Horiuchi Electronics Co., Ltd. Product Lineup

In a consistent manufacturing process from design to production, a system that identifies each individual circuit board and links design data with manufacturing results serves as the foundation. The LMS-K500ML is an inline CO2 laser marker that directly marks a unique ID (2D code or text) on the circuit board itself at the very beginning of the SMT assembly line. 【Usage Scenarios】 - Assigning a unique ID to each circuit board consistently from design to manufacturing - Integrating into existing SMT lines to automate printing and reading verification - Managing by linking design data and manufacturing results based on the unique ID 【Benefits of Implementation】 - Incorporating circuit board identification into the manufacturing line, automating the process without human intervention - Achieving stable operation with a high level of completeness and proven track record as a laser marking system - Preventing the outflow of unidentifiable circuit boards within the process through reading verification after printing

• Laser marker

In regulatory compliance, including that of the European CRA, it is required to assign a unique identifier for each product. The LMS-K500ML serves as an inline CO2 laser marker placed upstream on the SMT assembly line, which can be utilized as a means to directly mark this identifier onto the substrate itself. 【Usage Scenarios】 - Directly print the product identifier as a unique ID (2D code, text) onto the substrate at the very beginning of the assembly line. - Manage the linkage of component lots and manufacturing history based on the substrate's unique ID. - Establish a foundation for linking the substrate and data necessary for regulatory compliance. 【Benefits of Implementation】 - Ensures reliable identification at the substrate level, preventing omissions in history management. - Since it is directly printed, the identifier remains readable throughout the product lifecycle. - Prevents the outflow of substrates with unreadable identifiers within the process through post-printing read verification.

• Laser marker

As the working-age population decreases, the replacement of manual tasks such as hand-labeling, handwritten management, and visual inspections is one of the challenges in manufacturing sites. The LMS-K500ML is an inline CO2 laser marker that directly marks a unique ID (2D code or text) on the circuit board itself at the very beginning of the SMT assembly line, automatically handling everything from printing to reading verification. 【Usage Scenarios】 - Replace manual labeling and handwritten management numbers with direct laser printing to reduce labor. - Substitute visual inspections after printing with automatic reading judgments using image processing cameras. - Provide a stable unique ID for each circuit board without relying on skilled workers. 【Benefits of Implementation】 - Eliminate human errors such as mislabeling and number skipping, ensuring sequential management even with a small workforce. - Reduce the labor involved in visual inspections and redirect limited personnel to higher value-added tasks. - Achieve stable quality assurance that is not affected by the skill level of operators.

• Laser marker

In reviewing the supply chain, it is essential to have traceability management that allows us to track where parts and circuit boards are made and the routes they have taken. The LMS-K500ML is an inline CO2 laser marker that directly prints a unique ID (2D code and characters) on circuit boards at the very beginning of the SMT assembly line, serving as the starting point for traceability that supports transparency in the supply chain. 【Usage Scenarios】 - Ensuring transparency in the supply chain through traceability management that tracks the origins of parts and circuit boards - Preventing the mixing of counterfeit and fraudulent parts by identifying each circuit board individually - Consistently tracing the flow from procurement to shipment using unique IDs 【Benefits of Implementation】 - Quickly identifying target circuit boards in the event of defective lots or suspicious parts - Suppressing substitution and impersonation during the process with permanent printing that does not rely on labels - Maintaining stable supply as a domestic equipment manufacturer that handles development, manufacturing, and sales in-house

• Laser marker

Even if product data is centrally managed with PLM/PDM, a unique ID for each board is necessary to connect that information to the on-site circuit boards. The LMS-K500ML is an inline CO2 laser marker that directly prints a unique ID (2D code and text) on the circuit boards at the very beginning of the SMT assembly line, serving as the starting point for product lifecycle management. 【Usage Scenarios】 - Assigning a unique ID to each circuit board as the starting point for product lifecycle management - Identifying each stage of design, manufacturing, and maintenance with the same unique ID - Building a foundation for traceability that connects the PLM/PDM system with the circuit boards 【Benefits of Implementation】 - It becomes easier to link drawings and parts lists with the on-site circuit boards through unique IDs - Design changes and lot information can be easily traced back to the relevant circuit boards - After printing, the 2D code is read and verified, preventing unidentified circuit boards from moving to the next process.

• Laser marker

The key to leveraging IT solutions in the electronic equipment and control board manufacturing industry lies in the ability to capture data for each individual board on the production floor. The LMS-K500ML is an inline CO2 laser marker that prints a unique ID (2D code and text) on the boards at the very beginning of the SMT assembly line, serving as the starting point for production management systems and MES to identify the boards. 【Usage Scenarios】 - Utilizing the laser-printed serial code as a key for the production management system to identify the boards - Creating a starting point for data collection linked to the MES and production management system - Bridging the gap from paper and manual management to digital centralized management 【Benefits of Implementation】 - It becomes easier to link and record performance data for each individual board on the system side - Eliminating labeling errors and number skips, ensuring sequential management - Verifying the 2D code after printing to prevent unreadable IDs from proceeding to the next process

• Laser marker

In contract manufacturing (EMS/ODM), the need for quick changeovers between different product types and the ability to meet varying traceability requirements from customers are both required simultaneously for low-volume, high-variety production. The LMS-K500ML is a CO2 laser marker that is integrated inline into the assembly line, marking a unique ID non-contact for each circuit board, supporting history management across different product types and customers. 【Usage Scenarios】 - Quickly implement product changeovers in low-volume, high-variety production through program calls. - Assign unique IDs to circuit boards in customer-specific and product-specific formats for separate history management. - Comply with SMEMA for inline integration, executing printing and reading verification without manual intervention. 【Benefits of Implementation】 - Reduce the effort and errors associated with setup changes, maintaining operational efficiency even with small lots and diverse products. - Flexibly respond to traceability requirements from each customer with a single device. - Achieve labor savings through inline integration while ensuring quality in contract manufacturing.

• Laser marker

The LMS-K500ML is an inline marking system that integrates a Keyence-made 3-axis CO2 laser marker with image processing, pursuing printing quality as a laser device. It engraves characters and 2D codes on printed circuit boards in a non-contact, solvent-free manner, achieving high-quality marking that is resistant to smudging and fading over time, without relying on ink or labels. 【Usage Scenarios】 - Non-contact, damage-free marking of fine characters and 2D codes - Stable printing on surfaces of varying heights through focus tracking with 3-axis control - Integrated image processing for one-stop printing and reading verification 【Benefits of Implementation】 - The laser oscillator is made by Keyence, ensuring readability and reproducibility of prints - Consumable-free, reducing variability in print quality and maintenance labor - Built-in reading judgment guarantees the completeness of the marking system

• Laser marker

For product traceability management, a laser marker that marks unique IDs is essential. The LMS-K500ML is an inline laser marker that directly marks unique IDs (2D codes and characters) on glass epoxy, glass, and ceramic substrates, serving as the starting point for linking data from each assembly and packaging process. 【Usage Scenarios】 - Assigning unique IDs to glass epoxy, glass, and ceramic substrates for packaging to serve as a starting point for subsequent processes. - Linking data from each assembly and packaging process at the substrate level. - Tracking process history necessary for yield analysis in subsequent processes on a per-sheet basis. 【Benefits of Implementation】 - Identifying the target substrate and lot during defect occurrences, minimizing the scope of selection. - Reading and verifying 2D codes after printing to prevent misrouting to subsequent processes. - Establishing a data foundation for yield improvement through cross-process traceability.

• Laser marker

The LMS-K500ML is a CO2 laser marker for printed circuit boards that can be integrated inline into SMT assembly lines, automatically completing the process from receiving the substrate from upstream equipment → image processing → laser marking → reading verification → discharging to downstream equipment. 【Usage Scenarios】 - Inline integration into SMT assembly lines (mounting lines) - Identification of individual substrates integrated with solder printing and component mounting processes - Consistent management of manufacturing and inspection processes with serial codes 【Benefits of Implementation】 - Eliminates the need for operators to attach and detach substrates, allowing for continuous operation in line with production speed - Completes the entire process from automatic receipt → position correction → printing → reading → automatic discharge with a single unit - Eliminates labor costs for label application and consumable expenses, achieving sequential management without number skipping.

• Laser marker

If the measurement values obtained within the process cannot be linked to a specific circuit board, they cannot be utilized later. The LMS-K500ML is an inline CO2 laser marker that directly marks a unique ID (2D code or text) on the circuit board at the very beginning of the SMT assembly line, creating a foundation for receiving measurement and data on a per-board basis. 【Scenes for Utilizing Unique IDs through Laser Printing】 - Recording measurement data such as dimensions, appearance, and electrical characteristics linked to the unique ID of the circuit board - Ensuring traceability of measurement results within the process - Consistent management of the line through integration with measurement and inspection equipment 【Benefits of Implementation】 - Connecting measurement values that were previously fragmented by process into a chronological history for each circuit board - Early detection of changes in process conditions based on trends in measurement results - Eliminating data mix-ups and transcription errors, ensuring the reliability of measurement records

• Laser marker

The judgment data obtained from AI visual inspection and image analysis can only be utilized once it is possible to identify "which board it belongs to." The LMS-K500ML is an inline CO2 laser marker with reading verification that prints a unique ID (2D code or text) on the board, and the built-in image processing camera reads this printout to determine pass or fail. 【Usage Scenarios】 - Automatic reading and verification of printed content by the image processing camera is completed on the line. - Collaborates with the AI visual inspection system to link judgment data to the unique ID of each board. - Accumulates inspection and analysis data on an individual basis to create a foundation for trend analysis. 【Benefits of Implementation】 - Stops non-conforming products within the process, preventing unidentified boards from being released. - Allows tracking of AI inspection results on a board-by-board basis, utilizing the data for analysis. - Reduces visual checks and manual record-keeping, ensuring the objectivity of inspection records.

• Laser marker

In semiconductor package quality assurance, the ability to trace the history of each substrate unit is crucial. The LMS-K500ML is an inline laser marker that directly marks unique IDs (2D codes and characters) on FR-4 glass-epoxy, glass, and ceramic substrates for semiconductor packages, supporting substrate-level traceability in the packaging process. 【Usage Scenarios】 - Identification and lot management of individual glass-epoxy, glass, and ceramic substrates - History tracking of substrate units in the packaging (assembly) process - Precise control of printing positions avoiding fine mounting areas 【Benefits of Implementation】 - Even if defects occur in later processes, the specific substrate and lot can be identified on a unit basis - Accurate printing in narrow spaces avoiding components through XY position correction via image processing - Ensures permanent records without smudging or peeling through direct printing without labels or ink

• Laser marker

In advancing the digital transformation (DX) of the electronic equipment and control board manufacturing industry, linking circuit boards with data serves as the foundation for traceability. The LMS-K500ML is an inline CO2 laser marker that directly marks a unique ID (2D code or text) on the circuit board itself at the very beginning of the SMT assembly line, ensuring the prerequisite of "identification for each individual circuit board" for promoting DX. 【Usage Scenarios】 - Assigning a unique ID to each circuit board and linking all subsequent process data based on the circuit board. - Completing printing and verification simultaneously through reading judgment using the built-in image processing system. - Digitizing on-site data by collaborating with higher-level systems such as MES and traceability databases. 【Benefits of Implementation】 - Automation of linking circuit boards with data enables the establishment of a foundation for DX promotion in a short period. - Preventing omissions and errors in data entry through reading verification that does not rely on visual checks or manual input. - Facilitating the expansion of DX initiatives in subsequent processes, such as visualizing process progress and quality analysis, based on the unique ID of the circuit board.

• Laser marker

The onboard circuit board has a long product life, and it is essential to have history management that can trace back to component lots and manufacturing lines even after it has been released to the market. The LMS-K500ML is an inline CO2 laser marker that directly marks a unique ID (2D code and text) on the circuit board itself at the very upstream of the SMT assembly line, and performs reading verification after printing all in one machine, preventing unidentified circuit boards from being released to the market. 【Usage Scenarios】 - Linking board serial numbers with component lots and manufacturing lines, allowing for tracking at the individual unit level even after shipment. - Reading and verifying the printed ID on the spot with an image processing camera to prevent the outflow of unidentified units within the process. - Direct printing ensures that the ID remains readable without peeling or fading throughout the more than 10-year warranty period. 【Benefits of Implementation】 - In the event of a recall, limiting the target lots and lines minimizes the scope and cost of recovery. - Eliminating label management reduces mislabeling and number skipping, ensuring reliable sequential management. - Completely airless operation with zero consumables, keeping running costs low even during long-term operation. - Being a Japanese-made device helps mitigate the risk of technical information leakage.

• Laser marker

The key to smart factory transformation lies in how much data from the field can be connected at the individual unit level. The LMS-K500ML is an inline CO2 laser marker that directly marks a unique ID (2D code or text) on the circuit board itself at the very beginning of the SMT assembly line, linking subsequent process data from that ID point. 【Usage Scenarios】 - Communicate the printed board serial to higher-level systems such as IoT and MES for centralized management of manufacturing data. - Visualize and track process progress in real-time with a unique ID for each circuit board. - Contribute to reducing setup time through variety switching linked with higher-level systems. 【Benefits of Implementation】 - Eliminate the disjointed existence of field data and cross-link processes based on the circuit board. - Remove manual label application and number management to prevent input errors and number skips. - Standardize code reading verification after printing to ensure the reliability of data origins.

• Laser marker

The ultimate verification of the quality of electronic components and materials is a system that can trace "which components were mounted on which circuit boards and when." The LMS-K500ML is an inline CO2 laser marker that directly marks a unique ID (2D code and text) on the circuit board itself at the very beginning of the SMT assembly line, serving as the starting point for managing the history of mounted components and material lots. 【Usage Scenarios】 - Linking the positional information of mounted components with the circuit board serial number for tracking at the component level - Ensuring traceability of component lots/material lots starting from the circuit board - Quickly identifying the target circuit board in the event of counterfeit components or defective lot contamination 【Benefits of Implementation】 - During recalls, it allows for limiting the target lot, minimizing the scope and cost of recovery - Eliminating mislabeling or number skipping of labels and inks, ensuring sequential management - Verifying the printed 2D code after printing to double the quality assurance

• Laser marker

In promoting automation within the factory, seamless information integration between the production line and MES (Manufacturing Execution System) is essential for balancing quality control and improving production efficiency. Our CO2 laser marker can be integrated into the printed circuit board assembly line (SMT line) and automatically prints production instruction information such as lot numbers, serial codes, and 2D codes received from the MES, one board at a time. By automatically assigning individual identification information without human intervention, it contributes to the automation and labor reduction of the assembly line. 【Usage Scenarios】 - Automatic printing of production instruction data linked with MES - Process automation through integration into the SMT line - Promotion of smart factory initiatives utilizing IoT/AI 【Benefits of Implementation】 - Reduction of labor in the marking process and prevention of human errors - Real-time traceability with production performance - Increased productivity through high-speed inline printing that minimizes line stoppages

• Laser marker

In quality control of printed circuit boards, ensuring traceability through individual identification is essential for identifying the causes of defects and complying with various certifications, including ISO 9001. Our CO2 laser marker is an inline laser marking system compatible with glass-epoxy and resin boards, allowing for high-precision, non-contact printing of lot numbers, serial codes, and two-dimensional codes (such as QR codes) for each board when integrated into the production line. 【Usage Scenarios】 - Strengthening traceability through collaboration with the board inspection process - Streamlining lot management and defect tracking - Supporting record management for obtaining and maintaining ISO certification 【Benefits of Implementation】 - Accelerating the identification of causes when quality issues arise - Preventing management errors due to printing smudges or peeling - Strengthening the quality assurance system on the production line

• Laser marker

This document is a practical guide for selecting and implementing "Made in Japan" laser marking devices to achieve traceability of printed circuit boards on SMT assembly lines. Tracking manufacturing history begins not by labeling the finished product, but by directly marking a unique ID on the circuit board itself at the upstream SMT assembly line. We also introduce points for integration into the SMT line, a checklist for selecting models, and case studies. Please take a look. 【Contents (partial)】 ■ Chapter 1 Why is PCB traceability necessary now? ■ Chapter 2 Reasons for choosing laser marking ■ Chapter 3 How to choose the type of laser - CO2/UV/Fiber YVO4 ■ Chapter 4 Points for integration into the SMT line ■ Chapter 5 Model selection checklist *For more details, please download the PDF or feel free to contact us.

• Printed Circuit Board
• Laser marker

In the energy industry, the reliability of screw tightening is crucial to ensure the safety of equipment. Particularly in equipment exposed to vibrations and temperature changes, loosening or damage of screws can lead to serious accidents. Our high-speed precision digital torque driver for screw tightening enhances the reliability of screw fastening through high-precision torque management, contributing to the stable operation of equipment. 【Application Scenarios】 - Power plants - Substations - Plant equipment - Renewable energy-related facilities 【Benefits of Implementation】 - Improved quality of screw tightening - Enhanced safety of equipment - Reduced maintenance costs - Increased lifespan of equipment

• Other assembly machines

In the mold manufacturing industry, reproducibility in screw tightening is essential to maintain product quality. Particularly in the assembly and maintenance of molds, proper torque management is crucial. Insufficient torque or over-tightening can lead to a decrease in product accuracy or damage. Our high-speed precision digital torque driver achieves high-precision torque management, contributing to quality improvement in mold manufacturing. 【Application Scenarios】 - Mold assembly - Mold maintenance - Quality control 【Benefits of Implementation】 - Improved reproducibility in screw tightening - Stabilization of product quality - Increased work efficiency

• Other assembly machines

In the optical equipment industry, the precision of screw tightening is crucial for maintaining product quality and performance. Particularly in the assembly of lenses and precision components, inadequate torque management can lead to a decline in product performance or damage. Our high-speed precision digital torque driver achieves high-precision torque management and contributes to the enhancement of optical equipment performance. 【Application Scenarios】 - Assembly of optical lenses - Assembly of precision measuring instruments - Assembly of various sensors 【Benefits of Implementation】 - Improved screw tightening precision - Enhanced product quality - Reduced assembly time

• Other assembly machines

In the home appliance industry, the precision and durability of screw tightening are crucial to ensure the long-term reliability of products. Particularly in home appliances exposed to vibrations and temperature changes, loosening or breaking of screws can lead to product failures. Our high-speed precision digital torque driver for screw tightening enhances the quality of screw fastening through high-precision torque management, contributing to improved product durability. 【Usage Scenarios】 - Assembly processes of home appliances - Screw tightening in durability tests - Screw tightening inspections in quality control departments 【Benefits of Implementation】 - Improved product reliability through enhanced screw fastening quality - Assurance of long-term product durability - Cost reduction through the reduction of defective products

• Other assembly machines

In the semiconductor manufacturing industry, the precision of screw tightening is crucial for improving product quality and yield. Particularly in processes that handle fine components, torque management during screw tightening significantly impacts product performance. Insufficient or excessive torque can lead to product defects and a decrease in yield. Our high-speed precision digital torque driver achieves high-precision torque management and contributes to yield improvement. 【Usage Scenarios】 - Precise screw tightening operations on semiconductor production lines - Integration into desktop robots and SCARA robots - Processes requiring torque settings at specific points 【Benefits of Implementation】 - Improved yield due to enhanced screw tightening quality - Reduced work time - Decreased defective products - Increased product reliability

• Other assembly machines

In the telecommunications equipment industry, the precision of screw tightening is crucial to ensure product reliability. Particularly in equipment exposed to vibrations and temperature changes, loose screws or insufficient tightening can lead to product failures. Our high-speed precision digital torque driver for screw tightening addresses these challenges through high-precision torque management. 【Application Scenarios】 - Assembly processes for telecommunications equipment - Screw tightening inspections in quality control departments - Integration into desktop robots and SCARA robots 【Benefits of Implementation】 - Improved quality of screw tightening - Enhanced product reliability - Increased work efficiency

• Other assembly machines

In the field of robotics, there is a demand for the efficiency and quality improvement of assembly processes. In particular, screw tightening operations are a crucial process that affects the reliability of products, and precise torque management is essential. Inadequate torque management can lead to a decline in product performance or failure. Our high-speed precision digital torque driver for screw tightening achieves fast and accurate screw fastening, contributing to the efficiency of the assembly process. [Usage Scenarios] - Integration into desktop robots - Integration into SCARA robots - When torque settings are needed for specific points [Benefits of Implementation] - Reduction in work time due to high-speed and high-precision screw fastening - Improvement in product quality due to enhanced torque management accuracy - Flexible response with up to 16 program settings

• Other assembly machines

In the precision machinery industry, the accuracy of screw tightening is crucial to ensure product quality and reliability. Particularly in fields that require high-precision assembly, inadequate torque management can lead to decreased product performance or failure. Our high-speed precision screw tightening digital torque driver, equipped with the newly developed HPS technology, achieves fast and precise screw tightening. The torque setting can be configured to the actual torque value, and with the optional touch panel controller, both the set torque and the completed torque can be displayed. 【Usage Scenarios】 - Assembly of precision machinery - Tasks requiring high-precision torque management - Integration into desktop robots or SCARA robots 【Benefits of Implementation】 - Improvement in product quality - Increased work efficiency - Reduction in defect rates

• Other assembly machines

In the medical device industry, the precision of screw tightening is extremely important to ensure product safety. Especially for equipment that may involve human lives, loose or insufficiently tightened screws can lead to serious accidents. Our high-speed precision digital torque driver contributes to improving the safety of medical devices through high-precision torque management. [Application Scenarios] - Surgical robots - Medical imaging diagnostic devices - Patient monitoring systems [Benefits of Implementation] - Improved screw tightening quality - Enhanced product reliability - Reduced risk of accidents

• Other assembly machines

In the electronics industry, the miniaturization of products is advancing, and along with it, the precision and efficiency of screw tightening work have become important. Particularly in tasks involving limited space or the tightening of delicate components, torque management significantly affects product quality. Inadequate torque management can lead to product damage or performance degradation. Our high-speed precision digital torque driver for screw tightening achieves fast and highly accurate screw fastening, contributing to the improvement of electronic device quality. 【Usage Scenarios】 - Assembly of small electronic devices - Screw tightening of precision instruments - Integration into robotic arms 【Benefits of Implementation】 - Improved quality of screw tightening - Reduced working time - Increased yield

• Other assembly machines

In the aerospace industry, reducing the weight of components is a critical challenge. Lightweight and high-strength parts are essential for improving the fuel efficiency and performance of aircraft. Low precision in screw tightening can compromise the strength of components, making it difficult to ensure safety. Our high-speed precision digital torque driver for screw tightening enhances the reliability of lightweight components through high-precision torque management. 【Usage Scenarios】 - Manufacturing of aircraft and spacecraft - Assembly of components that require weight reduction - Areas that require high-precision screw tightening 【Benefits of Implementation】 - Improved quality of components through high-precision screw tightening - Maximizing the performance of lightweight components - Reduction of work time and increased efficiency

• Other assembly machines

In the automotive industry, product quality and safety are the top priorities. In particular, the tightening of screws during vehicle assembly directly affects the strength and durability of the components, making it a critical process that influences quality. Improper screw tightening can lead to abnormal noises and component detachment, potentially causing serious accidents. Our high-speed precision digital torque driver for screw tightening addresses these challenges through high-precision torque management, contributing to improved automotive quality. 【Application Scenarios】 - Screw tightening operations on automotive manufacturing lines - Screw tightening inspections in quality control departments - Screw tightening during prototype development stages 【Benefits of Implementation】 - Improved quality of screw tightening - Reduced work time - Decreased defective products - Enhanced assembly accuracy

• Other assembly machines

In the glass decoration industry, diversity in design and durability are required. Laser processing can apply delicate patterns and text to glass, significantly enhancing design freedom. Additionally, laser processing excels in durability, maintaining beautiful decorations over a long period. Our high-power CO2 laser marker enables drilling, cutting, and engraving on glass, broadening the scope of decoration. 【Usage Scenarios】 - Design processing for glass products - Production of signs and displays - Interior decoration 【Benefits of Implementation】 - High-quality finishes due to high-precision processing - Diverse design expressions - High durability

• Laser marker

In the leather industry, there is a demand for highly designed engravings to enhance the added value of products. In particular, engravings that are durable and highly visible are important for improving brand image. Traditional engraving methods have faced challenges such as time and cost issues, or uneven finishes. Our high-output CO2 laser marker addresses these challenges and easily achieves high-quality engravings. 【Usage Scenarios】 - Engraving brand logos on leather products - Engraving designs on leather accessories - Engraving serial numbers on leather products 【Benefits of Implementation】 - Enables high-quality and durable engravings - Supports a variety of designs - Increases productivity - Reduces costs

• Laser marker

In the apparel industry, the design of tags is crucial for enhancing the brand image of products. Depending on the material of the tag, issues such as distortion or scorching can occur during perforation or cutting processes, potentially compromising the quality of the product. A high-output CO2 laser marker performs perforation and cutting of resin materials, films, and resin sheets non-contact, thereby solving these problems and enabling the creation of high-quality tags. 【Usage Scenarios】 - Perforation of apparel tags - Cutting of apparel tags - Processing of resin materials such as acrylic, polystyrene, polypropylene, and PET (PS, OPS, PP, PET) 【Benefits of Implementation】 - Creation of high-quality tags - Reduced damage to materials due to non-contact processing - Compatibility with a variety of materials

• Laser marker

In the woodworking industry, precise engraving and marking on wood are required to create highly designed products. Particularly, attention to detail in design and the ability to work with diverse materials are important. Traditional engraving methods have faced challenges such as time and cost issues, or the inability to accommodate complex shapes. Our high-power CO2 laser marker processes wood non-contact, solving these challenges. 【Application Scenarios】 - Design engraving on woodworking products - Lettering on signs and nameplates - Personalization on wooden gifts 【Benefits of Implementation】 - Increased product value through high-precision engraving - Ability to accommodate diverse designs - Reduced working time and cost savings

• Laser marker

In the packaging industry's design field, precise processing of diverse materials is required to differentiate products. In particular, high-design packages and delicate processing to enhance brand image are important. Traditional processing methods have faced challenges such as time and cost constraints, or limitations on the types of materials that can be processed. Our high-output CO2 laser marker addresses these challenges and expands the possibilities of packaging design. 【Application Scenarios】 - Design processing on acrylic and PET materials - Drilling and cutting on films and resin sheets - Marking on various paper materials 【Benefits of Implementation】 - Compatibility with diverse materials - Enhanced design quality through high-precision processing - Reduced damage to materials through non-contact processing

• Laser marker

In the aerospace industry, durable marking is required to ensure the traceability of parts. Clear and long-lasting markings that can withstand harsh environments are essential. High-power CO2 laser markers can mark various materials and achieve high durability. 【Application Scenarios】 - Printing tracking codes on aircraft parts - Printing model numbers on space-related equipment - Parts management in the manufacturing process 【Benefits of Implementation】 - Improved traceability through high-precision marking - Wide range of applications due to compatibility with various materials - Long-term visibility ensured by high durability

• Laser marker

In the automotive industry, durable marking is required to ensure the traceability of parts. Clear and long-lasting markings that can withstand harsh environments are essential. Our high-output CO2 laser marker is ideal for marking resin parts. 【Application Scenarios】 - Marking part numbers, logos, and serial numbers on automotive components - Cutting and drilling of resin interior parts 【Benefits of Implementation】 - Improved quality control through high-precision marking - Reduced damage to parts due to non-contact processing - Compatibility with a variety of resin materials

• Laser marker

In the electronic components industry, printing model numbers is essential to ensure product traceability. As electronic components become smaller, high-precision printing is required. Laser markers can print model numbers non-contact, minimizing damage to the products while achieving high visibility. Our high-power CO2 laser marker is ideal for printing model numbers on resin materials. 【Usage Scenarios】 - Printing model numbers on electronic components - Printing model numbers on circuit boards 【Benefits of Implementation】 - Improved visibility through high-precision printing - Reduced damage to products through non-contact processing - Compatibility with various resin materials

• Laser marker

In the cosmetics industry, the accuracy of product labeling is essential. In particular, ingredient labeling plays a crucial role in consumers' product choices, and accurate labeling is indispensable from the perspective of regulatory compliance. Inkjet methods can lead to issues such as ink bleeding or peeling, which can impair the visibility of the labels. High-power CO2 laser markers solve these challenges by enabling non-contact marking on resin materials. 【Usage Scenarios】 - Ingredient labeling on cosmetic containers - Lot number printing on plastic containers - Brand logo printing on sample containers 【Benefits of Implementation】 - Improved visibility through high-precision marking - Reduction of printing defects due to ink depletion - Compatibility with a variety of resin materials

• Laser marker

In the pharmaceutical industry, accurate identification labeling of products is essential. Clear and durable marking is required for product traceability and counterfeit prevention. Traditional inkjet methods can lead to issues such as ink peeling or smudging, resulting in the loss of markings. High-power CO2 laser markers solve these problems by enabling direct marking on resin materials. This makes it possible to enhance the quality control and safety of pharmaceuticals. 【Application Scenarios】 - Printing lot numbers and manufacturing dates on pharmaceutical containers - Printing model numbers and serial numbers on medical devices - Printing identification marks on plastic containers 【Benefits of Implementation】 - High-precision and durable marking - Improved product traceability - Counterfeit prevention measures - Compatibility with various resin materials

• Laser marker

In the beverage industry, accurate printing of lot numbers is required to ensure product traceability. Particularly, as manufacturing lines become faster, high-speed and high-precision printing capabilities are essential. Inkjet methods require ink replenishment and maintenance, which can lead to reduced operational efficiency. Our high-output CO2 laser marker achieves high-speed printing in a non-contact manner, maintaining high productivity. 【Usage Scenarios】 - Printing lot numbers on beverage bottles - Printing expiration dates and manufacturing dates - Printing brand logos on containers 【Benefits of Implementation】 - Increased productivity through high-speed printing - Reduced ink costs through non-contact printing - Maintained printing quality with high durability

• Laser marker

In the food industry, ensuring product quality and safety is the top priority. The printing of expiration dates and manufacturing dates significantly influences consumers' purchasing decisions and is essential for ensuring food traceability. While inkjet methods require ink consumption and maintenance, our high-output CO2 laser marker achieves non-contact, high-speed, and high-precision printing, allowing direct printing on food packaging materials. This reduces the risk of printing defects due to ink depletion and quality deterioration caused by ink adhesion, thereby enhancing food safety. 【Usage Scenarios】 - Printing expiration dates and manufacturing dates on food packaging - Printing lot numbers on food trays - Printing brand logos on food containers 【Benefits of Implementation】 - Increased productivity through high-speed printing - Quality preservation through non-contact printing - Reduction in ink consumption costs - Improved durability of prints

• Laser marker

In the measurement instrument manufacturing industry, precise processing of components is required to ensure product reliability. In particular, accurate cutting of lead wires is crucial for high-precision measurements. Manual cutting of lead wires can lead to dimensional variations and decreased work efficiency. The lead wire pre-cutting machine "Cutman" Wide enables cutting to a consistent dimension, improving work efficiency. 【Usage Scenarios】 - Manufacturing of high-precision measuring instruments - Tasks where lead wire dimensional management is important - Moving away from manual lead wire cutting 【Benefits of Implementation】 - Improved accuracy of lead wire cutting - Reduced work time - Stabilization of quality

• Other mounting machines