IZUSHI Product Lineup

In this case, the CONNECT series "Easy 120" marking machine with a stamping mechanism is combined with a high-functionality controller holder to engrave part numbers onto the plastic components of a pool skimmer set. The operator eliminates the need for manual input by reading the engraving information with a barcode reader installed on the controller holder, preventing input errors. The wireless connection makes handling easy, enabling smooth engraving operations on-site. Additionally, the foot support with magnets stabilizes the parts, allowing for accurate positioning and uniform continuous engraving. This contributes to the individual identification of each part and enhances traceability. <Implementation Effects> ■ Eliminates manual input through barcode reading, reducing input errors ■ Achieves stable fixation and high-precision engraving with the magnet-equipped foot support ■ Improves handling and work efficiency with wireless connectivity For more details, please refer to the related links or feel free to contact us.

• Marking machine

In the post-manufacturing process of dump truck production and painting, reliable engraving of the Vehicle Identification Number (VIN) and high visibility were required. In this case, the CONNECT series "Easy" was utilized to directly engrave the VIN onto the chassis. Thanks to wireless connectivity, it can be maneuvered without being constrained by cables, enabling smooth engraving operations even for large vehicles. Furthermore, a benchtop model was used to engrave vehicle model, manufacturing year, and dimension information onto the nameplate, which is then attached to the chassis on the left side of the VIN. This case demonstrates the integration of VIN engraving and nameplate management, enhancing vehicle traceability and quality assurance systems. <Implementation Effects> ■ Achieved reliable VIN engraving in the post-manufacturing process ■ Ensured smooth operability for large vehicles through wireless engraving ■ Improved maneuverability without cables, reducing the burden on the site For more details, please refer to the related links or feel free to contact us.

• Marking machine

In the engraving process for the engine of the hydraulic excavator after assembly, access to the engraving area was very limited, and the size and maneuverability of the equipment posed significant challenges. Therefore, the wireless marking engraver "Easy60" was adopted. Its compact design allows it to fit into restricted spaces, and the wireless connection enables free maneuverability of the main unit without being constrained by cables. The use of a custom magnetic fixture also ensures stable fixation, establishing a reliable engine engraving system in the post-assembly process without having to move heavy objects. This is a case study that achieves both improved workability and stable engraving quality. <Implementation Effects> ■ Wireless connection eliminates the need for cables, allowing for free maneuverability even in tight spaces. ■ Stable fixation with a custom magnetic fixture enhances safety and workability. ■ Reliable marking can be performed on-site without moving heavy objects. For more details, please refer to the related links or feel free to contact us.

• Marking machine

【System WSA】 Carbide Solid Minimum Module m 0.2 ～ ■ Compatible with small diameter machining (φ 7.0mm ～) ■ Precision cutting edge grinding finish using a 5-axis NC grinding machine (compatible with PS/PSP tooth shapes) 【System WSR】 Replaceable Cutting Edge Maximum Module ～ m 5.0 ■ Interface achieving high dimensional concentricity (patented) ■ Coolant supply possible from the rake face side (optional) 【System M117】 Insert Replaceable Maximum Module ～ m 8.0 ■ Adopts an automatic centering type insert seat ■ Cutter arbor compatible with various spindle interfaces 【Gear Broaching System N105, N110, S117】 Replaceable Cutting Edge Maximum Module ～ m 5.0 ■ Manufacturing of external and internal gears possible with a single machine such as NC lathes or multi-tasking machines 【Gear End Face Deburring Tool System DSS】 Carbide Solid ■ One-chucking processing of gear skiving + deburring possible with multi-tasking machines and 5-axis machining centers ■ Deburring can be completed in about 2 seconds

• Other cutting tools

The "GX Small" is a compact desktop fiber laser engraving machine that achieves both ultra-compact size and high performance. Despite its compact design of 500×582×712mm, it is equipped with genuine laser marking capabilities. Its space-saving design allows for installation on a workbench, making it ideal for high-precision engraving on small and intricate parts. ■ Features - Compact size that can be directly installed on a workbench - Comes standard with a station (partition) using laser protective glass, ensuring high safety and workability - Supports not only TCP/IP but also the latest communication standards, EtherNet/IP and PROFINET For more details, please download the catalog or feel free to contact us.

• Laser marker

This case study is about the introduction of a dot peen marking machine in a metal processing industry specializing in thermal cutting. The company has been using dot peen marking machines since 2007, and to improve work efficiency, they introduced the CONNECT series "Easy 120." With wireless connectivity between the controller and the marking head, marking can be performed on medium to large steel components on-site without moving the heavy and difficult-to-move parts after cutting. The marking content can be customized according to the end user's requests, accommodating one or multiple lines of alphanumeric characters as well as logo marking. This achieves a reduction in the burden of on-site work while ensuring stable marking quality. <Effects of Implementation> - Achieved reliable and permanent marking on steel materials with the dot peen marking machine. - Improved work efficiency and safety by eliminating the need to move large and heavy items. For more details, please refer to the related links or feel free to contact us.

• Marking machine

This case study presents the introduction of a laser engraving device by a company highly regarded in the field of pump technology for the marine industry. To directly engrave on large components manufactured in-house, a custom-spec XXL laser engraving device was implemented. In addition to accommodating large workpieces, it is also utilized for the production of approximately 8,000 manufacturer plates engraved with serial numbers and logos. The device configuration, featuring X-axis head movement and dual-side opening doors, achieves a balance between work efficiency and engraving quality. <Implementation Effects> ■ Direct laser engraving on large steel and stainless steel components is possible. ■ A single device can broadly handle everything from the component itself to the manufacturer plate. ■ High identification is ensured through serial number and logo engraving. For more details, please refer to the related link page or feel free to contact us.

• Laser marker

This case study is an introduction to a metal processing company that provides a wide range of processing services in the metal field, including bending, rolling, machining, welding, and assembly. The company faced challenges in improving quality and ensuring traceability in its self-designed metal products and structures. To address this, they introduced two stamping marking machines, "Combo120." These machines enable various markings, such as alphanumeric characters, timestamps, logos, and QR codes on steel materials, allowing for the identification of workers and used consumables. As a result, they have achieved visibility of manufacturing history, leading to increased reliability for customers and strengthened quality assurance systems. <Implementation Effects> ■ Improved product identification through diverse markings such as alphanumeric characters, logos, and QR codes. ■ Enhanced traceability by enabling the identification of workers and used consumables. ■ Improved quality management levels through the visualization of manufacturing history. For more details, please refer to the related links or feel free to contact us.

• Marking machine

We would like to introduce a case study from a precision machining company that has implemented the TechnoMark CONNECT series "Combo120" dot peen marking machine. The company faced significant challenges in the flexibility and efficiency of the marking process for small to medium lot production of metal parts. To address this, they introduced the versatile "Combo120" marking machine, which can accommodate a wide variety of materials. Additionally, by adding a rotary axis (D-axis), they were able to achieve marking on the outer circumference and in the circumferential direction. This has successfully strengthened traceability and optimized the marking process. Implementation Effects: - Capable of marking both small and large parts with a single machine due to support for both desktop and portable modes. - Improved efficiency of sequential marking for medium lots, enhancing part management and traceability. - Compatible with a diverse range of metal materials including steel, stainless steel, aluminum, Inconel, and titanium. - The addition of the rotary axis (D-axis) allows for marking on the outer circumference and in the circumferential direction, expanding the range of applications. For more details, please refer to the related link page or feel free to contact us.

• Marking machine

Stable clamping regardless of workpiece shape. The KOSTYRKA PIN JAWS are an adaptive fixture system that can clamp complex-shaped workpieces with high precision. It maintains stable gripping power even with workpieces that have significant variations, such as cast and forged parts. It significantly reduces setup time, stabilizes quality, and enhances the versatility of fixtures. KOSTYRKA is a sleeve manufacturer from Germany. The company's sleeve products are used not only for clamping applications but also in various scenarios such as braking, positioning, and holding of operating axes. For example, they are employed in applications to lock the spindle of machine tools or to reliably hold the position of tables. PIN JAWS is a flexible clamping system developed by applying this sleeve technology. The sleeve technology automatically follows variations in workpiece shapes, achieving stable clamping performance. ■ Features Automatic adaptation to almost all workpiece shapes due to pin structure Minimization of setup changeover time Designed to be compatible with general-purpose vises, easily integrated into existing equipment For more details, please download the catalog or feel free to contact us.

• Vice Clamps

IFANGER's knurling tools are designed to achieve high-precision knurling. They efficiently create non-slip and decorative patterns on metal surfaces, ensuring stable processing accuracy. These high-precision tools are widely used in various industrial applications, including knurling on lathes, precision parts processing, and the manufacturing of knobs and handles. 【Features】 ■ A lineup of various tools for rolling and cutting processes ■ Capable of processing small-diameter workpieces ■ A variety of coating options available For more details, please refer to the catalog or feel free to contact us.

• Other cutting tools

[IZUSHI Private Brand Comprehensive Catalog] Gathering IZUSHI's private brand products that support the efficiency of manufacturing sites, from cutting and finishing to clamping, measuring, engraving, and peripheral equipment, all in one book. We offer a lineup of high-quality tools that can be utilized in various processes, including CNC lathes, machining centers, and robotic systems. [Features] ■ Supports the consolidation, labor-saving, and high efficiency of on-site processes ■ Stable processing quality due to high rigidity structure ■ Abundant stock for immediate delivery and after-sales support system Carefully selected tools that directly address the challenges of manufacturing sites. This catalog is recommended for those aiming for higher precision, automation, and energy savings. For more details, please download the catalog or feel free to contact us.

• Other cutting tools

If you are considering improvements in hole drilling processing, please take a look. We will contribute to solving various challenges for users by leveraging the diverse know-how of HORN, a company with over 50 years of history. For more details, please feel free to contact us.

• drill

We would like to introduce a successful case of the introduction of a wireless marking machine by a customer in the steel manufacturing industry. Do you have any of these concerns regarding marking work? - Want to transport the marking machine to a distant site for use - Short battery life causing work interruptions - Work stopping due to cable disconnection The solution to these challenges is the TechnoMark marking machine CONNECT series "Buddy." Buddy can be easily operated from an Android device, enabling smooth marking work without cables. Furthermore, Buddy is not just a replacement for a marking machine; it is utilized as a tool that significantly enhances "accuracy," "work efficiency," and "comfortable working environment" on-site. For more details, please feel free to contact us.

• Marking machine

The "AL Jet Cleaner" is an innovative cleaning tool that can automatically remove chips and dust generated after machining. It uses air or internal supply coolant to reliably eliminate foreign substances adhering to the workpiece or fixture. This eliminates the need for air blowing operations, improving machine operating rates and work efficiency. <Features> - Automates air blowing operations after machining, reducing the hassle of chip and dust removal. - Adopts i-TOOL high-pressure coolant hoses, allowing for stable cleaning without deviation even with high-pressure injection. - Easy adjustment and extension of hose angles to accommodate various machining environments. Installation is simple; it can be mounted in place of a tool on the tool holder. This cleaner automates the cleaning and removal of foreign substances after cutting, achieving both productivity improvement and enhancement of the work environment simultaneously.

• Other cutting tools
• nozzle
• hose

Do you have any concerns regarding engraving? - I want to prevent the workpiece from shifting during engraving. - I want to engrave complex shapes. - I want to automate the process from engraving to ejection, etc. At TechnoMark, we offer consultations regarding the introduction of engraving machines and proposals for challenges that arise after implementation. We also showcase past case studies! Please feel free to contact us.

• Marking machine

"Tempo" is a high-precision, high-durability inline marking machine provided by TechnoMark. It adopts a dot peen marking method and contributes to improving traceability and quality control in manufacturing environments that require automatic marking. It is easy to integrate into production lines and features a space-saving design and high flexibility, making it widely adopted in various industries such as automotive, electronic components, and metal processing. <Main Features | Reasons to Choose Tempo> ■ Achieves high-speed and stable marking, supporting a marking speed of up to 3 characters per second. ■ Easy integration with PLCs and upper systems, supporting Ethernet TCP/IP, RS232C (USB), as well as PROFINET and Ethernet/IP. ■ The marking head can be mounted in three directions, and the rack-mounted controller enhances design flexibility for the line. ■ Automatic height adjustment function ensures clear marking on uneven surfaces, curved surfaces, and inclined surfaces. ■ Supports serial numbers, date codes, barcodes (DataMatrix, QR codes), logos, alphanumeric characters, etc., making it ideal for product identification and quality control. We are available for demonstrations and sample markings at any time. Please feel free to contact us.

• Marking machine

This is the i-TOOL broach holder that allows hex hole machining with lathes and machining centers. It can be easily attached to existing machine tools, making it a must-see for those currently outsourcing hex hole machining! There are two types available: one for lathes and one for machining centers. The inserts are made of carbide, allowing for a rotation speed that can be doubled compared to high-speed steel, thus reducing machining time. The holder is equipped with bearings, so when it contacts the workpiece, the cutting edge rotates along with it, machining the hex hole while rotating. It offers high precision and can process quickly, making it suitable for small-batch production of various types. For those considering implementation, we also have demo units available. For more details, please refer to the PDF materials or feel free to contact us.

• cutter

Achieve improved work efficiency and stable operation with automatic coolant dilution! We present a success story from Yokota Industrial Co., Ltd. with the introduction of the "i-TOOL Automatic Dilution Valve." Founded in 1919, Yokota Industrial Co., Ltd. has been engaged in the manufacturing of portable power tools that support manufacturing sites for many years. At the worksite, the dilution of coolant posed challenges such as "the hassle of moving" and "variability in concentration adjustment," leading to significant losses in work time and increased burdens on workers. Additionally, variability in dilution by workers caused inconsistencies in coolant quality, resulting in equipment downtime and impacts on product delivery schedules. As a result of introducing the "i-TOOL Automatic Dilution Valve," the company achieved a reduction of approximately 230 hours in annual work time and eliminated equipment troubles! Furthermore, they realized a cost-effectiveness of about 750,000 yen. 【Improvement Points from the Introduction of the Automatic Dilution Valve】 ■ Improved Work Precision: Automatically achieves a consistently stable dilution ratio. ■ Reduced Work Time: Significantly cuts down the time and effort required for dilution tasks. ■ Stabilized Quality: Eliminates variability in dilution by workers, leading to improved quality. For more details, please visit our website or feel free to contact us.

• valve

In the field of metal processing, coolant supply is essential for thermal management due to high-speed machining. However, conventional coolant hoses have faced challenges such as hose displacement during high-pressure use or prolonged operation, leading to decreased machining accuracy and reduced work efficiency. The "i-TOOL Coolant Hose" has been developed to address these issues, providing a coolant hose that can handle high pressure and ensure stable supply over long periods. 【Usage Scenarios】 - Thermal management for high-speed machining - Long-term operation with unmanned driving - Machining of complex shapes - Machining in confined spaces - Stabilization of coolant supply 【Benefits of Implementation】 - Improved machining accuracy: Prevents defects caused by hose displacement - Enhanced work efficiency: Reduces the hassle of position correction - Cost reduction: Lowers running costs by decreasing replacement frequency - Stabilization of unmanned operation: Enables unmanned operation with long-term stable supply - Increased safety: Achieves a safe working environment with high-pressure compatibility

• Other machine tools
• hose
• Piping Materials

In high-speed plastic processing, the stable supply of coolant is a crucial factor that affects processing accuracy and efficiency. With conventional coolant hoses, there have been cases where the hose shifts during high-pressure use or prolonged operation, leading to decreased processing accuracy and forced work interruptions. The "i-TOOL High-Pressure Coolant Hose" is a revolutionary coolant hose developed to address these challenges, capable of supporting high-pressure and long-duration supply. 【Usage Scenarios】 - High-speed processing of plastic products - 24-hour operation through unmanned driving - Situations requiring high-precision processing - Conventional coolant hoses have caused shifts during high-pressure use or prolonged operation, resulting in decreased processing accuracy and forced work interruptions. 【Benefits of Implementation】 - Improved processing accuracy: Reduces processing defects caused by hose shifts, achieving stable quality. - Enhanced work efficiency: Enables long-duration unmanned operation, automating tasks that previously relied on manual labor. - Cost reduction: Longer lifespan decreases replacement frequency, reducing running costs. - A wide range of parts lineup allows for customization to meet on-site needs.

• Other machine tools
• hose
• Piping Materials

In the microfabrication process of semiconductor manufacturing, precise coolant supply is essential. However, conventional coolant hoses have issues where they can shift during high-pressure use or prolonged operation, leading to decreased machining accuracy and potential work stoppages. The i-TOOL high-pressure coolant hose is a groundbreaking product that addresses these challenges and enables stable coolant supply during unmanned operation. 【Usage Scenarios】 * Microfabrication processes in semiconductor manufacturing * Processes requiring long periods of unmanned operation * Processes that need coolant supply at high pressure * Improvement of machining accuracy * Enhancement of work efficiency 【Effects of Implementation】 By introducing the i-TOOL high-pressure coolant hose, the following effects can be expected: * Improvement in machining accuracy * Extension of unmanned operation time * Enhancement of work efficiency * Cost reduction * Increased safety on-site

• Other machine tools
• hose
• Piping Materials

In the micro-machining process of electronic device manufacturing, high precision machining and stable coolant supply are required. However, conventional coolant hoses have faced challenges such as shifting during high-pressure use or long periods of unmanned operation, the need for reinforcement, and high costs. The "i-TOOL Coolant Hose" is a coolant hose that addresses these issues, capable of high-pressure and long-duration supply. 【Usage Scenarios】 - Micro-machining processes in electronic device manufacturing - Processes requiring long periods of unmanned operation - Processes that require high precision machining - Use under high pressure that cannot be accommodated by conventional coolant hoses - Issues with decreased machining precision due to hose shifting 【Benefits of Implementation】 By introducing the "i-TOOL Coolant Hose," the following benefits can be expected: - Improved machining precision - Extended unmanned operation time - Cost reduction - Enhanced work efficiency - Increased safety

• Other machine tools
• hose
• Piping Materials

In high-precision machining for medical device manufacturing, a stable coolant supply over long periods is essential. However, conventional coolant hoses have raised concerns about machining accuracy and work efficiency due to hose displacement during high-pressure use or prolonged operation. The "i-TOOL High-Pressure Coolant Hose" is a groundbreaking product developed to address these challenges, achieving high precision and durability. 【Usage Scenarios】 - High-precision machining in medical device manufacturing - Long-duration operation with unmanned driving - Machining of complex shapes - Machining requiring high-pressure coolant 【Benefits of Implementation】 - Stabilization of high-precision machining - Extension of unmanned operation time - Reduction of machining time - Cost reduction - Improvement of work efficiency

• Other machine tools
• hose
• Piping Materials

In high-precision machining for mold manufacturing, a stable supply of coolant is essential. However, conventional coolant hoses have issues where the hose can shift during high-pressure use or prolonged unmanned operation, leading to decreased machining accuracy or interruptions in work. The "i-TOOL High-Pressure Coolant Hose" has been developed to address these challenges and is ideal for high-precision machining. 【Usage Scenarios】 - High-precision machining in mold manufacturing - Labor-saving through prolonged unmanned operation - Coolant supply for complex shapes - Coolant supply at high pressure 【Benefits of Implementation】 By introducing the "i-TOOL High-Pressure Coolant Hose," the following benefits can be expected: - Improved machining accuracy - Extended unmanned operation time - Increased work efficiency - Cost reduction

• Other machine tools
• hose
• Piping Materials

In the precision machining process of automobile manufacturing, a stable supply of high-pressure coolant is essential. However, conventional coolant hoses have raised concerns about machining accuracy and work efficiency due to the hoses shifting during high-pressure use or prolonged operation. The "i-TOOL High-Pressure Coolant Hose" is a groundbreaking product developed to address these challenges, achieving high precision and durability. 【Application Scenarios】 - Precision machining of automotive parts: A stable coolant supply is essential for high-precision machining. - Autonomous driving systems: Ideal for autonomous driving systems that require stable operation over long periods. - Machining of complex shapes: Even in the machining of complex shapes, optimal coolant supply can be achieved by freely adjusting the angle of the hose. 【Benefits of Implementation】 - Improved machining accuracy: A stable coolant supply enhances machining accuracy and helps reduce the occurrence of defective products. - Increased work efficiency: Reducing interruptions and the hassle of repositioning due to hose shifting improves work efficiency. - Cost reduction: Increased longevity decreases the frequency of hose replacements, contributing to cost savings.

• Other machine tools
• hose
• Piping Materials

Are you having trouble managing the traceability of welded parts? TechnoMark's stamping marking machine, equipped with the internationally patented IDI function, enables marking on curved and uneven surfaces. We offer a range of models that can accommodate various applications, and we will propose the optimal marking machine tailored to your needs. Additionally, with wireless connectivity, there is no need for cables, providing a flexible working environment. 【Usage Scenarios】 - Manufacturing sites for welded parts - When marking part numbers, serial numbers, or manufacturing dates is necessary - When marking on curved or uneven surfaces is required - When you want to streamline traceability management - When you want to automate and reduce labor in the marking process 【Benefits of Implementation】 - Enables marking on curved and uneven surfaces, which was difficult with conventional methods, thus streamlining traceability management - Automation and labor-saving in the marking process lead to reduced working time and minimized human errors - The ability to choose the most suitable marking machine from various models allows for the establishment of an efficient working environment - Integration into equipment is also possible, contributing to the overall efficiency of the production line We also sell laser markers. Please feel free to contact us.

• Marking machine

Are you having trouble managing the traceability of machined parts? TechnoMark's stamping-type marking machine has made it possible to mark curved surfaces thanks to its internationally patented IDI function. It accommodates various applications such as marking part numbers, serial numbers, and dates, achieving efficient traceability management. Furthermore, with wireless connectivity, there is no need for cables, providing a flexible working environment. 【Usage Scenarios】 - Manufacturing sites for machined parts - Situations where marking of part numbers, serial numbers, and manufacturing dates is required - Situations where marking on R surfaces or uneven surfaces, which was difficult with conventional marking machines, is needed - Situations where there is a desire to improve the efficiency of traceability management 【Benefits of Implementation】 - It has become possible to mark R surfaces and uneven surfaces that were previously difficult, improving the accuracy of traceability management - The automatic correction function ensures stable marking, contributing to quality improvement - Various needs are met with wireless models and compact models, enhancing work efficiency - Models specifically designed for integration into equipment are also available, achieving further efficiency through automation We also sell laser markers. Please feel free to contact us.

• Marking machine

In the press processing field, marking on products is essential. However, traditional marking machines have difficulty marking on curved and uneven surfaces, leading to challenges in quality control and traceability management. Therefore, we would like to introduce a stamping marking machine that can accommodate marking on all shapes. 【Usage Scenarios】 - Manufacturing site for press parts - Quality control and traceability management - Difficulty marking on curved and uneven surfaces - Aiming to improve the efficiency of marking operations - Considering automation and labor-saving measures 【Benefits of Implementation】 It becomes possible to mark on curved and uneven surfaces, thereby streamlining quality control and traceability management. Additionally, with various models available, including wireless models that do not require cables and compact models, it contributes to the efficiency of production lines. We also sell laser markers. Please feel free to contact us.

• Marking machine

In the casting site, it is essential to engrave product numbers and serial numbers on the products. However, engraving on complex shapes and curved surfaces has been difficult with conventional marking machines. Therefore, TechnoMark's stamping marking machine has made it possible to engrave on uneven surfaces and curved areas by incorporating the internationally patented IDI function. This streamlines traceability management and contributes to quality improvement. Furthermore, with wireless connectivity, there is no need for cables, providing a flexible working environment. 【Usage Scenarios】 - Identification of cast products, traceability management - Engraving on products, quality control - Integration into production lines, automation - When engraving on complex shapes or curved surfaces is required - Solving challenges that conventional marking machines could not address 【Benefits of Implementation】 - Enables engraving on complex shapes, contributing to improved product quality - Streamlines traceability management, enhancing product traceability - Achieves automation of production lines, improving work efficiency - Reduces working time compared to conventional marking machines We also sell laser markers. Please feel free to contact us.

• Marking machine

In the tool manufacturing field, engraving work is essential for product identification and management. Technomark's laser markers enable non-contact, high-precision printing, allowing for clear engraving of serial numbers, lot numbers, barcodes, and QR codes on the surface of tools. The quality of the printing is stable and resistant to wear and dirt, ensuring long-term identifiability and traceability management. 【Usage Scenarios】 - Product identification and management in tool manufacturing - Lot number printing for traceability compliance - Manufacturing information marking for quality control - Tool inventory management - Printing management of repair and maintenance history for tools 【Benefits of Implementation】 - Non-contact printing allows for engraving without compromising the precision or surface of the tools - High-speed printing improves work efficiency and is compatible with production lines - Enhanced traceability management improves product traceability - Flexible customization according to the type and material of the tools is possible

• Marking machine

At construction sites, the identification and management of building materials, as well as ensuring traceability, are crucial. However, traditional engraving methods have made it difficult to engrave on uneven surfaces and curved surfaces, posing challenges for efficiency in management. This product is a marking machine that enables engraving on uneven and curved surfaces thanks to its internationally patented IDI function. Furthermore, the wireless connectivity feature eliminates the need for cables, providing a flexible working environment. 【Usage Scenarios】 - Engraving building materials (steel frames, wood, etc.) - Parts management, traceability management - Construction management, quality control - Improving efficiency in on-site engraving tasks - Engraving on uneven and curved surfaces that traditional methods could not accommodate 【Benefits of Implementation】 - Enables engraving on uneven and curved surfaces, achieving efficiency in engraving tasks - Strengthens traceability management, contributing to improved quality control - Reduces on-site work time and alleviates labor shortages - Decreases engraving errors, enhancing product quality - Increases customer satisfaction We also sell laser markers. Please feel free to contact us.

• Marking machine

In the aerospace industry, the management of parts traceability is becoming increasingly important. However, marking complex-shaped aircraft components has been challenging with traditional marking machines. Therefore, a stamping-type marking machine capable of marking on curved and uneven surfaces has been developed. Additionally, with wireless connectivity, there is no need for cables, providing a flexible working environment. 【Usage Scenarios】 - Manufacturing sites for aircraft components - Marking identification numbers and manufacturing dates on parts - Marking on components with complex shapes - Strengthening traceability management 【Benefits of Implementation】 - By accurately marking even complex-shaped parts, traceability management can be enhanced. - Automation and efficiency in the production process can be achieved, reducing human errors. - Compared to traditional marking methods, working time can be shortened. - Improved marking quality can enhance the reliability of products. We also sell laser markers. Please feel free to contact us.

• Marking machine

In the manufacturing field of electrical and electronic products, marking on substrates and electronic components is essential. Especially for fine printing and information management such as barcodes and QR codes, laser markers that can print with high precision and in a non-contact manner are optimal. TechnoMark's laser markers are capable of fine processing without contact, allowing for high-definition printing on substrates and electronic components. This achieves improved production efficiency and traceability while maintaining printing quality. 【Usage Scenarios】 - Printing model numbers and lot numbers on substrates - Engraving identification codes on electronic components and connectors - Printing serial numbers, barcodes, and 2D codes - Traceability management - Fine information printing on high-density products 【Benefits of Implementation】 - Non-contact printing results in zero physical impact on products - Fine text and high-resolution codes can be printed clearly - Inline compatibility with production lines increases work efficiency - Strengthened traceability and improved accuracy in quality management - Ability to select the optimal model from a rich lineup We also sell marking type engraving machines. Please feel free to contact us.

• Marking machine

The engraving work on machine parts is essential for product traceability management and quality control. However, conventional engraving machines often struggle with engraving on curved and uneven surfaces, leading to challenges in work efficiency and quality. That's why we recommend the stamping-type engraving machine that can engrave on curved and uneven surfaces. TechnoMark has equipped it with the internationally patented IDI function, enabling engraving on curved surfaces. Furthermore, with wireless connectivity, there is no need for cables, providing a flexible working environment. 【Usage Scenarios】 - Manufacturing sites for machine parts - Engraving work on products - Traceability management - Engraving on curved and uneven surfaces that were difficult with conventional engraving machines 【Benefits of Implementation】 - Engraving on curved and uneven surfaces becomes possible, improving work efficiency - The accuracy of quality control improves, reducing the incidence of defective products - Traceability management is strengthened, enhancing product traceability - Alleviation of labor shortages through automation - Increased productivity We also sell laser markers. Please feel free to contact us.

• Marking machine

The traceability management of automotive parts is essential for quality control and the efficiency of manufacturing processes. However, marking on parts with complex shapes has been difficult with conventional marking machines. Therefore, a wireless stamping marking machine that can accommodate curved and uneven surfaces has emerged. TechnoMark has achieved marking on curved surfaces, which was previously impossible, thanks to its internationally patented IDI function. Furthermore, the wireless connection eliminates the need for cables, providing a flexible working environment. 【Usage Scenarios】 - Automotive parts manufacturing sites - Marking of part numbers, serial numbers, and manufacturing dates - Marking on parts with complex shapes - Strengthening traceability management - Improving production efficiency 【Benefits of Implementation】 Accurate marking on parts with complex shapes becomes possible, enhancing traceability management. This is expected to lead to improvements in quality control, efficiency in manufacturing processes, and a reduction in defective products. Additionally, the wireless and compact models can be installed in various locations, making them suitable for a wide range of environments. We also sell laser markers. Please feel free to contact us.

• Marking machine

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.

• byte

Are you unsure which tool to choose for deburring work? The efficiency and finish of deburring work are determined by the choice of tools. This selection chart suggests the perfect deburring tools based on application, material, and the condition of the burrs. We have prepared two types: "Hand Tool Edition" and "Machining Edition." We offer a wide range of deburring tools, from hand files and sticks for manual work to electric and air tools. We clearly introduce tools compatible with various materials such as stainless steel, aluminum, iron, resin, and glass. Please use this to select the optimal deburring tool to enhance your work efficiency and improve the quality of your finish.

• Hand polishing and filing

We would like to introduce a case study of improvements achieved through the introduction of the i-TOOL Nano Booster at a metal processing customer. In the metal processing factory, the deterioration of coolant fluid had been a challenge, causing decay and the proliferation of bacteria that negatively affected the entire machine tool. The focus turned to the nano-bubble generator "i-TOOL Nano Booster." Initially, it was introduced with skepticism on a 5-axis machine equipped with a multi-face pallet, but this machine had a low operating rate, and coolant stagnation was noticeable, leading to a belief that coolant decay was inevitable. However, one year after the introduction, monitoring by the coolant oil manufacturer Brother Switzerland Group Japan yielded surprising results: the coolant fluid had hardly deteriorated at all. Building on this success, additional installations were made on other equipment where coolant decay had occurred, and it has now been considered to standardize the installation of the Nano Booster on future equipment. <Improvement Effects of Nano Booster Introduction> - Prevention of coolant decay and reduction of unpleasant odors - Reduction of maintenance costs - Alleviation of the burden on operators, etc. For more details, please visit our website or feel free to contact us.

• Wastewater/wastewater treatment equipment
• Other environmental equipment
• Other physicochemical equipment

◆ 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

• byte

The material being machined this time is S45C, and we conducted a cutting operation using three different types of HORN breakers to compare chip processing. As supplementary information, we also measured not only the chips but also the arithmetic average roughness Ra (μm) and the maximum height of the profile Pt (μm). The machining was done under the same conditions, with an insert width of 2.0 mm, a cutting speed of 180 m/min, a constant peripheral speed, and a feed rate of 0.08 mm/rev for comparison. Each breaker has different characteristics, and I believe you can see the differences in the chips. *For detailed content of the column, you can view it through the related link. For more information, please feel free to contact us.

• Other cutting tools

The material being machined this time is S45C, and we conducted groove cutting using three different types of HORN breakers to compare the surface roughness (Ra) at the bottom of the grooves. The cutting speeds were compared at 180 m/min and 150 m/min, with a depth of cut of 0.5 mm at the bottom of the groove. Each breaker has its own characteristics, and you should be able to see the differences in surface roughness. If you are facing challenges in machining that requires high surface roughness, please refer to this information. The suitable breakers for finishing have produced high-precision results comparable to precision finishing grades. *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

• Other cutting tools

This is a cutting report. The material being cut this time is SCr420, which is commonly used in automotive parts processing. SCr420 is an alloy steel with ductile properties, and sometimes it can be difficult to process. We conducted a comparison test of high-feed groove machining and chip generation using three types of breakers from HORN, with two patterns of plunge feed. The key point is that "high feed is possible" with SCr420, so please pay attention to the chip fragmentation. With the appropriate breaker, we achieved fine and uniform chips. If you are struggling with chip elongation, please use this as a reference. *For detailed content of the column, you can view it through the related links. For more information, please feel free to contact us.

• Other cutting tools

This time, we conducted a comparative test using the 6-corner insert system 64T. The materials being machined were S45C, and we performed grooving operations using tools from three companies: HORN, Company A with multi-corners, and Company B with multi-corners. We compared chip removal performance and machining time. This is a must-see for those who are struggling with inserts that have many corners, as well as with chip removal and machining time. Additionally, we have created an original interview video about this machining process. Please take a look at the features of the system 64T and the machining video. *For detailed content of the column, you can view it through the related links. For more information, please feel free to contact us.

• Other cutting tools

This time, the cutting report (Kezurepo) is a mini-series where we conducted internal threading machining and compared the processing of "with breaker" and "without breaker." The workpiece material is S45C, and we used HORN's System 111 inserts for both. The inserts with breakers were newly developed in 2019, but at that time, they were only available for Systems 108 and 114. This year, Systems 111 and 116 have been newly added. Please pay attention to how the "chip removal" changes depending on the presence or absence of the breaker. *For detailed content of the column, you can view it through the related links. For more information, please feel free to contact us.

• Other cutting tools