time and reduce tool costs. In response, Arus proposed a "special milling cutter with high cutting capability," achieving a significant reduction in processing time and tool costs at a processing speed four times that of conventional methods. As a result, there was a total cost reduction of 39%. *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study of Company M, which adopted Arus's "replaceable blade system." The company was sourcing blades from overseas due to their use of foreign machinery, but these blades were made from lost-wax integrated materials, which were very expensive and had a lead time of over three months, causing difficulties. In response, Arus proposed a replaceable blade system that separates the blade from the holder, using a material that is less prone to chipping. By introducing the replaceable blade system, the unit cost of the blades themselves was reduced, and when they wore out, only the blades could be replaced while keeping the holder intact. By using a more durable material, the lifespan was extended, resulting in an overall cost reduction of approximately 78%. [Implementation Effects (Excerpt)] ■ Blade Replacement Time (i.e., Line Downtime) - Before Implementation: Replaced every 3 days, 15 minutes × 80 times a year = 1,200 minutes = 20 hours - After Implementation: Replaced every 5 days, 15 minutes × 48 times a year = 720 minutes = 12 hours → ▲8 hours (60% reduction in replacement time) *For more details, please refer to the PDF document or feel free to contact us.

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Here is a case study of Company A that adopted Arus's "powdered high-speed steel." The company was using high-speed steel blades in their rubber sheet cutting machines, but due to the lack of durability of the blades, they spent a lot of time on blade replacements and were exploring ways to extend the lifespan of the blades. In response, Arus proposed a method to "introduce highly durable blades to extend their lifespan and reduce the frequency of blade replacements." By introducing our highly durable "powdered high-speed steel," although the unit cost per blade increased, the annual number of blade replacements was reduced from 360 to 30, cutting replacement time by 92% and overall costs by approximately 61%. [Implementation Effects (Excerpt)] ■ Blade Replacement Time (= Line Downtime) - Before Implementation: 12 replacements per day @ 15 minutes × 1 blade × 12 replacements per day × 30 times a year = 90 hours - After Implementation: 1 replacement per day @ 15 minutes × 1 blade × 1 replacement per day × 30 times a year = 7.5 hours → -82.5 hours (approximately 92% reduction in replacement time) *For more details, please refer to the PDF document or feel free to contact us.

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We would like to introduce a case study from Company B, which adopted Ars's "powdered high-speed steel." The company was using high-speed steel blades for their stainless steel sheet cutting machines, but they were spending a lot of time on blade replacements and were looking for a method that would allow for quick changes. In response, Ars proposed a method to "introduce highly durable blades and reduce the number of replacements themselves." By implementing our highly durable "powdered high-speed steel," while the unit cost per blade increased, the annual number of blade replacements was reduced from 48 sets to 4 sets, cutting replacement time by 92% and overall costs by approximately 75%. 【Implementation Effects (Excerpt)】 ■ Blade Replacement Time (i.e., Line Downtime) - Before Implementation: 12 replacements every 3 months (once a week) @ 30 minutes × 1 set × 48 times a year = 24 hours - After Implementation: 1 replacement every 3 months @ 30 minutes × 1 set × 4 times a year = 2 hours → ▲22 hours (approximately 92% reduction in replacement time) *For more details, please refer to the PDF document or feel free to contact us.

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Here is a case study of Company C, which adopted Arus's "super hard metal saw." The company was using high-speed steel blades in their automotive bolt processing machines, but they were spending a lot of time on blade replacements and were looking for a quicker replacement method. In response, Arus proposed a method to "introduce highly durable blades and reduce the frequency of replacements." By introducing our highly durable "super hard metal saw," while the unit price per blade increased, the annual number of blade replacements was reduced from 180 to 48, cutting replacement time by 73% and overall costs by approximately 47%. [Implementation Effects (Excerpt)] ■ Blade Replacement Time (i.e., Line Downtime) - Before Implementation: 15 replacements per month @ 20 minutes per blade × 180 replacements per year = 60 hours - After Implementation: 4 replacements per month (1 per week) @ 20 minutes per blade × 48 replacements per year = 16 hours → -44 hours (approximately 73% reduction in replacement time) *For more details, please refer to the PDF document or feel free to contact us.

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Here is a case study of Company D, which adopted Arus's "super hard brazing." The company was using high-speed steel blades for their rubber product cutting machines, but they were spending a lot of time on blade replacements and were looking for a quicker replacement method. In response, Arus proposed a method to "introduce highly durable blades and reduce the frequency of replacements." By implementing our highly durable "super hard brazing," while the unit cost per blade increased, the annual number of blade replacements was reduced from 60 to 12, cutting replacement time by 80% and overall costs by approximately 50%. [Implementation Effects (Excerpt)] ■ Blade Replacement Time (i.e., Line Downtime) - Before Implementation: 5 replacements per month @ 15 minutes per blade × 60 times a year = 15 hours - After Implementation: 1 replacement per month @ 15 minutes per blade × 12 times a year = 3 hours → -12 hours (80% reduction in replacement time) *For more details, please refer to the PDF document or feel free to contact us.

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The Al Super Mini is a palm-sized cutting scissors that can easily cut high-strength organic super fibers, including aramid fibers. The blade itself is made of ultra-fine crystalline carbide and is bonded to the main body. The blade tip features ultra-fine wave micro-edge processing. It is used in medical protective clothing, firefighting gear, space suits, as well as in sewing factories and spinning mills for outdoor sports equipment! 【Features】 ○ It has over 2.4 times the strength compared to conventional tool steel. 【Materials that can be cut】 Organic super fibers including aramid fibers, PBO fibers, high-strength polyethylene fibers, ultra-high molecular weight polyethylene fibers, polyarylate fibers, polyimide fibers, carbon fibers, glass fibers, etc. For more details, please contact us or download the catalog.

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This document summarizes frequently asked questions regarding the products and services of Arus Corporation in a Q&A format, addressing common inquiries and concerns. 【List of Questions (Excerpt)】 ■ I lack the know-how and would like appropriate suggestions; is that possible? ■ I have changed the blade material from metal to ceramic; is that possible? etc. *For more details, please refer to the PDF document or feel free to contact us.

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This document summarizes frequently asked questions regarding the products and services of Arus Corporation in a Q&A format, addressing common inquiries and concerns. [Excerpt of Questions] ■ I would like to cut difficult materials (CFRP); is that possible? ■ I want to make a clean cut on the gate of resin molded products; what is the best option? ■ Is it possible to cut pipe-shaped objects? etc. *For more details, please refer to the PDF document or feel free to contact us.

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This rotary knife is suitable for cutting not only films and sheets but also materials like polyurethane foam, paper tubes, and special fiber sheets. In addition to creating blades tailored to new equipment, we also address customer needs by proposing the best cutting performance based on their situations, such as developing replacement blades for old equipment or maintenance issues due to the closure of suppliers we have worked with. For more details, please contact us or download our catalog to view.

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Our company's slide cutter was developed to widely utilize the cutting know-how of scissors manufacturers in the industrial field. It is primarily focused on cutting films, sheets, and cables (flat shapes), and is used in various industries such as medical, food, automotive, plastics, rubber, steel, and semiconductors! **Three Features of the Ars Slide Cutter** 1. The simple mechanism of only vertical movement makes it easy to consider design and integration into equipment. 2. It can accommodate wide workpieces such as fabrics. 3. With a minimal range of motion required, it is easy to install on machines in small spaces. The catalog is just one example, and if you consult with us, we can suggest the type that best fits your equipment and cutting needs. We also accept special processing for materials, dimensions, and coatings that are not listed in the catalog.

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The "scissor-type cutter" is ideal for sheet-like materials (films, paper, cloth, non-woven fabrics, etc.). It performs cutting through point contact, ensuring reliable cutting even for sheets containing fibers. It is compatible with various materials such as SK steel, high-speed steel, and carbide. 【Features】 - Adjusted for easy and reliable cutting simply by opening and closing with an air cylinder or similar device. - No need for fine adjustments by machinery, making it hassle-free. - Performs cutting through point contact, ensuring reliable cutting even for sheets containing fibers. *For more details, please refer to the PDF document or feel free to contact us.

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We accept inquiries regarding significant cost reductions and shortened delivery times through proposals for blade manufacturing methods and replacement blade systems for companies that have introduced overseas machinery. To companies using overseas food processing and packaging machinery: Are you facing any of the following issues? - The blades in wear areas are expensive - Delivery times are several months away - High performance, but unable to receive immediate service when problems occur At Arus, we have a proven track record of solving various concerns for companies that have introduced overseas machinery. ● Please feel free to consult with us for more details.

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The Al Super Craft No. CRAFT370 is a super hard scissors specifically developed for cutting difficult-to-cut fibers, particularly aramid fibers. The adoption of a new material, super high-speed steel (high-performance super hard alloy), has significantly improved durability. The micro-edge of the blade catches fibers without letting them escape, allowing for effortless cutting without unnecessary force. 【Features】 ○ The blade tip uses extremely hard and durable powdered high-speed steel. ○ It has more than 2.4 times the strength compared to conventional tool steel. ○ Advanced polishing technology provides astonishing cutting power. For more details, please contact us or download the catalog.

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The "Al Super 526A" is a user-friendly high-tech cutting scissors. At Ars, we utilize our unique technology to develop advanced cutting tools that cater to a variety of fibers, including "textile production blades" made from special ultra-hard materials and "ceramic blades" known for their excellent durability. As a result, we reflected that technology in general-purpose scissors and developed the "Al Super 526A." 【Features】 ○ Light and sharp cutting performance ○ User-friendly high-tech cutting scissors ○ Equipped with a dial nut ○ Cutting performance adjustable according to the material ○ Thick grip design that reduces hand strain For more details, please contact us or download the catalog.

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The "Al Super 526H" is a pair of scissors specialized for cutting super fibers, using super high-speed steel (high-performance ultra-hard alloy) that has more than 2.4 times the hardness of conventional tool steel. Compared to other wear-resistant materials, it excels in hardness and high-temperature resistance to bending, earning high praise among cutting tools. It can smoothly cut through ZylonⓇ, which is particularly strong among various super fibers. This exceptional cutting ability has contributed to the production of space suits, firefighting gear, and protective clothing. For more details, please contact us or download and view the catalog. Below is a video showing the actual cutting of super fibers, so please take a look. It can also smoothly cut through woven KevlarⓇ fibers!

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The large electric cutter, model CR-100A-CH, features a dual-insulated motor that complies with safer electrical standards. The φ100 round knife guarantees superior cutting performance with enhanced durability. It is ideal for cutting super fibers such as aramid fiber, Kevlar, Vectran, and Dyneema. It can also cut PBO fiber Zylon. 【Features】 ○ Ideal for cutting aramid fibers, Kevlar, Vectran, Dyneema, etc. ○ Can also cut PBO fiber Zylon For more details, please contact us or download the catalog.

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The Mini Jet Cutter Air Jet Type PC-1062-CH features a powerful air motor that is free from breakdowns. It is suitable for cutting aramid fibers, Kevlar, Vectran, Dyneema, and more. With a built-in silencer, you can enjoy comfortable working conditions. It is also capable of cutting PBO fiber Zylon. 【Features】 ○ Equipped with a powerful air motor that is free from breakdowns ○ Suitable for cutting aramid fibers, Kevlar, Vectran, Dyneema, etc. ○ Enjoy comfortable working conditions with a built-in silencer ○ Capable of cutting PBO fiber Zylon For more details, please contact us or download the catalog.

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The "HC-1015A-CH" is a powerful type of mini cutter. It can easily cut through thick materials up to 8mm, such as leather and carpets, and is also suitable for continuous cutting of super fibers. It is ideal for cutting aramid fibers, Kevlar, Vectran, Dyneema, and more. Additionally, it can cut PBO fiber Zylon. 【Features】 - Ideal for cutting aramid fibers, Kevlar, Vectran, Dyneema, etc. - Can also cut PBO fiber Zylon For more details, please contact us or download the catalog.

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The electric mini cutter standard type "HC-1007A-CH" is an ultra-lightweight small cutter. It can cut small curves without deviation, and thanks to its super hard blade, it is capable of cutting super fibers such as aramid fibers, Kevlar, Vectran, and Zylon. It can also cut PBO fiber Zylon. 【Features】 ○ Capable of cutting super fibers ○ Can also cut PBO fiber Zylon ○ Ultra-lightweight ○ Compact For more details, please contact us or download the catalog.

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【Features】 ○ Ideal for cutting packaging films, sheets, flat cables, tubes, paper, resin sheets, rubber, and more. ○ Compatible with various materials including SK, SKS, SKD, high-speed steel, and carbide. ○ The cutting stroke is short, allowing for installation in small spaces. We will listen carefully to your requests and propose the cutting performance that best suits your situation. Please feel free to consult us if you have any cutting challenges.

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【Features of the Ars Saw Blade (Piercing Type)】 〇 You can easily cut through the target material just by lowering the blade while it is stretched. It is recommended for thin materials or adhesive items that cannot be smoothly cut with large cutting blades! 〇 Not only can it be arranged in a straight line, but it can also be shaped into a circle, making it highly effective for film and sheet cutting applications. 〇 You can freely specify the pitch of the saw blade! We will propose the most suitable blade for your application, so please feel free to ask! 【Cutting Examples】 Cutting adhesive films, cutting thin films, perforation processing for individually packaged films, perforation processing for non-woven fabrics, cutting out thin films, cutting out wrapping paper, etc. Our blades are provided in materials, shapes, and angles suitable for the cutting target. *For more details, please refer to the PDF document or feel free to contact us.

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At Arus Corporation, we develop and propose high-quality and reliable cutting tools, taking into account cost reductions through improvements in product quality, production efficiency, and lead time shortening. Arus "Industrial Cutting Tools" thoroughly examines the purpose of use and processing conditions from all angles to solve our customers' issues related to "cutting" and promotes a comprehensive support system. 【Features】 ○ Compatible with various materials such as SK steel, high-speed steel, and carbide ○ Ideal for cutting films, sheets, and paper For more details, please contact us or download the catalog.

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