uv laser marking machine price


Introduction to UV laser marking machines

Laser marking is the process of using a laser beam to engrave or print text, images, barcode or serial numbers on various materials such as plastics, metals, ceramics, glass, paper, and some organic materials. Laser marking has several advantages over traditional marking methods such as mechanical engraving, etching, stamping or screen printing. It produces high resolution and durable marks that are resistant to wear, fading, and corrosion, it doesn't require any contact or tooling, and it can be automated for mass production.

UV laser marking machines are a kind of laser marking equipment that uses ultraviolet (UV) laser beams to mark materials. UV lasers have shorter wavelengths than other types of lasers, typically around 355 nm, which enable them to achieve higher precision and finer details. They are suitable for marking materials with low heat resistance or high hardness, such as metals or ceramics, and for creating marks with high contrast and readability, such as barcodes or logos.

In this article, we will review the UV laser marking machine price range, features, applications, and suppliers. We will also discuss some factors that can affect the UV laser marking machine price, and provide some tips for choosing and buying a UV laser marking machine.

UV laser marking machine price range

The price of a UV laser marking machine can vary widely depending on several factors such as the laser power, the marking area size, the type of laser source, the automation level, and the supplier. Generally, UV laser marking machines are more expensive than other laser marking machines, due to the higher complexity and precision required for UV lasers.

The UV laser marking machine price range can be roughly divided into four levels:

1. Low-cost UV laser marking machines: These are entry-level machines that have small marking areas, low laser powers (around 3-5 W), and basic functions. They are suitable for small-scale or occasional marking tasks on relatively soft materials such as plastics, rubber or leather. The price range is usually between $2,000 and $5,000.

2. Mid-range UV laser marking machines: These machines have larger marking areas (up to 300 x 300 mm), higher laser powers (up to 20 W), and more advanced features such as autofocus, rotary devices, or CCD cameras. They are suitable for medium-scale or frequent marking tasks on various materials such as metals, ceramics, or glass. The price range is usually between $5,000 and $15,000.

3. High-end UV laser marking machines: These machines have advanced features such as high-speed scanning, dynamic focusing, or 3D marking, which enable them to handle complex or precise marking tasks on various materials with high quality and efficiency. They are suitable for large-scale or industrial marking applications such as automotive parts, electronic devices, or medical devices. The price range is usually between $15,000 and $50,000.

4. Customized or OEM UV laser marking machines: These machines are designed and manufactured according to specific customer requirements or applications. They can have unique marking areas, laser powers, or functions that are tailored to the customer's needs. The price range is usually higher than $50,000 and depends on the complexity and volume of the customization.

Features and applications of UV laser marking machines

UV laser marking machines have several features and advantages that make them suitable for various applications:

1. High precision: UV lasers can produce marks with resolutions as small as 20 microns, which enable them to create intricate patterns or tiny characters on materials.

2. High contrast: UV lasers can create marks with high contrast and readability on various materials, including transparent or colored ones, which is useful for labeling or branding purposes.

3. Low heat input: UV lasers can mark materials without generating significant heat, which reduces the risk of thermal damage or deformation of the materials.

4. Fast marking speed: UV lasers can mark materials at high speeds, especially when combined with advanced scanning or focusing technologies, which improves the productivity and throughput of the marking process.

UV laser marking machines can be applied to various industries and products:

1. Electronics: UV laser marking is commonly used in the electronics industry for marking circuit boards, chips, connectors, or housings with serial numbers, logos, or warning signs.

2. Medical devices: UV laser marking is important for medical devices and instruments that require high hygiene standards and traceability. It can mark surgical tools, implants, or packaging with identification codes, expiration dates, or sterilization indicators.

3. Automotive: UV laser marking is useful for automotive parts and components that require permanent marking for quality control, tracking, or counterfeit prevention. It can mark engine blocks, pistons, or brake pads with product codes, batch numbers, or logos.

4. Jewelry and watches: UV laser marking is ideal for producing fine and intricate marks on precious metals or gems, such as engraving logos, names, or patterns on rings or watches.

Factors that affect UV laser marking machine price

When comparing the UV laser marking machine price, it is important to consider the following factors that can affect the price and performance:

1. Laser power: The higher the laser power, the more expensive the machine, but also the more versatile and efficient it can be for different materials and marking depths.

2. Marking area size: The larger the marking area, the higher the price, but also the more flexibility and throughput it can provide for different sizes and shapes of materials.

3. Laser source type: Not all UV lasers are created equal. Some laser sources such as fiber lasers or CO2 lasers can offer advantages such as higher beam quality, lower maintenance, or longer lifetimes, but also at a higher cost.

4. Automation level: The more automated the machine is, the higher the upfront cost, but also the less labor and time it requires for loading, aligning, or scanning the materials.

5. Service and support: A reliable and responsive supplier can provide added value and peace of mind, but also at a higher price for maintenance, repair, or spare parts.

Tips for choosing and buying a UV laser marking machine

When deciding to buy a UV laser marking machine, you should consider the following tips that can help you make a wise choice:

1. Define your requirements: Determine your application needs, material properties, marking depth, and budget before comparing different machine models or suppliers.

2. Evaluate the machine's power and speed: Check the laser power, marking speed, and resolution of the machine for different types of materials and marking tasks.

3. Check the marking quality and durability: Ask for samples or examples of previous marking jobs to ensure the machine can produce marks with high contrast, readability, and durability.

4. Choose a reliable supplier: Select a supplier that has a good reputation, experience, and support for UV laser marking machines, and ask for references or reviews from previous customers.

5. Consider the total cost of ownership: Calculate the total cost of ownership, including the upfront cost, maintenance cost, energy cost, and depreciation, over the machine's lifetime to make a cost-effective investment.


UV laser marking machines are versatile and efficient tools for creating high-quality and durable marks on various materials. They come in different price ranges and features that can match different application needs and budgets. By understanding the UV laser marking machine price, features, applications, and suppliers, and considering some factors and tips for choosing and buying a machine, you can make a smart investment and enhance your marking capabilities.


Professional Laser Marking Machine Manufacturer Since 2009. Correct Pack is a technology-based enterprise focusing on the design, development and production of marking and coding products, which are widely used in food, pharmaceutical, daily chemical, hardware and other industries.
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