Last Updated： Aggregation Period:Sep 02, 2026～Sep 29, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 02, 2026～Sep 29, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 02, 2026～Sep 29, 2026
This ranking is based on the number of page views on our site.
1～30 item / All 43 items
A cutting tool that achieves the smallest groove width with an independent mechanism.
By reducing material waste during the cutting process, we can minimize losses and be environmentally friendly. It's truly a win-win with With Twin. If we increase the rigidity of the cutting tool, we can make the blade width narrower. This way, we won't waste material as chips. With this idea in mind, With Twin was developed.
The optimal solution for machining difficult-to-cut materials: Cutting-edge tools that support precision machining in the aerospace field.
To achieve high-precision machining in the aerospace and space fields, HORN's tools are designed with cutting-edge technology. They also accommodate the machining of difficult materials, including steel and titanium, contributing to improved production efficiency and tool life. Product Lineup ◆ Tools for Boring Machining: Super Mini with Sintered U-Shape Breaker - Compatible with pilot hole diameters of φ 4.0, 5.0, 6.0 mm and above - Resolves chip clogging even with steel and stainless steel ◆ Tools for Titanium Machining, Grooving, Side Milling, and Parting: WT Type Chip Breaker - Insert widths of 2 / 2.5 / 3 mm - Corner R of 0.2 mm ◆ IG Coating - In-house developed AlTiSiN coating - HiPIMS coating (High Power Impulse Magnetron Sputtering) - Achieves long tool life with excellent smoothness, hardness, and toughness ◆ End Mills - Provides sharp cutting performance for stable machining HORN's machining tools enable high-precision and high-durability machining in the manufacturing of aircraft components and products for the space industry.
真鍮のポリゴン加工！使用工具や切削条件もご紹介しております
今回の削レポ(けずレポ)は真鍮のポリゴン加工を行いました。 高能率で六角や四角などの平面形状を加工する際に好適な加工法です。 スパナをかけるワーク用によくお使いになる加工だと思います。 エンドミルなどの工具を用いる場合よりも、約7～8倍の加工効率で平面を 加工することが可能です。 ※コラムの詳細内容は、関連リンクより閲覧いただけます。 詳しくは、お気軽にお問い合わせ下さい。
Stable cutting processing is possible with a high-rigidity clamp design.
◆ System 224/229 - Exhibits high rigidity due to HORN's unique four-sided clamping, which is not found in other companies. - Suppresses vibrations with a long guide. - Protects unused cutting edges with diagonally opposite cutting edges. ◆ Y-axis Cut-off - Maximum groove depth: 60 mm - Allows for a feed rate three times greater compared to conventional X-axis cut-off. - EH breaker [Remarkable feed f=0.4mm/rev.] - Reduces cycle time. - Compatible with blade types (used with tool blocks), polygon taper shanks, and HSK shanks. ◆ Modular Type - Compatible with polygon taper shanks, HSK shanks, square shanks, etc. - Suppresses vibrations with a short protrusion length. - Cassette type for cost efficiency. - Internal lubrication system ensures stable machining. ◆ Milling Cutter System 475 - Four-corner insert. - Each insert has two right-hand and two left-hand cutting edges, so only one type of insert needs to be prepared in the required quantity, making [insert management easy]. - Groove widths: 3, 4, 5, 6, 8 mm - Cutter diameters: 40, 50, 63, 80, 100, 125, 160, 200
Comfortable cutting processing. Achieving excellent workability and cutting performance through a unique mechanism.
**Overview** The "KPK Series" is a tool designed to make the challenging process of plunge cutting more comfortable. With its smart design that excels in workability, it allows for stress-free chip replacement (no hammer or screws needed). The chip is securely fixed with three unique clamping surfaces. The robust clamping structure suppresses chip displacement and vibration, enabling comfortable machining. **Features** - Smart design that excels in workability for stress-free chip replacement - The chip is securely fixed with three unique clamping surfaces, suppressing chip displacement and vibration for safety and security - JCT type is available in the lineup, compatible with internal lubrication
Insert with chip breaker for groove cutting and side cutting that contributes to reducing chatter and tool wear! A machining tool that eliminates chip clogging.
Do you have any of these concerns with inner diameter machining? - "Frequent occurrences of chip clogging in the inner diameter" - "Struggling to find tools that are rigid yet capable of machining deep grooves" At IZUSHI, we offer a wide range of inner diameter grooving tools from the German manufacturer HORN, which specializes in grooving tools. 【Features】 - High rigidity and stable machining enabled by a unique six-sided clamping system - Internal coolant supply that reliably delivers coolant to the cutting edge - Secure clamping guaranteed with a single screw tightening - One holder can accommodate various machining and groove widths within the same system - Compatible machining: grooving, boring, threading, end face grooving, chamfering - Minimum pilot hole diameter: φ 6.0 mm to φ 18.0 mm - Insert width: 0.7 mm to 3.0 mm - Maximum groove depth: 0.8 mm to 8.0 mm Examples of improved cutting conditions, tool life increased by over 10 times, and machining time reduced by approximately 46% can be found in the PDF download. *For more details, please download the PDF or contact us directly.
Demonstrates exceptional chip breaking performance, reducing the hassle of processing interruptions. Also achieves tool longevity.
Do you have any of these concerns with your machining tools? - "Chips getting stuck in the inner diameter" - "Chips elongating and adversely affecting the work surface and tools" - "Machining stops due to chip clogging issues" We have launched a new tool to solve these problems. A campaign is currently underway! 【Features】 - Compatible with pilot hole diameters of φ 4.0, 5.0, and 6.0 mm (New products supporting φ 4.0 and φ 5.0 mm will be released in December 2024) - Eliminates chip clogging even with steel and stainless steel - Usable with existing tool holders - Economical due to the realization of breaker formation through sintering, enabling low-cost mass production compared to laser and grinding products For more details, please feel free to contact us.
Outstanding reliability for machining applications! Achieving high rigidity and high productivity in inner diameter and end face grooving operations.
The "Sandvik Coromant CoroCut QI" is a tool for internal grooving and face grooving that employs a unique rail lock system to achieve high rigidity and high productivity. It enables low cutting resistance machining. The chip seat angle is designed to be flat for all chip seat sizes, allowing for low-resistance cutting that minimizes chatter compared to conventional products. 【Features】 ■ High chip mounting rigidity - Achieves exceptional machining reliability with outstanding stability in small diameter internal grooving and face grooving. ■ Optimized holder design - Realizes high rigidity and low cutting resistance machining. - Adopts HP (High Precision Coolant) system. - Compatible with various machine interfaces and machining applications. *For more details, please refer to the PDF document or feel free to contact us.
Top manufacturer of domestically produced poles.
Manufacturing and sales of ski poles, trekking poles, canes/sticks, walking poles, camping equipment, etc. Manufacturing and sales of FRP products.
Tool life increased by over 20 times! Eliminate chip wrapping with sintered U breakers. For hole diameters φ4.0mm and above. Cutting tools by HORN.
Do you have any concerns with processing tools like these? - "Chips getting stuck in the inner diameter" - "Chips elongating and adversely affecting the work surface and tools" - "Processing frequently stopping due to chip clogging issues" We have released a new tool to solve these problems. ◆ Boring processing tool with sintered U-shaped breaker, Super Mini 【Features】 - Compatible with pilot hole diameters of φ 4.0, 5.0, and 6.0 mm (New products compatible with φ 4.0 and φ 5.0 mm will be released in December 2024) - Prevents chip clogging even when processing steel and stainless steel - Usable with existing tool holders - Economical due to the formation of the breaker through sintering, enabling mass production at a lower cost compared to laser and grinding products - The Super Mini series allows the use of over 1000 different inserts with a single holder. We have also achieved a reduction of approximately 92% in tool costs by replacing tools from other companies. For more details, please feel free to contact us.
Contributing to the long lifespan of molds! Surface treatment tools that replace the grinding process.
In the mold industry, improving the durability of molds is essential to balance product quality and productivity. Surface treatment of molds prevents wear and corrosion, contributing to a longer lifespan. Traditional grinding processes can be time-consuming and costly, but ECOROLL roller burnishing processing can uniformly finish the surface after machining and improve surface roughness, thereby extending the lifespan of molds. Additionally, since there are no chips produced, the effort required for post-processing is also reduced. 【Application Scenarios】 - Surface treatment of molds - Wear prevention - Corrosion prevention 【Benefits of Implementation】 - Increased lifespan of molds - Cost reduction by replacing grinding processes - Improved product quality through enhanced surface roughness
【For hydraulic and pneumatic equipment】Tool life increased by over 20 times! Eliminate chip wrapping with sintered U breakers.
In the machining of valve bodies for hydraulic and pneumatic equipment, precise inner diameter processing and the associated chip disposal are crucial. If chips get clogged or extend and negatively affect the work surface or tools, it can lead to machining defects and a decrease in production efficiency. Additionally, interruptions in processing due to chip clogging can cause delays in production planning. To address these challenges, we have launched the "Sintered U-shaped Breaker Super Mini" tool for boring operations. 【Application Scenarios】 - Inner diameter machining of hydraulic and pneumatic equipment valve bodies - Machining of steel and stainless steel - Machining prone to chip wrapping or clogging 【Benefits of Implementation】 - Significant reduction in tool costs (approximately 92% based on results) - Improvement in tool life (over 20 times based on results) - Reduction in processing interruptions due to chip clogging - Achievement of stable, high-precision machining
[For industrial machinery] Tool life increased by over 20 times! Eliminate chip wrapping with sintered U breakers.
In the manufacturing of industrial machinery, particularly gearboxes, the management of chips during inner diameter processing is a significant challenge. When chips become clogged, processing is interrupted, which can adversely affect the work surface and tools. These issues directly lead to decreased production efficiency and shortened tool life. The "Sintered U-Shaped Breaker Super Mini" tool for boring processing that we offer has been developed to address these concerns. 【Usage Scenarios】 - Inner diameter processing of gearboxes - Processing of steel and stainless steel - Processing prone to chip wrapping and clogging 【Benefits of Implementation】 - Significant reduction in tool costs (approximately 92% based on results) - Prevention of processing interruptions due to chip clogging - Extension of tool life (over 20 times based on results) - Usable with existing tool holders
Stabilizing precision machining of aerospace components with a high-rigidity clamp design.
In the field of aerospace precision machining, high accuracy and reliability are required. Particularly for parts that require complex shapes and fine machining, the stability of the tools and the maintenance of machining precision are crucial. Improper machining can lead to performance degradation and reliability issues of the parts. HORN cutting tools for grooving address these challenges with their high-rigidity clamp design, enabling stable grooving operations. 【Application Scenarios】 - Grooving of precision parts in the aerospace sector - Machining of complex-shaped parts - Ensuring stability in fine machining 【Effects of Implementation】 - Improvement in machining accuracy - Reduction in defect rates - Maintenance and enhancement of productivity
Achieving stable precision molding with a high-rigidity clamp design.
In the mold industry, especially in precision molding, the processing of parts that require complex shapes and high dimensional accuracy is essential. Minute vibrations and deviations during processing can directly affect the quality of the mold, potentially leading to the occurrence of defective products and a decrease in production efficiency. Therefore, tools that enable stable cutting processes are crucial. HORN cutting tools support precise machining due to their high-rigidity clamp design. 【Application Scenarios】 - Cutting processing of mold parts with complex shapes - Processing of precision parts that require high dimensional accuracy - Production lines that require cycle time reduction 【Benefits of Implementation】 - Stabilization of mold quality through improved machining accuracy - Extension of tool life by suppressing chatter - Increased production efficiency and cost reduction
Achieving stable cutting processing with a high-rigidity clamp design.
In the manufacturing of spindle components for machine tools, high-precision and efficient parting processing is required. Particularly in complex shapes and deep groove machining, vibrations during processing and tool wear can affect product accuracy. In response to these challenges, HORN parting tools contribute to stable processing quality and improved productivity through their unique high-rigidity design and advanced features. 【Application Scenarios】 - Parting processing of spindle components - Deep groove machining - Production lines requiring cycle time reduction 【Benefits of Implementation】 - Improved processing accuracy - Extended tool life - Enhanced production efficiency
Achieving stable cutting processing with a high-rigidity clamp design.
In the manufacturing field of general industrial machinery, dimensional accuracy and surface quality are required in bearing groove machining. Particularly, stable processing is essential as it directly affects the performance and durability of the parts. Vibration during machining and dimensional defects can lead to a decrease in product reliability. HORN cutting tools for groove machining address these challenges and achieve stable processing. 【Application Scenarios】 - Groove cutting of bearings - Cutting in the Y-axis direction - Utilization of modular types 【Benefits of Implementation】 - Improvement in machining accuracy - Reduction in cycle time - Increased efficiency in tool management
Achieving stable cutting of turbine parts with a high rigidity design.
In the energy industry, particularly in the manufacturing of turbine components, high precision and stable processing are required. For parts that demand complex shapes and high dimensional accuracy, vibrations and fluctuations during processing can directly impact product quality, potentially leading to performance degradation and reduced lifespan. Therefore, reliable tool selection is essential. HORN cutting tools for turning operations address these challenges with their high rigidity design, achieving stable processing. 【Application Scenarios】 - Turning operations for turbine components - Precision machining of complex-shaped parts - Manufacturing of parts requiring high precision 【Benefits of Implementation】 - Improved processing accuracy - Reduced cycle time - Extended tool life
Achieving stable cutting processing of robot joint parts with a high-rigidity clamp design.
In the robotics industry, high dimensional accuracy and machining stability are required for the manufacturing of precise joint components. Especially as parts become smaller and more complex, suppressing chatter during machining and reducing cycle times are essential factors for improving productivity. Conventional machining methods may struggle to address these challenges. HORN cutting tools for machining provide solutions to these issues through their unique high-rigidity design and advanced features, supporting the high-quality and efficient manufacturing of robotic joint components. 【Application Scenarios】 - Cutting machining of robotic joint components - Mass production machining of precision parts - Machining of complex-shaped components 【Benefits of Implementation】 - Improved machining accuracy - Shortened production cycles - Extended tool life - Simplified insert management
Achieving stable cutting processing with a high-rigidity clamp design.
In the optical equipment industry, particularly in the manufacturing of lens holders, precise dimensional accuracy and stable processing are required. Since even minor processing errors can affect product performance, vibration suppression during machining and high rigidity are essential. HORN cutting tools for grooving address these challenges and support the production of high-quality lens holders. 【Application Scenarios】 - Grooving processing of lens holders - Machining of precision parts 【Effects of Implementation】 - Improved dimensional accuracy through stable grooving processing - Increased productivity due to reduced cycle times - Maintenance of processing quality through vibration suppression
Tools for grooving processing that contribute to the reduction of vibration and tipping, ensuring stable quality in fiber machinery.
In the fiber machinery industry, stable product quality through precise parts processing is required. Particularly in the case of complex-shaped parts and fine groove machining, variations in processing accuracy can affect product performance. Chip clogging and tool chatter or tipping can lead to processing defects and hinder quality stability. Our HORN internal grooving tool 'Mini' addresses these challenges and achieves stable processing. 【Usage Scenarios】 - Internal grooving - Resolution of chip clogging - Deep groove machining 【Benefits of Implementation】 - Improved processing accuracy - Stabilization of quality - Contribution to increased productivity
Reduce chip clogging and improve processing effort and tool life.
In the aerospace field, particularly in the machining of turbine blades, precision and the quality of the machined surface are essential. Chips generated during inner diameter machining can clog and elongate, adversely affecting the work surface and tools, potentially leading to processing interruptions and the production of defective products. To address these challenges, the HORN U Breaker Super Mini tool for boring operations demonstrates excellent chip fragmentation, achieving stabilization and efficiency in machining. A campaign is currently underway. 【Application Scenarios】 - Inner diameter machining of turbine blades - Small diameter grooving of precision parts - Machining of steel and stainless materials 【Benefits of Implementation】 - Reduces the hassle of processing stoppages due to chip clogging - Contributes to the longevity of tools - Improves machining accuracy
Reduce chip clogging in implant processing and achieve stable machining.
In the precision machining of medical devices, particularly implants, the handling of fine chips and the maintenance of the quality of the machined surface are extremely important. When chips become clogged, it not only interrupts the machining process but can also damage the work surface and tools, potentially affecting the accuracy and reliability of the products. To address these challenges, the HORN U Breaker Super Mini tool for boring operations enhances chip fragmentation and reduces the risk of machining interruptions. [Application Scenarios] - Small-diameter boring of implant components - Machining of difficult materials such as titanium alloys - Manufacturing of medical device components that require high precision [Benefits of Implementation] - Reduction of downtime due to chip clogging - Extension of tool life - Improvement and stabilization of machining accuracy
Reduce chip clogging during cylinder inner diameter machining and achieve stable processing.
In the processing of inner diameters of hydraulic and pneumatic equipment cylinders, the clogging and elongation of chips can affect machining accuracy and potentially harm the work surface and tools. Additionally, processing stoppages due to chip clogging can lead to decreased production efficiency. To address these challenges, the HORN U Breaker Super Mini tool for boring operations demonstrates exceptional chip fragmentation capability, reducing the hassle of processing interruptions. Furthermore, it also achieves longer tool life, supporting stable production. 【Usage Scenarios】 - Inner diameter processing of hydraulic and pneumatic equipment cylinders - Machining prone to chip clogging - Cases requiring high-precision inner diameter processing 【Benefits of Implementation】 - Reduction in processing stoppages due to chip clogging - Decrease in negative impacts on work surfaces and tools - Cost reduction through extended tool life - Maintenance of stable machining accuracy
Reduce chip clogging and improve processing effort and tool life.
Are you facing challenges such as chip clogging in the inner diameter during machining of work machine spindle parts, negative effects on the work surface and tools due to chip elongation, and processing stoppages that accompany these issues? To address these problems, HORN has launched a new boring tool, the "U Breaker Super Mini." This product demonstrates exceptional chip fragmentation capabilities, reducing the hassle of processing stoppages while also extending tool life. 【Application Scenarios】 - Inner diameter machining of steel and stainless steel - Small diameter boring - Machining where chip handling is a challenge 【Benefits of Implementation】 - Reduction of processing stoppages due to chip clogging - Mitigation of chip impact on the work surface and tools - Improvement in tool life
Reduce chip clogging and improve processing effort and tool life.
In the mold industry, especially in the processing of core and cavity, precise dimensional accuracy and good surface roughness are required. Chip clogging and elongation can lead to increased processing time, adverse effects on the work surface and tools, and even processing stoppages, resulting in decreased production efficiency. To address these challenges, we have newly launched the HORN U Breaker Super Mini tool for boring operations. 【Application Scenarios】 - Small diameter boring operations - Processing of steel and stainless materials - Finishing operations for core and cavity components 【Benefits of Implementation】 - Stabilization of processing due to the elimination of chip clogging - Reduction of processing time - Improvement of tool life - Mitigation of adverse effects on the work surface
Reduce chip clogging and improve processing effort and tool life.
In the manufacturing of general industrial machinery, particularly gearboxes, the management of chips during inner diameter processing is a significant challenge. If chips become clogged, processing may be interrupted, potentially causing adverse effects on the work surface and tools. To address these challenges, HORN has developed the boring tool "U Breaker Super Mini." This tool enhances chip fragmentation, prevents processing interruptions, and contributes to the longevity of the tool. 【Application Scenarios】 - Inner diameter processing of gearboxes - Processing of steel and stainless materials - Small diameter grooving 【Benefits of Implementation】 - Reduction of processing stoppages due to chip clogging - Decrease in adverse effects on the work surface and tools - Cost reduction through extended tool life
Reduce chip clogging and improve processing effort and tool life.
In the robot industry, the manufacturing of joint components requires high-precision inner diameter processing. In particular, if chips get clogged, processing can be interrupted, potentially causing adverse effects on the work surface and tools. This can lead to decreased production efficiency, additional rework, and the risk of delivery delays. To address these challenges, the HORN U Breaker Super Mini tool for boring processing enhances chip fragmentation, prevents processing interruptions, and extends tool life. 【Application Scenarios】 - Inner diameter processing of robot joint components - Processing of parts requiring precise dimensional accuracy - Processing operations with challenges in chip disposal 【Benefits of Implementation】 - Reduction of labor due to processing interruptions - Mitigation of adverse effects on work surfaces and tools caused by chip clogging - Cost reduction through extended tool life
Reduces chip clogging in turbine component machining and extends tool life.
In the energy industry, particularly in the manufacturing of turbine components, high precision and stable processing are required. The clogging and stretching of chips that occur during inner diameter machining can adversely affect the work surface and tools, potentially leading to processing stoppages. This can result in decreased productivity and increased costs. The HORN U Breaker Super Mini tool for boring operations has been developed to address these challenges. 【Application Scenarios】 - Inner diameter boring of turbine components - Machining of steel and stainless materials - Small diameter machining where chip handling is a challenge 【Benefits of Implementation】 - Reduction in processing stoppages due to decreased chip clogging - Cost savings through extended tool life - Achievement of stable machining quality
Solving processing challenges of drive system components. Reducing chip clogging and extending tool life.
In the railway industry, the manufacturing of drive system components requires high precision and reliability. In particular, chip clogging and elongation during inner diameter machining can lead to increased processing time, negative impacts on the work surface and tools, and even processing stoppages, which may result in decreased production efficiency. To address these challenges, we have newly launched the HORN U Breaker Super Mini tool for boring operations. [Application Scenarios] - Inner diameter machining of drive system components for railway vehicles - Machining of steel and stainless steel materials - Small diameter machining [Benefits of Implementation] - Reduces the hassle of processing stoppages due to chip clogging - Achieves longer tool life - Improves machining accuracy
