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The Kirin Laser red folding fiber laser marking machine is designed for portability and precision, weighing only 28 kg. This lightweight machine is widely used in jewelry processing and various other industries where detailed metal marking is essential.
It features a high-performance JPT laser and a SINO galvanometer, ensuring sharp and clear markings. Known for its reliable operation and minimal maintenance, this model is perfect for businesses needing a compact and efficient marking solution.
PRODUCT INTRODUCTION:
Kirin Laser’s metal laser marking machine combines portability, versatility, and high precision in a compact, foldable design. Weighing less than traditional models, this machine is widely used in jewelry processing and other industries where space-saving and flexibility are essential. The marking range supports 110110mm, with an optional upgrade to 150150mm for more extensive projects. Its innovative lifting column can rotate left and right with an up-and-down stroke of 400mm, enhancing user convenience for various marking needs.
This folding laser marking machine is equipped with advanced fiber laser technology, known for its stability and low maintenance requirements. Its foldable design allows easy transportation and storage, making it an excellent choice for workshops with limited space or businesses needing mobility between job sites.
APPLICATION AREA:
The Kirin Laser portable laser marking machine is suitable for precise and clear marking on a variety of materials across multiple industries. It excels in marking graphics and text on tool accessories, industrial bearings, watches, electronic and communication products, aerospace components, automotive parts, home appliances, hardware tools, molds, wires and cables, and jewelry. Its foldable design also makes it ideal for on-site operations and flexible production lines, such as in factories with tight space constraints or dynamic production needs.
Thanks to its compact size and foldable features, this machine is particularly beneficial for small to medium-sized businesses looking to enhance their marking capabilities without sacrificing space or flexibility.
MODEL | KR-FF20 | KR-FF30 |
Laser Source | MAX/Raycus/JPT | MAX/Raycus/JPT |
Machine Dimensions | 680mm*420mm*380mm | 680mm*420mm*380mm |
Machine Weight | About 21Kg | About 21Kg |
Supply voltage | 110V/220V、50/60Hz | 110V/220V、50/60Hz |
Overall Power Consumption | 460W | 490W |
Optical Parameters | ||
Output Power | 20W | 30W |
Maximum Pulse Energy | 0.8mJ | 0.8mJ |
Marking Area | 100*100mm-150*150mm | 100*100mm-150*150mm |
Beam Diameter | 7±0.5mm | 7±0.5mm |
Marking Speed | 0-1000mm/s | 0-1000mm/s |
Power Adjustment Range(%) | 10-100% | 10-100% |
Fiber Cable Length | 3m | 3m |
Laser Wavelength | 1064nm | 1064nm |
Cooling Method | Air-cooled | Air-cooled |
The galvanometer system in Kirin Laser machines uses advanced control technology and robust design to ensure stable and consistent performance over extended periods. With its fast response speed, users can achieve high-precision and high-speed marking, featuring a spot diameter as small as 0.02mm, perfect for intricate and detailed work.
The SINO galvanometer system integrated into Kirin Laser products is crafted from high-quality materials and follows rigorous manufacturing processes. It undergoes stringent quality control and testing, guaranteeing a long service life and exceptional reliability for demanding industrial applications.
Kirin Laser’s metal laser marking machine offers exceptional flexibility with its ability to rotate vertically 90° and horizontally 360°. This feature allows for precise and versatile marking and engraving from various angles, eliminating the need to reposition the machine or the product. This capability ensures higher marking accuracy and efficiency across multiple tasks.
The machine’s foldable design not only saves valuable space but also enhances portability, making it easy to transport between different work sites. This portability is especially beneficial for businesses requiring mobility and space efficiency without compromising on performance.
The worktable of a laser marking machine plays a crucial role in ensuring stable and precise marking. These tables are designed to provide a robust and stable surface for materials during the marking process. Typically made from high-quality materials like aluminum or steel, they offer durability and resistance to vibrations, which can affect marking accuracy.
The worktables also come with a Z-axis adjustment, which allows for varying heights of materials to be marked, further improving flexibility. Additionally, rotary tables are available for marking cylindrical objects, providing 360-degree rotation for uniform marking around the circumference.
Kirin Laser’s Folding Fiber Laser Marking Machines combine high precision with unmatched portability. Designed for businesses that demand flexibility without compromising on quality, these machines offer advanced laser marking technology in a compact, foldable design—ideal for both small workshops and large-scale industrial environments.
Space-Saving Design: The foldable structure is perfect for optimizing workspace. It’s easy to store and transport, making it an ideal choice for businesses with limited space or for on-site operations.
High Efficiency & Speed: Equipped with state-of-the-art fiber laser technology, these machines provide fast marking speeds and high output, significantly reducing processing time and increasing your productivity.
Superior Marking Quality: Achieve crisp, clear, and permanent marks on a wide range of materials, including metals, plastics, and ceramics. The high beam quality ensures consistent results, enhancing the aesthetic appeal and durability of your products.
Low Maintenance & Cost-Effective: With a fiber laser source known for its longevity (up to 100,000 hours), these machines require minimal maintenance, reducing your operating costs. The low energy consumption also translates into significant savings over time.
User-Friendly Interface: Designed with an intuitive control system, even users with minimal technical experience can operate the machine efficiently. This allows you to focus more on production and less on training.
Customizable Options: The machines come with customizable power options, work area sizes, and software configurations to cater to diverse industrial applications, whether you’re marking serial numbers, barcodes, logos, or complex graphics.
Enhanced Mobility: Thanks to its foldable design, you can easily transport the machine for field operations, trade shows, or any off-site requirements, allowing you to extend your business reach.
Kirin Laser’s Folding Fiber Laser Marking Machines are a versatile choice for various sectors, including automotive, electronics, aerospace, medical devices, jewelry, and promotional items. Whether it’s batch production or custom jobs, these machines ensure consistent quality and high precision.
Upgrade to Kirin Laser’s Folding Fiber Laser Marking Machines and bring efficiency, flexibility, and superior quality to your production line. Let us help you stay ahead in the competitive market with our innovative laser marking solutions.
A folding fiber laser marking machine works by using a high-powered fiber laser beam to mark or engrave various materials, like metal, plastic, ceramics, and more. These machines are known for their precision, speed, and low maintenance requirements, making them ideal for a range of industries including automotive, electronics, and jewelry.
Setup and Initialization: Start by ensuring that the machine is in a safe operating environment. Insert the key, turn on the main system circuit, and activate the cooling system. The machine requires the power supply and laser to be well-grounded to prevent electrical hazards during operation.
Parameter Settings: Open the laser marking software, such as EZCAD, and input the appropriate parameters for your marking job. The software allows you to control the laser’s intensity, speed, and pattern, which are essential for achieving the desired results on different materials.
Marking Process: The fiber laser uses a high-powered beam to create precise and permanent markings by rapidly heating the surface of the material. The machine’s speed can be adjusted, with higher power levels allowing faster marking. The fiber laser produces a fine, high-quality beam, making it capable of intricate and detailed engraving.
Safety Measures: Operators must wear protective glasses and avoid looking directly at the laser beam, as it can cause severe eye injury. Always keep the work area clear of flammable materials, and ensure the machine is supervised at all times to avoid accidents.
Shutdown Procedure: After the marking process is completed, sequentially turn off the scanner, computer, and laser power. Allow the cooling system to run for a minute before shutting it down to ensure the machine is properly cooled down.
Kirin Laser is a trusted supplier of laser marking machines. Here are a few reasons why partnering with Kirin Laser is a smart choice:
Extensive Range of Laser Machines: Kirin Laser offers a wide array of laser marking machines tailored to meet diverse industrial needs. Whether you’re looking for compact models for small-scale operations or high-power systems for large-scale production, we have options that suit every budget and requirement.
Global Reach and Expertise: With our products reaching over 50 countries, Kirin Laser is well-versed in providing services that meet top international standards. Our deep experience in export markets ensures smooth transactions, reliable shipping, and exceptional after-sales support for our global clientele.
Versatile Marking Solutions: At Kirin Laser, our laser systems are designed for various applications, from standalone marking to seamless integration into automated production lines. Our machines are flexible, user-friendly, and can be customized to fit specific industrial needs, enhancing efficiency and productivity.
Folding fiber laser marking machines are versatile and can mark various materials including metals (like steel, aluminum, and copper), plastics, ceramics, and some types of glass. The choice of material affects the laser's configuration and power settings.
These machines use a high-powered fiber laser to etch or mark the surface of a material. The laser beam is focused through an optical system and directed to create precise markings, such as serial numbers, logos, or barcodes. The fiber laser's high peak power allows for deep, durable markings.
The key advantages include portability, high marking speed, precision, and minimal maintenance. They are compact and can be easily transported or integrated into existing production lines, making them suitable for on-the-go marking applications.
A fiber laser typically has an operating life of around 100,000 hours, depending on usage and maintenance. This longevity means that the laser can work for many years without a significant drop in performance.
Common types include laser engraving, laser etching, laser annealing, laser carbon migration, and laser foaming. Each type offers different characteristics in terms of depth, contrast, and durability, making them suitable for various applications.
Yes, but they must be used following proper safety protocols. Most machines are equipped with safety features, and operators should wear protective eyewear and avoid direct exposure to the laser beam to prevent injuries.
Regular maintenance includes cleaning the optical lenses, ensuring proper cooling system operation, and checking the alignment of the laser beam. Proper maintenance ensures consistent marking quality and extends the machine's lifespan.
Yes, these machines can mark cylindrical objects using a 3-axis-head system that allows for precise 3D marking, adapting to different shapes and sizes.
Both types use a fiber source, but MOPA lasers offer more control over pulse duration, making them suitable for marking plastics without causing burns or discoloration. MOPA lasers are particularly useful for delicate or heat-sensitive materials.
Yes, these machines can be easily integrated into existing production lines for automated or semi-automated marking processes, enhancing productivity and reducing manual intervention
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