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Engineered by Kirin Laser, this compact UV laser marking machine comes with a sophisticated air-cooled system, offering flexibility with 3W and 5W power options.
Featuring a high-absorbent wavelength of 355 nm, the machine is designed to significantly reduce mechanical deformation and minimize heat impact on materials during processing. This makes it exceptionally suited for ultra-precision marking, engraving, and other tasks that demand meticulous detail and accuracy.
Kirin Laser’s compact UV laser marking machines come equipped with reliable JPT laser sources, combining precision and portability. Weighing only 35kg, these all-in-one systems are designed for easy transport and flexibility, allowing users to conveniently move them between different workstations as needed. This makes them highly suitable for applications where mobility and adaptability are key.
Known for delivering precise and ultra-fine marking results, Kirin Laser’s UV laser marking machines excel in marking diverse materials such as glass, plastic, leather, and ceramics. Our versatile machines are tailored to meet the needs of various sectors, including 3C electronics, food packaging, wiring, lighting, leather goods, and pharmaceutical packaging materials. Their fine detail and high accuracy make them the preferred choice for industries demanding meticulous and durable marks.
MODEL | KR-AU3 | KR-AU5 | KR-AU10 |
Power | 3W | 5W | 5W |
Laser source | JPT | JPT | JPT |
Central wavelength | 355nm | 355nm | 355nm |
Frequency range | 20 kHz-150 kHz | 20 kHz-150 kHz | 20 kHz-150 kHz |
Marking area | 110mm*110mm | 110mm*110mm | 110mm*110mm |
Beam quality | M²≤1.2 | M²≤1.2 | M²≤1.2 |
Beam diameter | 0.55±0.15mm | 0.55±0.15mm | 0.55±0.15mm |
Supply voltage | DC 12V | DC 12V | DC 12V |
Cooling method | Air-cooled | Air-cooled | Air-cooled |
Galvo head | RC7110 | RC7110 | RC7110 |
Machine net weight | 35kg | 45kg | 55kg |
Dimensions | 600*350*830mm | 600*350*830mm | 600*350*830mm |
Kirin Laser’s UV laser sources are built with an air-cooled structure featuring intelligent speed regulation. This design ensures optimal performance by providing efficient cooling and smart speed adjustments, which enhances the overall efficiency and longevity of the lasers.
The lasers are compact and lightweight, offering convenience and portability for users. They are also easy to install and maintenance-free, providing a hassle-free setup and delivering reliable performance in various applications.
Kirin Laser systems provide outstanding linearity with minimal drift, delivering highly accurate repetitive positioning for consistent results. The design ensures stable performance with excellent reliability, making it suitable for various precision tasks.
Equipped with high-speed scanning technology, Kirin Laser systems maintain stable performance with minimal zero drift and strong anti-interference capabilities. These features make them ideal for laser deflection, two-dimensional localization, and a range of other applications that demand flexibility and accuracy.
Kirin Laser’s worktable is made from high-strength aluminum alloy, ensuring exceptional durability and stability for various demanding applications. Its robust structure is specifically designed to support heavy workpieces and endure significant processing pressure, providing consistent and reliable performance in industrial settings.
Equipped with adjustable clamps and fixtures, the worktable allows for quick and easy installation and replacement of workpieces. This flexibility enhances operational efficiency, making it an ideal choice for tasks requiring frequent adjustments and high productivity.
In the field of laser technology, the UV laser marking system offered by Kirin Laser stands out for its precision and efficiency. Utilizing a highly accurate 355nm UV laser, this system leverages advanced frequency doubling technology to significantly reduce thermal damage and heat effects on various materials. This makes it an ideal solution for applications requiring delicate and precise work.
Kirin Laser’s UV laser marking machines excel in marking and engraving, delivering unmatched precision across various applications. From intricate pharmaceutical packaging and detailed electronic components to high-precision artwork and labels, these machines ensure crisp, clean, and consistent results every time. They are the preferred choice for industries where maintaining the integrity of the material is essential for high-quality, undamaged markings.
Kirin Laser’s UV laser marking technology is celebrated for its accuracy and delicacy, making it a critical tool across various industries. Its capability to deliver high-quality markings without damaging delicate materials makes it perfectly suited for a wide range of applications:
Electronics Industry
Precision Marking for Small Electronic Components
Kirin Laser’s UV lasers excel at marking small electronic components such as PCBs and semiconductors with precision. They are ideal for creating barcodes, serial numbers, and other essential identifiers.
Medical Devices and Pharmaceuticals
Permanent and Safe Marking Solutions
UV laser marking from Kirin Laser ensures safety and traceability with non-toxic, permanent markings on medical devices and pharmaceutical packaging. These markings comply with strict industry regulations.
Automotive Components
Versatility in Marking and Design
From marking robust parts with identification codes to adding intricate designs to decorative components, Kirin Laser’s UV laser technology offers versatility that is highly prized in the automotive industry.
Fashion and Cosmetics Packaging
High-Precision Branding and Anti-Counterfeiting
Kirin Laser’s UV lasers can mark glass and plastic surfaces with high precision, making them ideal for branding purposes. They play a crucial role in anti-counterfeiting efforts and maintaining brand integrity.
Food Packaging
Abrasion-Resistant Marking for Essential Information
For expiration dates, lot numbers, and other critical data, UV laser marking by Kirin Laser offers a non-contact, abrasion-resistant solution that maintains the integrity of food packaging.
Solar Panels and Silicon Wafers
High-Precision Marking in High-Tech Industries
In fields where even a micron matters, Kirin Laser’s UV laser systems provide unmatched precision for marking and cutting solar panels and silicon wafers.
Kirin Laser’s UV laser marking machines are designed to cater to the specific needs of diverse industries, delivering permanent, high-quality marks that add value to modern manufacturing processes.
When you choose a UV laser machine from Kirin Laser, you’re investing in precision, flexibility, and reliability. Here’s what makes our machines the perfect choice for your needs:
Unmatched Precision
Experience the UV laser’s ability to produce ultra-fine details, an essential feature for industries requiring intricate work such as electronics and jewelry.
Adaptability Across Materials
From plastic and glass to a variety of metals, Kirin Laser’s UV machines handle different materials with ease, ensuring the quality of your markings is never compromised.
Low Heat, High Protection
The minimal heat emission of Kirin Laser’s UV lasers safeguards sensitive materials, ensuring no damage and maintaining the integrity of your workpieces.
Fast and Efficient Marking
Our UV lasers offer a quick marking process that saves you time while maintaining accuracy, boosting productivity without compromise.
Energy-Efficient and Cost-Effective
Appreciate the low power consumption of Kirin Laser’s UV machines, a feature that helps reduce operational costs, making them an economical choice for your business.
Compact Design with Consistent Performance
With a small footprint, these machines fit perfectly into your workspace, and their reliable operation ensures consistent results for every job.
Wide Range of Applications
The capability of Kirin Laser’s UV engravers extends across various sectors, from medical devices to automotive parts, making them a versatile tool in your production line.
From your perspective, Kirin Laser’s UV laser machines aren’t just tools—they’re strategic investments designed to enhance efficiency, quality, and cost-effectiveness in your operations. The benefits they offer are not mere features but key advantages that make your processes smoother, faster, and more precise.
UV laser marking machines are versatile and can mark a wide range of materials, including plastics (like PVC, ABS, and Polycarbonate), metals (such as aluminum, gold, and titanium), wood, glass, paper, and cardboard. Each material may require specific laser settings to achieve optimal results.
Yes, UV laser marking machines are particularly effective for marking transparent materials like glass and acrylic without causing damage, as the UV laser operates with minimal heat impact, avoiding cracks or burns on these delicate surfaces.
UV laser marking machines offer high precision, often at the micron level. This accuracy is ideal for industries like electronics and medical devices where fine detail is crucial. The repeatability of these machines is typically around ±0.1μm, ensuring consistent and clear markings.
UV laser markers are used in various industries including electronics (for PCBs and semiconductors), medical devices (for sterile markings on instruments and packaging), automotive components (for durable part markings), and consumer goods (for branding and anti-counterfeiting).
UV laser marking involves creating marks on the surface of a material without removing material, making it ideal for "cold marking" on sensitive surfaces. Engraving, on the other hand, involves removing material to create deeper marks or designs.
Key benefits of UV laser marking machines include high precision, minimal thermal impact (protecting sensitive materials), versatility with different materials, and non-contact processing, which prevents surface damage or deformation.
While UV lasers are primarily used for marking, they can perform very fine cutting on some materials, such as thin films or delicate substrates. However, they are not typically designed for deep or thick cutting compared to CO2 or fiber lasers.
UV laser machines are known for their low power consumption, which contributes to reduced operational costs. This energy efficiency makes them an economical choice for many businesses.
Regular maintenance is necessary to ensure consistent performance. This includes checking the cooling system (whether water or air-cooled), cleaning optical components, and ensuring the laser source remains stable. Preventative maintenance can extend the machine's lifespan.
Important factors include the type of materials to be marked, required marking speed and precision, budget, business size, and application requirements. It is also crucial to consider the machine's cooling system and compatibility with existing production setups.
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