シュロニガージャパン Product Lineup

The production of wire harnesses and the insertion processing into housings require high precision, productivity, and product quality. Processes that depend on the skill level of operators can lead to variations in quality and become bottlenecks in productivity. Additionally, the retirement and decrease of skilled workers have become significant challenges in the manufacturing and industrial machinery sectors. The fully automated block loading machine 'Omega 740/750' addresses these challenges, optimizing production processes and improving the quality of the final product. 【Usage Scenarios】 - Automated production of wire harnesses - Automated insertion of electronic components into housings - Changeover in low-volume, high-variety production 【Benefits of Implementation】 - Reduction in production time and lead time - Decrease in work-in-progress inventory - Stabilization of quality by reducing dependence on operators

• Other processing machines

In the automotive industry, accurate and efficient manufacturing of wire harnesses is essential to ensure vehicle safety and reliability. In particular, the precise insertion of complex wiring and small components directly affects product quality. Improper loading of parts can lead to serious issues such as shorts and disconnections. The fully automatic block loading machine 'Omega 740/750' addresses these challenges and contributes to the efficiency and quality improvement of automotive parts manufacturing by automating the production of high-quality wire harnesses and housing insertion. 【Usage Scenarios】 - Block loading of automotive wire harnesses - Insertion of components into housings - Automation of production lines 【Benefits of Implementation】 - Reduction of production time and lead time - Cost savings through minimization of work-in-progress inventory - Decreased reliance on operators, achieving stable quality - Reliable loading of small components

• Other processing machines

In infotainment systems and high-speed, high-capacity communication systems, in-vehicle networks are required to be faster, and improvements in data transmission reliability are sought. In particular, the twisting of UTP cables, which are susceptible to noise, and their terminal processing are crucial for maintaining signal quality. Improper processing can lead to communication errors and instability in data transmission. Our twisting machine, Sigma 688 ST, fully automates the twisting of UTP cables and spot taping, addressing these challenges. 【Usage Scenarios】 - Manufacturing of UTP cables for vehicles - Harness processing for infotainment systems - Quality improvement of data transmission lines 【Benefits of Implementation】 - Cost reduction through automation - High-precision twisting and spot taping - Increased productivity (processing two wires in one operation) - High reproducibility of quality maintenance

• Other processing machines

In ADAS systems, high reliability of wiring is required in advanced sensors and communication systems that support vehicle safety. Particularly, the twisting process of UTP cables, which are susceptible to noise, and their terminal processing are directly linked to signal stability, making precise processing essential. Improper processing can lead to communication errors and system malfunctions, potentially affecting vehicle safety. The twisting device Sigma 688 ST automates the entire process—from stripping, crimping, twisting, to spot taping of wire terminals—using a single machine, achieving high precision and reproducibility in processing. This contributes to improving the reliability of ADAS systems. 【Application Scenes】 - Twisting processing of in-vehicle UTP cables - Spot taping of wire terminals - Harness manufacturing for ADAS systems 【Effects of Implementation】 - Improved system reliability through stabilization of signal quality - Increased productivity and cost reduction through full automation - Reduced defect rates due to high reproducibility of quality

• Other processing machines

In the wire harness manufacturing industry, the twisting of wires is emphasized for noise reduction in applications such as automotive use. In particular, the processing of wire terminals after twisting can impact quality maintenance and productivity. Inadequate twisting or terminal processing may lead to increased noise and a decrease in product reliability. Our twisting machine, Sigma 688 ST, addresses these challenges by performing high-precision twisting and spot taping fully automatically, thus solving these issues. 【Usage Scenarios】 - Processing of UTP for automotive use - Wire processing requiring noise reduction - Wire harness manufacturing lines aiming to improve productivity 【Benefits of Implementation】 - Automation of the entire process of twisting and spot taping with a single machine - Prevention of twisting loosening with highly reproducible quality - Increased productivity through simultaneous and double-sided taping

• Other processing machines

In connected cars, stable communication within the in-vehicle network is essential. In particular, high-quality cable processing that is less susceptible to noise is important for maintaining the reliability of data communication inside the vehicle and coordination with external systems. Improper cable processing can lead to communication errors and performance degradation. Our fully automatic twisting machine for automotive use, "Sigma 586," addresses these challenges and supports the establishment of a stable communication environment. 【Usage Scenarios】 - Manufacturing of in-vehicle network cables (such as CAN communication) - Processing of cables for infotainment systems - Production of cables for advanced driver assistance systems (ADAS) - For electronic control systems (ECU) that require noise countermeasures - In-vehicle Ethernet: harness processing for high-speed, large-capacity communication 【Benefits of Implementation】 - Stabilization and improvement of communication reliability - Streamlining of the manufacturing process - Stable supply of high-quality automotive cables

• Automotive Connectors
• Harness
• Other Connectors

In the EV and hybrid vehicle industry, there is a demand for safe and reliable wiring that can handle high voltage. Particularly in the twisting process of automotive harnesses, reducing electrical noise and ensuring signal transmission stability are crucial. Improper twisting can lead to communication errors and performance degradation. Our fully automatic twisting machine for automotive use, "Sigma 586," addresses these challenges and achieves high-precision twisting. 【Application Scenarios】 - Manufacturing high-voltage wiring harnesses for EVs and hybrid vehicles - Production of automotive UTP cables - Manufacturing of wire harnesses with high quality requirements 【Benefits of Implementation】 - Noise reduction and signal stabilization through high-precision twisting - Increased production efficiency through automation - Flexible customization support through modular design

• Automotive Connectors
• Harness
• Other Connectors

In the automotive industry, as vehicles become more complex, there is a demand for improved production efficiency through the automation of harnesses. In particular, the twisting of wires is essential for noise reduction and optimization of wiring space, making high precision and stable processing crucial. Improper twisting can lead to increased electrical noise and reduced maneuverability of the harness. The fully automatic twisting machine for automotive use, "Sigma 586," flexibly responds to various production volumes and quality requirements of customers, offering options such as crimping, waterproof plug insertion, and various quality control tools. 【Usage Scenarios】 - Twisting processing in automotive harness manufacturing lines - Automatic production of UTP cables - Flexible customization through modular design - Automation of open-end wire position adjustment 【Benefits of Implementation】 - Increased production efficiency - Stabilization of processing accuracy - Enhanced ability to meet quality requirements - Response to diverse needs through customization

• Automotive Connectors
• Harness
• Other Connectors

In the field of aerospace composite material processing, precise cable handling significantly affects the reliability of products. Particularly within the complex structures of aircraft interiors, high precision and reproducibility are required for cable shielding processes. Inadequate shielding can lead to electromagnetic interference (EMI) and signal degradation, potentially impacting safe operations. Our shielding processing device, 'ShieldCut 8100', addresses these challenges by reproducing high-quality results that are difficult to achieve manually, providing stable processing accuracy. 【Application Scenarios】 - Cable processing on aerospace equipment manufacturing lines - Integration work for composite material components - Shielding processes for precision instruments with high quality requirements 【Benefits of Implementation】 - Improved precision and stability in cable shielding processing - Reduced variability from manual work - Enhanced production efficiency

• Plastic processing machines (cutting and rolling)

In the processing of robotic arm components, precise shielding of cables is essential for the reliability and performance maintenance of the equipment. Particularly in the wiring inside the arm, which involves complex movements, protecting the cables and maintaining signal quality are crucial. Improper shielding can lead to disconnections and noise, potentially resulting in malfunctions or failures of the robot. The shielding processing device "ShieldCut 8100" can cut not only round cables but also braided shields of irregular cross-section cables, reproducing high-quality results that are difficult to achieve manually. [Usage Scenarios] - Wiring processing inside robotic arms - Cable processing on automated lines - Compatibility with various cable diameters [Benefits of Implementation] - Improved reliability through stable processing accuracy - Enhanced work efficiency - Contribution to the manufacturing of high-quality products

• Plastic processing machines (cutting and rolling)

In the protection of robot joints, taping that protects against external shocks and wear without hindering the range of motion is required. Particularly in joint areas that perform complex movements, variations in the quality of taping can easily occur, potentially leading to a decrease in protective performance and early deterioration. Maintaining a certain level of protective performance while efficiently carrying out tasks is essential for the longevity and stable operation of robots. KTHB Micro addresses the challenges in robot joint protection by streamlining manual taping work and achieving high-quality finishes. 【Usage Scenarios】 * Taping of robot joints * Spot taping * Any taping work 【Benefits of Implementation】 * Reduction in work time * Stabilization of quality (protective performance) * Cost reduction

• Other processing machines
• Taping Machine

In the protection of robot joints, improving the durability of movable parts and protecting against external influences are crucial. Particularly in joints that involve complex movements, the protection and insulation of electrical wires are essential for the stable operation and longevity of the robot. Inadequate protection can lead to wire breakage or short circuits, potentially resulting in unexpected downtime and increased repair costs. The spot taping insulation processing machine 'KTB E Plus' provides an efficient and high-quality insulation processing solution to address these challenges. 【Usage Scenarios】 - Insulation and securing of electrical wires at the joints of robotic arms - Protection of electrical wires in robots with a wide range of motion - Reduction of maintenance frequency 【Benefits of Implementation】 - Improved durability of electrical wires and reduced risk of breakage - Contribution to the stable operation and longevity of robots - Shortened processing time and improved work efficiency compared to manual work - Reduction in material costs

• Other processing machines

In the manufacturing of home appliances and similar products, the protection of circuit boards is extremely important for maintaining product reliability. Particularly in environments exposed to vibrations and temperature changes, reliable insulation treatment is essential. Insufficient insulation can lead to shorts and component degradation, potentially resulting in product failure. The spot taping insulation processing machine "KTB E Plus" addresses these challenges by achieving efficient and reliable insulation processing through an automated process with high reproducibility. 【Application Scenarios】 - Insulation treatment of wires and connectors on circuit boards of home appliances - Secure fixing and insulation in complex wiring and narrow spaces - Ensuring stable quality in mass production lines 【Benefits of Implementation】 - Up to 50% reduction in processing time compared to manual processing - Optimization of tape usage and cost reduction through automatic outer diameter detection - High reproducibility of quality, reducing dependence on operators - Up to approximately 80% reduction in material costs compared to heat shrink tubing and similar materials

• Other processing machines

In the automotive industry's electrical component manufacturing, high precision and productivity are required in processes such as insulation treatment, fixing, and marking of wiring. Particularly in complex wiring and work in limited spaces, manual labor can be time-consuming and costly, with concerns about quality variability. Our product, 'KTB E Plus,' integrates functions such as insulation, spot taping, fixing, marking, and labeling to provide a next-generation solution to these challenges. 【Usage Scenarios】 - Insulation treatment for automotive harnesses - Fixing wiring around sensors and connectors - Marking and labeling of components 【Benefits of Implementation】 - Up to 50% reduction in processing time compared to manual work - Optimization of tape length through automatic outer diameter detection and reduced dependence on operators - Efficient processing of difficult cross-sectional shapes of wires with high reproducibility in quality - Up to approximately 80% reduction in material costs compared to heat shrink tubes and caps

• Other processing machines

In the field of industrial machinery, there is a demand for stabilizing quality and reducing work time in the binding of parts. Manual taping can lead to variations in quality and may take a considerable amount of time. It is essential to maintain a certain level of quality while streamlining work time to improve productivity. KTHB Micro contributes to solving the challenges in the manufacturing sites of industrial machinery by optimizing manual taping operations and achieving stable quality finishes. 【Usage Scenarios】 * Taping on harness boards * Spot taping * All types of part binding operations 【Benefits of Implementation】 * Reduction in work time * Improvement in quality consistency * Cost reduction

• Other processing machines
• Taping Machine

In the electronic components industry, precise taping work for insulation protection is required to enhance product reliability. Manual taping can lead to variations in quality and increased working time. Reducing working time while maintaining consistent quality is essential for improving productivity. KTHB Micro addresses the challenges in manufacturing by streamlining manual taping processes and achieving high-quality finishes. 【Usage Scenarios】 * Taping on harness boards * Spot taping * All types of taping work 【Benefits of Implementation】 * Reduction in working time * Stabilization of quality * Cost reduction

• Other processing machines
• Taping Machine

In the automotive parts industry, there is a demand for the efficiency and stability of quality in harness processing, particularly in taping operations. Manual taping can lead to variations in quality and increased work time. Maintaining a consistent level of quality while reducing work time is essential for improving productivity. KTHB Micro addresses the challenges in automotive parts manufacturing by streamlining manual taping operations and achieving high-quality finishes. 【Usage Scenarios】 * Taping on harness boards * Spot taping * All types of taping operations 【Benefits of Implementation】 * Reduction in work time * Improvement in quality consistency * Cost reduction

• Other processing machines
• Taping Machine

In the automotive parts industry, precise processing of wire harnesses is required to ensure vehicle performance and safety. Particularly in the cutting of braided shields used for electromagnetic noise countermeasures, uniform quality and high reproducibility are essential. Manual processing can lead to variations in quality and decreased work efficiency. The shield processing device 'ShieldCut 8100' can cut not only round cables but also braided shields of irregular cross-section cables, and with its reliable drive unit and high-performance control software, it reproduces high-quality results that cannot be achieved manually. [Usage Scenarios] - Shield cutting for automotive wire harnesses - Processing of braided shields for irregular cross-section cables - Parts manufacturing lines where uniform quality is required [Effects of Implementation] - Stabilization of product quality through improved processing accuracy - Improvement of work efficiency and increased productivity - Reduction of variations caused by manual work

• Plastic processing machines (cutting and rolling)

In the field of railway vehicle interior design, efficient wiring work in limited spaces is required while meeting safety standards. Especially in vehicles where numerous wires are arranged in a complex manner, accurate cutting to the correct length, appropriate sleeve processing, and reliable labeling significantly impact quality and maintainability. Inaccurate processing increases the risk of shorts and disconnections, potentially leading to a decrease in vehicle reliability. 'Optima' addresses these challenges with a modular and flexible platform, achieving high-quality wire processing as a fully automated wire cutting and tube insertion system that accommodates diverse production capacities and operational volumes. 【Usage Scenarios】 - Processing of wire harnesses on vehicle manufacturing lines - Incorporation of wires into interior components - Improvement of quality control and traceability 【Benefits of Implementation】 - Increased productivity in wire processing - Reduced burden on workers - Stabilized quality through uniform processing accuracy - Cost reduction by minimizing wire waste

• Other processing machines

In the aerospace field, extremely high reliability is required, making precision and quality control in wire processing essential. Even minor processing defects cannot be ruled out as potential causes of serious accidents. Therefore, consistent high-quality processing and the reduction of human error are emphasized. The fully automated wire cutting and sleeve processing device 'Optima' meets these demands through a fully controlled process, contributing to improved reliability in the aerospace sector. 【Application Scenarios】 - Manufacturing wiring harnesses for aircraft interiors and exteriors - Precision wiring processing for space equipment - Wire processing in systems that require high safety standards 【Benefits of Implementation】 - Improved reliability through uniform processing accuracy - Reduction of human error - Increased production efficiency

• Other processing machines

In autonomous driving systems, stable processing of onboard Ethernet connector cables, simultaneous cables, and high-speed communication cables is required. These cables are essential for data transmission between sensors and ECUs inside and outside the vehicle, and their quality directly impacts the reliability of the system. Improper processing can lead to communication errors and performance degradation, potentially hindering the safe operation of autonomous driving systems. The Lambda 3 series addresses these challenges through customized processing tailored to customer needs, along with strict quality control and traceability. 【Usage Scenarios】 - Processing of onboard Ethernet cables for autonomous vehicles - Connector processing for high-speed communication cables - Cable processing requiring quality control and traceability 【Benefits of Implementation】 - Realization of stable data communication - Improvement of the reliability of autonomous driving systems - Construction of production lines in a space-saving manner

• Other machine tools
• Special Processing Machinery

Cables for Ethernet connectors, simultaneous cables, and high-speed communication cables are customized according to customer requests. We process them while ensuring quality control and traceability. A compact size of 1.5m x 1.5m has been achieved for space-saving.

• Other machine tools
• Special Processing Machinery

This is a fully automatic crimping machine specialized for industrial use. It is ideal for batch sizes ranging from large to small, as well as for a wide variety of wire lengths, cross-sectional areas, and wire end processing. It allows for intuitive operation while being controlled by the proven Komax HMI system. We provide solutions that cater to your processing needs along with a diverse range of processing modules. 【Features】 〇 Industrial machinery and consumer devices leveraging the proven track record of the Komax Group's Alpha series 〇 An ideal fully automatic crimping machine with high versatility that can handle any challenge, whether the production volume is high or low, and regardless of whether the wires are delicate, thick, or very short 〇 Easy operation with the intuitive control system of Komax HMI 〇 Even inexperienced operators can start operating with a short training period 〇 High-speed and high-precision processing

• Other machine tools
• Other cable related products

In the industrial machinery sector, there is a constant demand for improved product quality and increased production efficiency. In the wire processing stage, the challenges include the costs of time and labor associated with manual work, as well as variability in quality. OPTIMA addresses these challenges in wire processing and contributes to productivity enhancement. 【Usage Scenarios】 * Wire processing stages of industrial machinery manufacturers * Companies aiming for cost reduction through labor-saving measures * Companies requiring high-quality wire processing 【Benefits of Implementation】 * Labor savings through automation of wire processing * Increased product reliability through high-quality processing * Enhanced productivity and cost reduction

• Other processing machines

In the telecommunications industry, the demand for high-quality wire processing is increasing alongside the acceleration of data transmission. In particular, the accuracy of wire connections is crucial to ensure signal stability and reliability. Improper processing can lead to signal attenuation and noise interference, resulting in decreased communication speeds and errors. OPTIMA contributes to enhancing the reliability of communication infrastructure with its high-speed processing and high-quality finishes. 【Benefits of Implementation】 - Increased productivity due to reduced processing time - Improved product reliability through high-quality processing - Reduced labor costs through automation

• Other processing machines

In the railway industry, safety and reliability are the top priorities. Wires are a crucial element that supports the backbone of railway operations, such as signal systems and power supply, and the quality of their processing directly affects the stability of the system. Poor connections or insulation of wires can lead to serious accidents. The fully automatic wire cutting and sleeve processing device 'OPTIMA' improves the quality of wire processing and contributes to enhancing the reliability of railway infrastructure. 【Effects of Implementation】 - Improved quality of wire processing - Reduced working time - Decreased human errors - Enhanced system stability

• Other processing machines

In the aerospace industry, reducing the weight of aircraft is essential for improving fuel efficiency and performance. Wires are one of the significant factors contributing to weight, and it is necessary to minimize waste in their processing. OPTIMA contributes to labor-saving by minimizing waste in wire usage and incorporating a compact design and energy-saving features. 【Usage Scenarios】 * Processing of wires used in aerospace applications * Processing of very long wires 【Effects of Implementation】 * Weight reduction through optimization of wire usage * Cost reduction through energy savings * Increased reliability through high-quality wire processing

• Other processing machines

In the automotive industry, high-quality vehicle harnesses are required with the utmost priority given to safety and reliability. Harnesses that can withstand harsh environments are a crucial factor that influences vehicle performance. Poor connections or wire breaks can lead to serious accidents, making high-quality standards essential. The Alpha 550 G2 enables the production of high-quality harnesses through high-precision crimping, meeting the stringent demands of automotive manufacturers. 【Application Scenarios】 * Manufacturing of vehicle wire harnesses * Connections to electrical components * Processes where quality control is emphasized 【Benefits of Implementation】 * Improved product reliability through high-quality crimping * Achieving high productivity and efficiency * Reducing the burden on operators and shortening training time

• Other processing machines
• Other machine tools

In the field of wire processing, there are challenges such as introducing automation to improve productivity, addressing the issues of reliance on veteran workers and labor shortages, securing talent, and passing on skills. Some people may have given up on automation in wire processing, thinking that frequent changes in processing specifications, small-batch production, and the uniqueness of each item make automation impossible. If you are struggling with automation in wire processing, please consult with Schroniger! Instead of aiming for full automation of all processes at once, why not consider starting with areas that seem feasible, picking priorities step by step, and automating individual processes? Manual → Semi-automation → Automation of multiple processes/lines → Full automation At the Komax Group, we listen to our customers' concerns and introduce processing equipment that matches their current production volume, types of wires, types of wire processing, and budget. Let's gradually implement automation without overextending ourselves, aiming to resolve current challenges and improve productivity! Our company offers a full range of machines and equipment related to wire processing, from semi-automatic to fully automatic processing devices. Please feel free to consult with us.

• Other processing machines

The "ROTAR 500" is an automatic taping machine that has significantly streamlined production by visualizing the processing sequence. The linear system can be freely positioned as needed, allowing for flexible responses. It can accommodate up to two clamps, enabling the placement of connectors at the required positions without manual intervention. The robust insertion system is designed to minimize wear and extend its lifespan. 【Features】 ■ The winding head aligned on the right side avoids collisions and prevents cable jams. ■ The smart process hood opens and closes automatically, detecting operational errors. ■ The coordinated dual linear clamp arms enhance precision through automation. ■ The expanded winding head area optimizes handling time. ■ Capable of processing tape rolls with a maximum outer diameter of 220mm, reducing machine downtime. *For more details, please download the PDF or feel free to contact us.

• Taping Machine

The "ROTAR 300" is a programmable fully automatic taping machine that incorporates the excellent technology of the "Rotar 500" into a desktop device. It allows for easy taping processing even for wire harnesses with up to 10 branching points. Visualizing the stages of the process significantly simplifies production. Using the basic machine as a platform, it can be combined with options to create seven different types of taping machines equipped with various functions. Customization is also possible with options. 【Features】 ■ Avoids collisions and prevents cable jams with a winding head aligned on the right side. ■ The smart process cover automatically opens and closes, detecting operational errors. ■ Optimizes handling time with an expanded winding head area. ■ Processes tape rolls with a maximum outer diameter of 220mm, reducing machine downtime. ■ Intuitive machine programming. *For more details, please download the PDF or feel free to contact us.

• Taping Machine

The "ALPHA 565" is a fully automatic crimping machine with flexibility and scalability, based on the technology proven in the "Alpha 550." In addition to the basic functions of dual-end crimping and waterproof plug insertion, it is equipped with various modules such as ferrule or MIL crimping, pre-soldering, twisting, ultrasonic, and welding, allowing for a wide range of special processing. The conductor cross-sectional area range for wires is from 0.13 to 6mm², and it can accommodate up to 10mm² upon request. 【Features】 ■ Comprehensive quality monitoring with CFA+, CFA, ACD, and Q1250 ■ High-performance and long-lasting machine parts (Alpha 550 platform) ■ Real-time exchange of all quality and processing data via Komax HMI ■ Easy adjustment and expansion of machine settings and structure ■ Clear configuration of the user interface (HMI) for easy training of operators *For more details, please download the PDF or feel free to contact us.

• Other processing machines

"OPTIMA" is a fully automated wire cutting and tube insertion system with a modular and flexible platform that accommodates diverse production capabilities and operating volumes according to various materials. With an ergonomic and intuitive design and high processing speeds, it provides a highly versatile solution. It guarantees high quality through a fully controlled process. The basic design is upgradeable, and necessary functions can be subdivided and added as needed according to the requirements of the manufacturing process. [Features] - Vision control equipped with artificial intelligence - Functions to minimize wire waste and reduce power consumption - Compact design with energy-saving standby mode functionality - Complies with CE standards and has obtained CE labeling *For more details, please download the PDF or feel free to contact us.

• Other processing machines

The "MRO 200" is a UV laser wire marking device suitable for small to medium production, achieving efficiency and compactness with excellent price competitiveness. Unlike inkjet, it provides stable marking unique to lasers, preventing various cable identification errors in advance. Unlike hot stamping, there is no risk of cable degradation. Since no manual marking preprocessing is required, the labor costs for cable identification are reduced. 【Features】 ■ Easy and quick spool replacement and cable setup ■ Automatically identifies two different wires and changes fonts during cable cutting ■ The EasyProd software significantly enhances the flexibility of production data processing ■ The automatic calibration system for the laser reduces interference with the machine ■ Quick access to the entire device through the side panel *For more details, please download the PDF or feel free to contact us.

• Laser marker

The "KTR 5" is a compact taping machine from Komax equipped with an open winding head. It is suitable for taping wire harnesses longer than 1.5 meters with operator control. Since very long wire harnesses can be positioned on the machine from the side or front, it can reduce taping processing time. With unlimited tape length, wires can be easily processed in meters. It can save up to 25% more tape compared to manual taping. 【Features】 ■ Manual roller feed for flexibility ■ Speed adjustment is freely possible with a foot pedal ■ Optional rewind device to avoid unintended twisting and perform taping of various cables ■ Optional pulling tool that can be added later ■ Safety cover mounted on the hood to maximize operator safety *For more details, please download the PDF or feel free to contact us.

• Taping Machine

In the manufacturing industry, maintaining product quality and ensuring safety are extremely important. The bundling and protection of cables and wires are crucial processes that affect the durability and reliability of products. Particularly in manufacturing environments, a variety of cables and wires are used, and their proper protection is essential for maintaining product performance. Inadequate protection can lead to product failure or performance degradation. The portable taping tool 'KTHB Spot' can be used after a short training period and allows for immediate taping processing even in locations without power. [Usage Scenarios] - Bundling and protecting cables and wires - Processing short cables or tape lengths - Improving work efficiency on the production line [Benefits of Implementation] - Reduction in work time - Decrease in tape waste - Improvement in product quality

• Other processing machines
• Taping Machine

In the automotive industry's quality control, the reliability of wire harnesses is crucial. Reliable insulation and securing that can withstand vibrations and temperature changes are required. Improper taping can lead to electrical system troubles and a decline in product performance. The KTB P series is an ideal machine for spot taping of wire harnesses, as well as taping of wires printed with marking tubes or inkjet. 【Usage Scenarios】 - Insulation of wire harnesses - Spot taping - Securing - Taping - Marking 【Benefits of Implementation】 - Achieving high-quality wire harnesses - Reducing work time - Improving product reliability - Cost reduction

• Other processing machines
• Taping Machine

In electrical work sites, the insulation treatment of wires is extremely important for ensuring safety. Especially in narrow spaces or sites with complex wiring, ease of wrapping insulation tape and work efficiency are required. Poor insulation increases the risk of electric shock and fire, making reliable insulation treatment essential. KTHB Smart is a tabletop model that can be installed anywhere and allows for quick and easy taping operations with foot pedal control. This enables a reduction in work time while ensuring reliable insulation treatment. 【Usage Scenarios】 - Insulation of wire connections - Bundling of cables - Insulation of terminal parts 【Benefits of Implementation】 - Reduction in work time - Improvement in insulation treatment quality - Enhancement of work efficiency

• Other processing machines
• Taping Machine

In the automotive industry, securing safety and reliability makes the bundling of wire harnesses a very important process. Reliable bundling that can withstand vibrations and temperature changes is required, and reducing work time is also a significant challenge. KTHB Smart addresses these challenges by achieving simple and efficient taping operations, even in a desktop model. 【Usage Scenarios】 * Manufacturing of automotive wire harnesses * Bundling of in-vehicle electronic device cables * Cable bundling in small-lot, diverse production 【Benefits of Implementation】 * Reduction of work time * Assurance of stable taping quality * Improved work efficiency through space-saving design

• Other processing machines
• Taping Machine

In the manufacturing industry, there is a demand for improving the efficiency of taping work in harness processing. Manual taping can lead to variations in quality and increased work time. Maintaining a certain level of quality while reducing work time is essential for enhancing productivity. KTHB Micro addresses the challenges in manufacturing by streamlining manual taping work and achieving high-quality finishes. 【Usage Scenarios】 * Taping on harness boards * Spot taping * All types of taping work 【Benefits of Implementation】 * Reduction in work time * Stabilization of quality * Cost reduction

• Other processing machines
• Taping Machine

In the manufacturing industry, the taping of wires and cables is essential to ensure product quality and safety. However, manual taping is time-consuming and labor-intensive, which can reduce work efficiency. This challenge becomes particularly evident in the production of small quantities of diverse products and in taping short cables. KTHB Fix is an efficient and space-saving tool for mobile taping or spot taping that can process short distances without downtime. This enables the optimization of taping operations in manufacturing settings. 【Usage Scenarios】 * Taping very short tape lengths or branched short cables * Taping operations in small-batch, diverse production * Mobile taping or spot taping 【Benefits of Implementation】 * Optimized processing time without downtime * Direct taping immediately without insertion into equipment * Efficient taping through manual processing

• Other processing machines
• Taping Machine

In the electronics industry, the miniaturization of products is progressing, and along with it, the precision and efficiency of wire processing have become crucial. Optimal wire handling is required in limited spaces, and processing defects can impact the overall quality of the product. The B340 Rotary Wire Stripping Machine addresses these challenges through high-precision stripping processing. 【Usage Scenarios】 - Manufacturing of small electronic devices - Wiring processing for precision instruments - Environments where space-saving is required 【Benefits of Implementation】 - Improved product reliability through high-quality processing - Increased productivity due to reduced working time - Enhanced flexibility by accommodating various cables

• Other processing machines

The advancement of automation in the machine tool industry is essential for improving productivity and reducing costs. The automation of wire processing significantly contributes to achieving these goals. In particular, high precision and stability are required for processing complex cables and multi-core cables. The B340 rotary wire stripping machine addresses these challenges and supports the efficiency of automated lines. 【Usage Scenarios】 * Wiring of machine tools * Automated production lines * Manufacturing of cable harnesses 【Benefits of Implementation】 * Reduction of processing time * Achievement of high-quality processing * No programming knowledge required * No adjustments needed when replacing cables

• Other processing machines

In the robotics industry, the reliability of wire connections in movable parts is crucial. Robots are exposed to repetitive motions and vibrations, so if the processing precision of the wires is low, it can lead to disconnections or poor contact, resulting in operational failures of the robot. The B340 Rotary Wire Stripping Machine enhances the reliability of wire connections through high-precision stripping, contributing to the stable operation of robots. [Application Scenarios] - Robot arms - Mobile robots - Wiring for various sensors [Benefits of Implementation] - Improved quality of wire processing - Reduced working time - Increased operational rate of robots - Lower maintenance costs

• Other processing machines

In the automotive industry, harnesses are crucial components that support the vehicle's electrical systems, and their quality and reliability significantly affect the car's performance. In harness manufacturing, the precision of wire stripping is extremely important to prevent connection failures and short circuits. Improper stripping can lead to poor contact and insulation issues, potentially impacting vehicle safety. The B340 Rotary Wire Stripping Machine contributes to quality improvement and work efficiency in harness manufacturing through high-precision stripping. 【Usage Scenarios】 - Harness manufacturing departments of automotive manufacturers - Electrical component manufacturers - Harness repair and maintenance 【Benefits of Implementation】 - Improved harness quality due to enhanced stripping precision - Increased productivity through reduced work time - Establishment of a flexible production system capable of handling various types of wires

• Other processing machines