アルスコーポレーション Product Lineup

**What is Ceramic?** Ceramic is a hard, lightweight, non-metallic material made from powdered raw materials such as aluminum oxide, manufactured through compression molding and sintering. Various types of ceramics with different properties are created depending on the firing temperature and the type 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 can recommend the optimal material based on your needs, so please feel free to contact us. - **Corrosion Resistance** Cemented Carbide < Ceramic Ceramic can also be used with chlorine-based agents such as sodium hypochlorite. - **Electrical Insulation** Cemented Carbide < Ceramic Ceramic is utilized in the manufacturing of semiconductors and electronic components due to its excellent electrical insulation properties. - **Toughness** Cemented Carbide > Ceramic Ceramic has a tendency to chip more easily. - **Specific Gravity** Cemented Carbide > Ceramic Ceramic has a specific gravity of approximately 1/3 that of cemented carbide, making it very easy to handle. **Main Industries for Introduction** Semiconductor industry, electronic components industry, food industry, etc.

Are you facing any of these concerns? - Commercial circular knives lack durability and require frequent blade replacements. - Commercial circular knives cannot cut special materials. - You want to create custom blades, but the quantity is small and the cost is high. - You want to attach commercially available carbide circular knives to your machine. Ars will solve these problems for you. For cutting materials that are sensitive to metal powder, metal ions, moisture, steam, and chemicals, we can also propose ceramic blades. We provide high-quality and reliable cutting tools, considering your needs for improved product quality, increased production efficiency, and cost reduction through shorter lead times. We are also open to consultations regarding blades not listed here. Please feel free to contact us.

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 situations where maintenance cannot be performed due to the closure of suppliers you have worked with. Please feel free to contact us regarding anything related to machine blades.

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... ■ Commercially available blades lack durability, so frequent blade 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 object, providing materials, shapes, and angles suitable for 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.

Do you have any of the following concerns? - The commercially available cutters have poor durability and require frequent blade replacements. - The materials to be cut are special, making them uncuttable 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 commercial sizes on your equipment. We can address these customer concerns with high-quality, reliable cutting tools that consider improvements in product quality, production efficiency, and durability to reduce costs. Our designers will speak with you directly, allowing us to fully understand your needs. Please feel free to contact us.

【For companies using slitting machines and cutting machines】 Are you facing any of these issues? - Commercially available round knives lack durability and require frequent blade replacements - Commercially available 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 machines Alus will solve these problems for our customers. *For more details, please download the PDF document or feel free to contact us.

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

We would like to introduce our "Ultra-hard Thin Blade" that we handle. Using ultra-fine particle alloy, it has a durability that is unmatched compared to general steel razor blades with a hardness of HRA92. The fine particles provide excellent edge retention and create an extremely sharp cutting edge, resulting in outstanding cutting performance. 【Features】 ■ Unmatched 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.

We would like to introduce a case study in response to the inquiry regarding the high wear rate and frequent blade replacements of existing circular blades when cutting rolls of copper foil film at various stages of processing. We propose a carbide circular blade made from ultra-fine particle alloy, featuring a double-edged design. By altering the cutting angle at the start and the angle at the blade's base, we have reduced the impact on cutting performance even as the blade wears, enabling stable cutting even with composite materials. As a result, we have achieved more than double the lifespan compared to conventional blades, thereby reducing the frequency of replacements. [Case Overview] ■ Issue - Existing circular blades wear out quickly, leading to high replacement frequency. ■ Proposal - A carbide circular blade made from ultra-fine particle alloy with a double-edged design. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study in response to the request to minimize the irregularities on the cutting surface during the process of cutting thin film used for solar panels into long lengths. We selected a long-lasting, high-hardness carbide circular blade and adjusted the blade angle and thickness to suit the workpiece, allowing for cutting without applying unnecessary stress to the film. Since the sharp edge is maintained even during continuous cutting, the cutting surface can be kept clean. This method can also be applied to other functional films (such as PET and EVA). 【Case Overview】 ■ Challenge - To minimize irregularities on the cutting surface during the process of cutting thin film into long lengths. ■ Processing Details - Selected a long-lasting, high-hardness carbide circular blade. - Adjusted the blade angle and thickness to suit the workpiece, allowing for cutting without applying unnecessary stress to the film. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case in which we received an inquiry from a medical device manufacturer regarding the desire to "cut a silicone tube with a diameter of less than 1mm, without burrs, and at an angle." The tubes used for catheters are extremely thin and are inserted into narrow internal pathways such as blood vessels, making them critical components that require high safety standards. An angled cut expands the cross-section, so the thickness of the blade and the angle of the cutting edge are directly linked to the quality. In response, we proposed a thin-blade design of a carbide round blade, which achieved an extremely smooth cutting surface while suppressing deformation of the tube. Additionally, the use of carbide material significantly improved the durability of the blade. 【Case Overview】 ■ Challenge: To cut a silicone tube with a diameter of less than 1mm, without burrs, and at an angle ■ Proposal: Thin-blade design of a carbide round blade ■ Processing Details: Achieved an extremely smooth cutting surface while suppressing deformation of the tube ■ Result: The use of carbide material significantly improved the durability of the blade *For more details, please download the PDF or feel free to contact us.

We received an order for round blades for slitting processing for food protection sheets, and we would like to introduce a case we produced. After much trial and error, we decided to use round blades for this slitting process and opted for carbide materials to enhance durability compared to conventional methods. Considering the installation dimensions of the machine and the size of the slits, the final diameter was reduced to less than 20mm. For reference, a PET bottle cap has a diameter of about 28mm, making this even smaller. 【Case Overview】 ■ Purpose: Slitting processing for food protection sheets ■ Processing Details: Use of carbide materials ■ Product: Ultra-small round blade with a diameter of less than 20mm *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where we received a request from a food manufacturer to produce and deliver a carbide round blade for slicing processed meat. Due to the food processing application, we previously used stainless steel blades, but we changed the material to carbide to minimize wear on the cutting edge. Since this is for food use, we selected materials that are excellent in corrosion resistance. The outer diameter is 300mm to slice large workpieces all at once. We also accept requests for special materials and large-diameter blades like this case, so please feel free to consult us. 【Case Overview】 ■ Purpose of Use - Slicing processed meat ■ Processing Details - Changed the material to carbide to minimize wear on the cutting edge - Selected materials that are excellent in corrosion resistance for food use - The outer diameter is 300mm to slice large workpieces all at once *For more details, please download the PDF or feel free to contact us.

We received inquiries about extending the lifespan of blades used for cutting film rolls and would like to introduce a case we developed. The customer's current product was a carbon steel cutter blade, but due to rapid wear and high replacement frequency, we proposed a carbide blade. Compared to the existing carbon steel cutter blade, we achieved approximately 20 times the durability. Our company produces some carbide cutter blades in small quantities, allowing us to offer them with short lead times and at low prices. [Case Overview] ■ Issue: Extending the lifespan of blades used for cutting film rolls ■ Proposal: Carbide blades ■ Result: Achieved approximately 20 times the durability compared to existing carbon steel cutter blades *For more details, please download the PDF or feel free to contact us.

We received an inquiry from a customer regarding the improvement of the durability of cutter blades, and we would like to introduce a case where we implemented this. By leveraging the cost advantages of mass production, we can provide ultra-thin carbide blades at a low price, which is our proposal. Ultra-thin carbide blades boast a durability 10 to 20 times greater than that of standard carbon steel blades, and can accommodate thicknesses as thin as 0.25 mm. Additionally, super fibers such as aramid fibers can also be cut with these cutter blades. [Case Overview] ■ Purpose - Improvement of cutter blade durability ■ Proposal - Provide ultra-thin carbide blades at a low cost by leveraging the cost advantages of mass production *For more details, please download the PDF or feel free to contact us.

We received a request from a semiconductor manufacturer and would like to introduce a case where we produced and delivered small cutter blades for the film cutting application of semiconductor wafers. Due to durability issues with the existing blades, we upgraded the material to ultra-fine particle alloy and adjusted the blade angle to suit the application. Our company offers a variety of carbide cutters. If you could provide us with the main applications and mounting dimensions, we will take care of the detailed selection. 【Case Overview】 ■ Purpose: Film cutting of semiconductor wafers ■ Challenge: Durability issues with existing blades ■ Processing details: Material upgrade to ultra-fine particle alloy and adjustment of blade angle suitable for the application *For more details, please download the PDF or feel free to contact us.

The "ASC-28" is a product that comprehensively solves on-site challenges related to cutting thin materials. It adopts a unique structure that naturally pulls the sheet for cutting through a leaf spring mechanism, preventing clogging. Since it cannot be directly touched by the blade, there is no worry about cutting your hands even if you carry it in your pocket and handle it bare-handed. With its excellent cutting performance and pulling effect made from ultra-fine particle carbide, it allows for cutting with low load. This reduces worker fatigue and contributes to improved performance on-site. 【Features】 ■ High safety ■ Can be cut with light force ■ Reduced risk of foreign material contamination ■ High cutting power and long lifespan ■ Easy maintenance *For more details, please download the PDF or feel free to contact us.