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marker Product List and Ranking from 153 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.

marker Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. オキツモ Mie//Chemical
  3. トーチョーマーキングシステムズ 本社工場 Chiba//Manufacturing and processing contract
  4. 4 IZUSHI Osaka//Trading company/Wholesale
  5. 5 Horiuchi Electronics Co., Ltd. Development Division Nagano//Industrial Machinery
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marker Product ranking

Last Updated： Aggregation Period:Jun 17, 2026～Jul 14, 2026
This ranking is based on the number of page views on our site.

  1. Marker for alignment marks 'Disappearing Line' that won't let you miss bolt looseness. オキツモ
  2. UV Laser Marker "MD-U Series"
  3. 3-Axis Hybrid Laser Marker MD-X Series
  4. 4 3-Axis CO2 Laser Marker ML-Z Series
  5. 5 Fiber Laser Marker "GJ-FLM20-03" ゲートジャパン

marker Product List

451～480 item / All 559 items

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VM3770A High Power Pen Marking Device (Stamping Type Engraving Machine)

VM3770A High Power Pen Marking Device (Stamping Type Engraving Machine)

Clear and deep marking with a high-power pen.

The VM3770A high-power pen marking device (stamping type engraver) utilizes the "high-power pen," which vibrates the stylus with even greater force than the conventional air pen (VM3710A), allowing for clear and deep markings even on hard workpieces. It is our top-of-the-line marking device capable of engraving a wide area of 100mm x 100mm, making it particularly effective when marking multiple locations at once.

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Glycation marker "Glycation Stress - Glycation"

Glycation marker "Glycation Stress - Glycation"

Reflects blood glucose levels over a shorter period (half-life of 17 days in humans) compared to HbA1c!

We would like to introduce the glycation stress and glycation markers handled by Nikken Zail Co., Ltd. Glycated albumin (Glyco Albumin: GA) in serum is gaining attention as an excellent glycation marker that reflects fluctuations in blood glucose levels over a shorter period than HbA1c. Serum albumin is more susceptible to glycation modification compared to hemoglobin and reflects postprandial blood glucose fluctuations. 【Product Lineup】 ■ Anti-MG monoclonal antibodies ■ Mouse glycated albumin measurement kit ■ Rat glycated albumin measurement kit *For more details, please download the PDF or feel free to contact us.

  • Chemicals
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[Case Study] Resin Coated Marker

[Case Study] Resin Coated Marker

The water-repellent effect expands the range of measurement scenes! Displacement measurement and motion analysis are possible with waterproof and water-resistant markers.

When conducting displacement measurements, strain and deflection measurements, and motion analysis, various application-specific systems using OptiTrack cameras and reflective markers are chosen for their many advantages in obtaining data from objects and people. However, the reflective markers used in this context had the challenge of being unable to measure when wet. The "Resin Coated Marker" can be utilized in experiments involving water, anticipating rainy conditions, and for measurements in scenes where the markers get wet. It allows for high-precision measurements in three dimensions. [Challenges and Requests Before Implementation] ■ Reflective markers are unsuitable for measuring wiper behavior in rainy conditions or in scenes where the markers get wet. *For more details, please refer to the PDF materials or feel free to contact us.

  • Analytical Equipment and Devices
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[Improving Work Efficiency!] Custom Production of Marking Pens [Examples Available]

[Improving Work Efficiency!] Custom Production of Marking Pens [Examples Available]

A quick-drying marker pen that is resistant to peeling and transfer! It dries immediately after writing, so you can stack products without worry! Custom-made to suit the writing material!

Did you know that by customizing the commercially available marking pens (markers) you commonly use for work or tasks (in terms of drying speed, film strength, pen tip, body, and ink color) to your desired specifications, you can significantly improve your work environment to be remarkably stress-free? If you regularly use markers, please take a look at our production examples. You might find hints for improvement! 【Customer Issues】 ◆ I want a quick-drying marker that won't dry out even when the cap is left open for a long time. ◆ I want a marker with a strong tip that can be continuously used for point writing when attached to a machine. ◆ I want a pen that can write on a car's windshield outdoors, exposed to rain. ◆ I want a marker that can write on rigid PVC pipes without transferring ink when stacked immediately. *You can view development examples that solved these issues in our PDF materials.

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Inline Laser Marker for Home Appliances PCB

Inline Laser Marker for Home Appliances PCB

Simultaneous dual-side marking for reduced takt time. High-precision PCB laser marking system compatible with MES integration.

In the home appliance industry, there is a demand for improved product quality control and traceability. Particularly in electronic circuit boards, where miniaturization and high density are advancing, accurate marking for individual identification is crucial. Low marking accuracy can lead to misidentification during the manufacturing process and the occurrence of defective products, potentially resulting in increased costs. Our PCB inline laser marker achieves high-precision marking and traceability management through MES integration, contributing to the improvement of quality in home appliances. 【Usage Scenarios】 - Individual identification of circuit boards on home appliance production lines - Marking of product model numbers and manufacturing dates - Traceability management 【Benefits of Implementation】 - Quality improvement through high-precision marking - Realization of traceability management through MES integration - Reduction of takt time

  • Laser marker
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Inline Laser Marker for Medical Devices

Inline Laser Marker for Medical Devices

Simultaneous dual-side marking for reduced takt time. High-precision marking system compatible with MES integration.

In the medical device industry, the miniaturization and enhancement of product functionality require precision in the marking of PCB substrates. Particularly, since medical devices demand high reliability, the quality of marking is crucial. Low marking accuracy can lead to incorrect information being displayed or affect the quality of the product. Our PCB inline laser marker achieves high-precision marking and traceability management through MES integration, contributing to quality improvement in medical device manufacturing. 【Usage Scenarios】 - Medical electronic devices - Precision measuring instruments - Marking on high-precision components 【Benefits of Implementation】 - Quality improvement through high-precision marking - Traceability management through MES integration - Increased productivity by reducing takt time

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PCB Inline Laser Marker for Semiconductors

PCB Inline Laser Marker for Semiconductors

Simultaneous dual-side marking for reduced takt time. High-precision laser marking system compatible with MES integration.

In the semiconductor industry, precise marking on substrates is essential for fine processing. Especially as products become smaller and more densely packed, ensuring the accuracy of marking and traceability is crucial for quality control and yield improvement. Misalignment and marking defects not only undermine product reliability but also lead to increased manufacturing costs. Our PCB inline laser marker achieves high-precision marking while correcting substrate misalignment through an XY drive head and CCD substrate recognition. It also enables traceability management through MES integration, contributing to quality control and efficiency in semiconductor manufacturing. 【Usage Scenarios】 - Marking of model numbers, serial numbers, logos, etc., on semiconductor substrates - High-speed marking on inline production lines - Management of manufacturing history through MES integration 【Benefits of Implementation】 - Quality improvement through high-precision marking - Reduction of tact time with dual heads - Strengthening of traceability through MES integration - Prevention of substrate contamination with dust suction mechanisms

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Inline Laser Marker for Industrial Machinery

Inline Laser Marker for Industrial Machinery

Simultaneous dual-side marking for reduced takt time. High-precision PCB laser marking system compatible with MES integration.

In the industrial machinery sector, precise marking on parts is crucial to ensure product durability and reliability. Products designed to withstand harsh environments require markings that offer high visibility and durability. The quality of the marking also affects product traceability and maintainability, ultimately influencing the overall quality of the final product. Our PCB inline laser marker achieves high-precision marking and traceability management through MES integration, contributing to the enhancement of industrial machinery product quality. 【Usage Scenarios】 - Marking on industrial machine parts used in harsh environments - Marking on parts that require traceability management - Reducing tact time on production lines 【Benefits of Implementation】 - Improved product quality through high-precision marking - Strengthened traceability through MES integration - Reduced tact time with dual-head technology - Extended equipment lifespan through dust suction mechanisms

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[Research Material] Global Market for Diagnostic Exosome Biomarkers

[Research Material] Global Market for Diagnostic Exosome Biomarkers

World Market for Diagnostic Exosome Biomarkers: Membrane-Bound Proteins, Soluble Proteins, Non-Coding RNA, Others, Hospitals, C...

This research report (Global Diagnostic Exosome Biomarker Market) investigates and analyzes the current status and outlook for the global market of diagnostic exosome biomarkers over the next five years. It includes information on the overview of the global diagnostic exosome biomarker market, trends of major companies (sales, selling prices, market share), market size by segment, market size by major regions, and distribution channel analysis. The segments by type in the diagnostic exosome biomarker market include membrane-bound proteins, soluble proteins, non-coding RNA, and others, while the segments by application focus on hospitals, clinics, and outpatient surgery centers. The regional segments are divided into North America, the United States, Europe, Asia-Pacific, Japan, China, India, South Korea, Southeast Asia, South America, the Middle East, and Africa to calculate the market size of diagnostic exosome biomarkers. The report also includes the market share of major companies in the diagnostic exosome biomarker sector, product and business overviews, and sales performance.

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[Market Report] Global Market for Cancer Biomarkers

[Market Report] Global Market for Cancer Biomarkers

The global market for cancer biomarkers is expected to achieve significant growth, surpassing 36.2 billion USD by 2031, with an average annual growth rate of 13%.

The global cancer biomarker market is experiencing remarkable growth driven by advancements in personalized medicine, early detection technologies, and increasing attention to precision oncology. The market size in 2022 was 12.7 billion USD, and this dynamic market is expected to expand significantly, exceeding 36.2 billion USD by 2031. This growth is projected to be supported by a robust compound annual growth rate (CAGR) of 13% during the forecast period from 2023 to 2031. Cancer biomarkers have emerged as essential tools that enhance the accuracy of cancer diagnosis, prognosis, and treatment selection. These molecular indicators provide valuable insights into the patient-specific genetic makeup, enabling healthcare professionals to develop tailored treatment strategies that improve outcomes and reduce side effects. Please check the application method via the [PDF download] button or apply directly through the related links.

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[Market Report] Global Cell Surface Markers

[Market Report] Global Cell Surface Markers

The global market for cell surface marker detection is expected to surge, reaching approximately 11.0558 billion USD by 2031.

The global cell surface marker detection market is experiencing significant growth, with estimated revenue expected to reach $11.0558 billion by 2031. This substantial surge is driven by a robust compound annual growth rate (CAGR) of 9.17% during the forecast period from 2023 to 2031, indicating the increasing importance of cell surface markers in various fields of healthcare and research. The remarkable growth of the global cell surface marker detection market underscores its critical role in advancements in medical diagnostics, cancer research, immunology, and drug development. As technology continues to evolve and understanding of cell surface markers deepens, the market is expected to expand further, ultimately contributing to improved patient care and advancements in medicine. For application methods, please check the [PDF download] button or apply directly through the related links.

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[Market Report] Global Market for Neurobiomarkers

[Market Report] Global Market for Neurobiomarkers

The global market for neuro biomarkers is expected to surge, reaching 22.1 billion USD by 2031.

The global neurological biomarker market is experiencing significant rapid growth and is expected to see substantial expansion in the coming years. In 2022, the market achieved revenues of approximately 7.39 billion USD. It is projected to reach 22.1 billion USD by 2031, indicating a strong outlook for market expansion. This robust growth trajectory is supported by a steady compound annual growth rate (CAGR) of 13% during the forecast period from 2023 to 2031. For application methods, please check the [PDF download] button or apply directly through the related links.

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Latest ★ Desk-type CO2 Laser Marker

Latest ★ Desk-type CO2 Laser Marker

CO2 laser markers can print on non-metal materials such as wood, leather, glass, ceramics, PVC, ABS, plastic, and acrylic.

Using the latest CO2 laser! High-precision marking processing that does not fade away! 【Features】 - Open worktable: Convenient for LD/ULD of workpieces and supports a customizable automatic feeding system. - Long-life fiber laser light source (45,000 hours) adopted for stable performance. - Excellent laser beam at 1μm, with precision 10 times that of conventional products. - Enables high-precision, high-speed marking at 7000mm/s. - Compatible with various file types output from software such as AI, PS, AutoCAD, SolidWorks, CorelDraw, including PLT, BMP, JPG, TTF, DXF, SHX, AI, etc. - Maintenance-free, reducing running costs. 【Applications】 ■ Compatibility with a wide variety of materials The CO2 laser marking machine can mark on most non-metals such as PVC, ABS, acrylic, rubber, bamboo, organic materials, glass, wood, and paper, offering flexibility for diverse materials and applications.

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Latest ★ Full Cover Type UV Laser Marker

Latest ★ Full Cover Type UV Laser Marker

UV laser markers can print on a variety of materials including glass products, ceramic products, iron, steel, ABS, nylon, PES, PVC, and synthetic resins.

Using the latest CUV laser! High-precision marking processing that does not fade! 【Features】 - Safety protective cover and built-in laser shutter: Protected from laser radiation, allowing for safe and efficient precision marking work. - High-output 355nm UV laser light source adopted, with stable performance. The excellent laser beam is 1μm, with precision ten times that of conventional products. - Nanosecond pulse width and water cooling method, ideal for precision laser processing. Enables high-precision, high-speed ultra-precise marking at 7000mm/s. - Built-in compact water cooling device stabilizes the temperature of the laser source. - Compatible with various file types output from software such as AI, PS, AutoCAD, SolidWorks, CorelDraw, including PLT, BMP, JPG, TTF, DXF, SHX, AI, etc. - Maintenance-free and reduced running costs. 【Applications】 ■ Compatibility with a wide variety of materials UV laser markers are mainly used for precision processing on packaging bottles made of polymer materials in high-end markets, crafts, pharmaceuticals, cosmetics, and videos. They offer high precision, wear resistance, no contamination, and are superior to ink printing.

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Global Market Size of Paint Markers

Global Market Size of Paint Markers

This report systematically organizes the medium to long-term growth trends of the paint marker market from both quantitative and qualitative analysis perspectives.

This document provides an explanation of the global market size for paint markers. It covers an overview of paint markers, analysis by product type, analysis by application, analysis by company, analysis by region, technological innovations, and future market outlook. Our company, based in Tokyo, integrates industrial information from around the world and provides reports to support corporate decision-making. *For more details, please download the PDF or feel free to contact us.*

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UV Laser Marker for Circuit Board Printing for Automobiles

UV Laser Marker for Circuit Board Printing for Automobiles

Improving traceability of automotive parts with UV lasers.

In the automotive industry, quality control and traceability of parts are crucial. To ensure traceability, accurate marking on parts is required. UV laser markers achieve high-precision printing while minimizing damage to the workpiece from heat. This allows for accurate tracking of information from the manufacturing to the distribution of parts, thereby enhancing quality control. 【Usage Scenarios】 - Printing serial numbers on automotive parts - Tracking the manufacturing process of parts - Recording information for quality control 【Benefits of Implementation】 - Improved traceability of parts - Rapid identification of causes when quality issues arise - Increased reliability from customers

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UV Laser Marker for Substrate Printing for Semiconductors

UV Laser Marker for Substrate Printing for Semiconductors

High-quality wafer ID printing with UV laser. Minimizing thermal damage.

In the semiconductor industry, high-precision ID printing is required to ensure the traceability of wafers. Especially as miniaturization advances, it is important to achieve highly visible printing while minimizing damage to the substrate from heat. Conventional laser markers have faced challenges regarding the impact of heat on the substrate and the accuracy of the printing. Our UV laser marker addresses these issues. 【Usage Scenarios】 - Wafer ID printing - Serial number printing on substrates - Traceability management in the manufacturing process 【Benefits of Implementation】 - Minimizes thermal damage and maintains substrate quality - High-precision printing of tiny characters and 2D codes - Compatibility with high-density mounted substrates - Achieves stable printing quality

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UV Laser Marker for Circuit Board Printing for Watch Decoration

UV Laser Marker for Circuit Board Printing for Watch Decoration

High-color printing on a wide range of materials such as gold, copper, resin, and ceramics!

In the watch decoration industry, there is a demand for diverse designs and high-quality finishes. In particular, precise printing on various materials such as metal and resin is crucial for enhancing the value of products. Traditional printing methods can sometimes pose challenges such as damage to the material and rough finishes. Our UV laser marker minimizes heat damage to the workpiece and achieves precise printing with vibrant colors. 【Application Scenarios】 - Printing logos and designs on watch dials - Printing model numbers and serial numbers on metal cases - Printing decorative patterns on resin parts 【Benefits of Implementation】 - High-quality, highly visible printing - Capability to print extremely small text and tiny 2D codes - Compatibility with a wide range of materials

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UV Laser Marker for Printed Circuit Boards for Wearables

UV Laser Marker for Printed Circuit Boards for Wearables

High-color printing on a wide range of materials such as gold, copper, resin, and ceramics!

In the wearable device industry, miniaturization and high functionality are advancing, and precise printing on substrates is required. In particular, since there is a need to display a lot of information in a limited space, printing of microtext and high-density two-dimensional codes is important. UV laser markers achieve high-precision printing while minimizing damage to the substrate from heat. 【Application Scenarios】 - Printing model numbers and serial numbers on the substrates of small wearable devices - Printing on various materials such as metal, resin, and ceramics - Printing microtext and two-dimensional codes on high-density mounted substrates 【Benefits of Implementation】 - Improved product quality through high-precision printing - Increased design flexibility by accommodating various materials - Increased information capacity through microtext and two-dimensional code printing

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UV Laser Marker for Circuit Board Printing for Robots

UV Laser Marker for Circuit Board Printing for Robots

High-color printing on a wide range of materials such as gold, copper, resin, and ceramics!

In the robotics industry, accurate tracking of components is crucial for streamlining the manufacturing process and quality control. Particularly for high-density printed circuit boards and small parts, highly visible markings are required. Blurry prints or easily fading markings can lead to tracking errors and the occurrence of defective products. Our UV laser marker prints extremely small characters and 2D codes with high precision, providing strong support for component tracking. 【Usage Scenarios】 - Pickup of components by robotic arms - Position management of components on the manufacturing line - Ensuring product traceability 【Benefits of Implementation】 - Increased production efficiency through high-precision component tracking - Reduction of defective products and improvement in quality - Streamlined information management through 2D codes

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Hybrid Laser Marker for Automotive Parts

Hybrid Laser Marker for Automotive Parts

Optimal for traceability of metal parts!

In the automotive parts industry, quality control and traceability of components are crucial. In particular, the identification of parts during the manufacturing process is essential to prevent the occurrence of defects and ensure product reliability. Laser marking is widely used for part identification as a marking method that excels in durability and visibility. Our hybrid (YVO4・Fiber) laser marker is ideal for printing on aluminum substrates and metal parts, enhancing traceability. 【Application Scenarios】 - Printing on metal parts - Laser cleaning of substrate surfaces - Color printing on mounted resin connectors 【Benefits of Implementation】 - Enables laser printing on metal materials - Improves traceability - Strengthens quality control of components

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Hybrid laser marker for printing on metal substrates for molds.

Hybrid laser marker for printing on metal substrates for molds.

Ideal for printing model numbers on molds! Achieves laser printing on metal substrates.

In the mold industry, accurate printing of model numbers is required to ensure product traceability. This is especially important for molds used in harsh environments, where the durability of the printing is crucial. It is essential to address metal materials that are difficult to print on with CO2 lasers. Our hybrid (YVO4·Fiber) laser marker enables printing on metal substrates, including aluminum substrates, ensuring reliable display of mold model numbers. 【Usage Scenarios】 - Printing model numbers on molds - Printing model numbers on metal parts 【Benefits of Implementation】 - Clear printing on metal substrates - Improved traceability - Enhanced durability of printing

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Hybrid Laser Marker for Jewelry - For Printing on Metal Substrates

Hybrid Laser Marker for Jewelry - For Printing on Metal Substrates

Ideal for engraving on metal substrates of jewelry! Enhances traceability.

In the jewelry industry, product quality labeling and brand logo engraving are important. Particularly for metal jewelry, engravings that are durable and highly visible are required. Traditional engraving methods may struggle with fine detail representation or have durability issues. Our hybrid (YVO4・Fiber) laser marker enables precise engraving on metal substrates, enhancing the value of jewelry. 【Application Scenarios】 - Engraving brand logos on precious metals - Engraving serial numbers on jewelry - Engraving designs on metal accessories 【Benefits of Implementation】 - Increased product value through high-precision engraving - Long-term quality assurance through durable engravings - Enhanced customer trust through secured traceability

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[For Tool Owners] Hybrid Laser Marker for Printing on Metal Substrates

[For Tool Owners] Hybrid Laser Marker for Printing on Metal Substrates

Ideal for traceability support for metal substrates and metal components such as aluminum substrates!

For tool owners, marking on metal parts is an important factor in product identification and quality control. Especially for tools that require durability, the durability of the marking itself becomes crucial. CO2 lasers enable marking on metal materials that are difficult to print on, enhancing traceability. 【Application Scenarios】 - Marking on aluminum substrates - Marking on metal substrates and laser cleaning of substrate surfaces - Color marking on mounted resin connectors 【Benefits of Implementation】 - High-precision marking on metal materials - Improved traceability - Compatibility with various metal parts

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Hybrid Laser Marker for Energy Management

Hybrid Laser Marker for Energy Management

Ideal for traceability printing on metal substrates!

In the energy management industry, product quality control and traceability are crucial. Particularly for metal components used in harsh environments, durable and highly visible marking is required. Laser marking is the optimal solution to meet these demands. Our hybrid (YVO4・Fiber) laser marker is ideal for marking metal materials, such as aluminum substrates, which cannot be marked with CO2 lasers. 【Application Scenarios】 - Marking on metal substrates - Laser cleaning of substrate surfaces - Color marking on mounted resin connectors 【Benefits of Implementation】 - High-precision marking on metal parts - Improved traceability - Enhanced product quality

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Hybrid Laser Marker for Semiconductor Manufacturing

Hybrid Laser Marker for Semiconductor Manufacturing

Ideal for traceability printing on metal substrates such as aluminum substrates!

In the semiconductor manufacturing industry, ensuring product quality control and traceability is crucial. In particular, accurate marking on substrates is essential for tracking the manufacturing process and identifying products. Marking on metal substrates, which is difficult with CO2 lasers, is one of the challenges. Our hybrid (YVO4·Fiber) laser marker is ideal for laser marking on metal materials, such as aluminum substrates (aluminum heat dissipation substrates), which cannot be printed with CO2 lasers. 【Application Scenarios】 - Printing on aluminum substrates - Laser cleaning of substrate surfaces - Color printing on assembled resin connectors 【Benefits of Implementation】 - High-precision printing on metal substrates - Improved traceability - Increased efficiency in the manufacturing process

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CO2 Laser Marker for Printed Circuit Board Printing for Automobiles

CO2 Laser Marker for Printed Circuit Board Printing for Automobiles

Stable operation with airless electric power. Automation of the circuit board marking process and improvement of traceability.

In the automotive industry, quality control and traceability of products are crucial, especially for circuit boards such as electronic control units (ECUs). Identifying circuit boards during the manufacturing process is essential for the early detection of defects and for prompt responses during recalls. Our CO2 laser marker for printing on printed circuit boards can be integrated into the SMT assembly line, allowing for printing on circuit boards without stopping the line, thus enabling identification management on a board-by-board basis. This enhances traceability and contributes to the improvement of automotive parts quality. 【Usage Scenarios】 - Manufacturing of ECU circuit boards - Manufacturing of in-vehicle electronic device circuit boards - Management of parts traceability 【Benefits of Implementation】 - Improved production efficiency without disrupting line takt - Reliable identification through 2D codes - Enhanced quality management through strengthened traceability

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CO2 Laser Marker for Printed Circuit Board Printing for Aerospace Applications

CO2 Laser Marker for Printed Circuit Board Printing for Aerospace Applications

Automating the substrate marking process to improve traceability in the aerospace field.

In the aerospace industry, accurate tracking of components is essential to ensure product quality and safety. Particularly for electronic circuit boards used in harsh environments, high durability and identifiability are required. Inadequate marking can lead to misidentification or inability to track components, potentially causing serious accidents. Our CO2 laser marker for printed circuit board printing can be integrated into SMT assembly lines, enabling board marking without stopping the line. 【Application Scenarios】 - Marking of electronic circuit boards for aircraft, spacecraft, satellites, etc. - Ensuring traceability in the component manufacturing process - Recording tracking information in quality control 【Benefits of Implementation】 - Strengthened traceability through identification management at the board level - Improved printing quality through position correction and reading confirmation with image processing cameras - Increased productivity through inline marking that does not disrupt line takt time

  • Laser marker
  • marker

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CO2 Laser Marker for Printed Circuit Board Printing for Communication Applications

CO2 Laser Marker for Printed Circuit Board Printing for Communication Applications

Stable operation with airless electric power. Achieving automation of the circuit board marking process and improving traceability.

In the telecommunications industry, product quality control and traceability are crucial. In particular, the accurate printing of serial numbers and manufacturing information is essential to ensure product reliability and enhance competitiveness in the market. Errors or erasures in printing can make it difficult to trace products and may undermine customer trust. Our CO2 laser marker for printed circuit board printing can be integrated into the SMT assembly line, allowing for board printing without stopping the line. 【Usage Scenarios】 * Printing of serial numbers, manufacturing dates, lot numbers, etc. * Strengthening traceability through identification management of circuit boards * Printing of two-dimensional codes (QR codes, DataMatrix codes, etc.) 【Benefits of Implementation】 * Improved production efficiency without disrupting line tact * Enhanced traceability through identification management at the board level * Stabilization of printing quality through image processing cameras

  • Laser marker
  • marker

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CO2 Laser Marker for Printed Circuit Board Printing for Solar Power Generation

CO2 Laser Marker for Printed Circuit Board Printing for Solar Power Generation

Achieving automation of the substrate marking process and improving traceability without disrupting the line tact.

In the solar power generation industry, accurate quality labeling on substrates is required to ensure product quality and reliability. Particularly in solar power generation systems used in harsh environments, the durability and visibility of the labels are crucial. Unclear or easily fading labels can compromise product traceability and lead to quality management issues. Our CO2 laser marker for printed circuit board printing addresses these challenges and provides high-quality printing. 【Usage Scenarios】 - Printing on substrates during the manufacturing process of solar panels - Printing of product serial numbers, manufacturing dates, lot numbers, etc. - Improvement of quality control and traceability 【Effects of Implementation】 - Enhanced reliability of quality labeling through high-quality and durable printing - Strengthened traceability through identification management at the substrate level - Maintenance of production efficiency through inline marking that does not disrupt line takt

  • Laser marker
  • marker

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