Industrial Fiber Laser Marking Machine ENKJ-11 for Stainless Steel

The ENKJ-11 Fiber Laser Marking Machine, developed by Tianjin ENAK Automation Equipment Co., Ltd., is a high-performance industrial solution tailored for marking on stainless steel, aluminum, and other materials. It integrates advanced technology to meet the strict demands of B-end manufacturing scenarios, offering reliable and efficient marking services.

Core Performance

Equipped with a CO₂ radio frequency laser, it boasts an exceptional service life of 20,000-40,000 hours, ensuring long-term stable operation. The high beam quality enables fast marking speed and fine lines, making it suitable for integration into production lines to enhance overall workflow efficiency.

Energy and Space Efficiency

With a compact design, it occupies minimal space in the workshop. The whole machine consumes less than 500W of electricity, significantly reducing energy costs for enterprises compared to traditional marking equipment.

Broad Material Compatibility

Each fiber laser is equipped with an optical isolator, allowing smooth marking on high-brightness and high-reflection materials such as gold, silver, copper, aluminum, and silicon. It also works well with metal products, plastic products, coated paper, and plastic films.

Software and Connectivity

The marking software is highly functional, compatible with files from Coreldraw, Auto CAD, and other design software. It supports TCP/IP network and RS232 serial communication, enabling seamless integration into customers' production management systems for intelligent operation.

Support for Fast Marking of QR Codes and Barcodes

In the modern manufacturing industry, traceability is crucial for product management, quality control, and anti-counterfeiting. The ENKJ-11 Fiber Laser Marking Machine excels in fast marking of QR codes and barcodes. It adopts advanced laser control technology, which can quickly generate and mark high-precision QR codes and barcodes on various materials. The marking process is completed in milliseconds, ensuring that even in high-speed production lines, each product can be marked accurately and efficiently without delaying the production rhythm. Moreover, the marked codes have strong anti-smudge and anti-damage performance, remaining clear and scannable even after long-term storage or harsh environmental impacts, effectively facilitating product traceability throughout the entire supply chain.

Zero Consumables Operation and Low Maintenance Costs

For B-end enterprises, cost control is a key factor in improving competitiveness. The ENKJ-11 realizes zero consumables operation, which means no additional consumables such as ink, labels, or solvents are needed during the marking process. This not only eliminates the recurring cost of purchasing consumables but also avoids the trouble of frequent consumable replacement, saving a lot of time and labor costs. In terms of maintenance, the machine features a 免维护 (maintenance-free) design. The high-quality components and stable structural design reduce the probability of failures. Compared with traditional marking equipment that requires regular parts replacement and complex maintenance, the ENKJ-11 only needs simple daily cleaning and inspection, greatly lowering the overall maintenance costs. Over the long term, this can help enterprises save a significant amount of operating expenses.

Non-Contact Laser Marking and No Damage to Workpieces

Traditional marking methods such as mechanical engraving or inkjet often come into direct contact with the workpiece surface, which may cause scratches, deformation, or pollution to the workpiece, especially for high-precision or fragile products. The ENKJ-11 adopts non-contact laser marking technology. The laser beam acts on the workpiece surface to form marks without any physical contact. This ensures that the workpiece surface remains intact, avoiding damage to the product structure and appearance. For materials such as stainless steel and aluminum that require high surface quality, this advantage is particularly prominent. It can maintain the original performance and aesthetics of the product, meeting the strict quality requirements of B-end customers. Whether marking on thin-walled aluminum parts or high-gloss stainless steel products, the machine can achieve perfect marking results without affecting the product's subsequent processing or use.

The production of the ENKJ-11 Fiber Laser Marking Machine follows strict industrial standards and sophisticated manufacturing processes to ensure product quality and performance.

Component Selection and Inspection

First, high-quality core components are selected, including CO₂ radio frequency lasers, optical isolators, and precision electronic components. Each component undergoes strict quality inspection to ensure they meet the design specifications and performance requirements. Only components that pass the inspection are allowed to enter the production process.

Assembly and Calibration

The assembly process is carried out in a clean and dust-free workshop by professional technicians. They assemble the components in accordance with the detailed assembly drawings and process requirements. After assembly, the machine undergoes precise calibration, including laser beam alignment, marking position calibration, and software parameter setting. This ensures that the laser beam is stable, the marking position is accurate, and the software operates normally.

Testing and Quality Assurance

After assembly and calibration, each machine undergoes a comprehensive performance test. The test includes marking speed, marking precision, material compatibility, and stability under different working conditions. The machine is operated continuously for a certain period to simulate actual working scenarios and check for any potential problems. Only machines that pass all tests are considered qualified and can be delivered to customers. During the testing process, detailed test records are kept for future traceability.

Q1: Can the ENKJ-11 mark materials other than stainless steel and aluminum?

A1: Yes. In addition to stainless steel and aluminum, the machine can also mark on gold, silver, copper, silicon, and other high-brightness and high-reflection materials. It is also suitable for metal products, plastic products, coated paper, and plastic films, meeting the marking needs of various industries.

Q2: What is the maximum marking range of the machine?

A2: The standard marking range of the ENKJ-11 is 110mm x 110mm. If you have special marking range requirements, we also provide customizable services to meet your specific production needs.

Q3: How to solve the problem if the marked QR code cannot be scanned?

A3: First, check whether the marking parameters (such as laser power, marking speed, and frequency) are set correctly. Improper parameters may lead to unclear QR codes. Second, ensure that the workpiece surface is clean and free of dirt or oil, which may affect the scanning effect. If the problem persists, you can contact our after-sales service team, and our technicians will provide remote guidance or on-site support.

Q4: What is the after-sales service policy for the ENKJ-11?

A4: We provide a comprehensive after-sales service. The machine comes with a certain period of warranty (specific warranty period can be consulted with our sales staff). During the warranty period, if there is any quality problem caused by non-human factors, we will provide free repair or replacement of parts. In addition, we offer lifelong technical support, including remote troubleshooting, software updates, and maintenance guidance.

If you are interested in the ENKJ-11 Fiber Laser Marking Machine or have any questions about the product, please leave your inquiry information. Our professional sales team will contact you as soon as possible to provide you with detailed product introductions, quotation information, and technical support.