Sparkle Laser Technology LLP

Feature Principal:

• Ideal for a variety of materials, including plastic, packaging bags, glass, and high-quality beams with smaller focusing spots that enable hyper-fine marking.
• Fast marking speed and high efficiency, very small thermal impact area, no thermal effect, and no material burning issue
• Small size, stable performance, and low power usag
  
  

Industry of Applications:

• The UV Laser Marking Machine's key selling point is its one-of-a-kind low-power laser beam, which is ideally suited for the premium ultra-fine processing industry.
• It is excellent for packaging surface marking of macro-molecule materials like food, medicine, and cosmetics.  
• The marking effect is excellent—clear, strong, and less contaminated than ink jet code.
• Flexible PCB marking and slicing, silicon wafer micro-hole processing, blind hole processing, LCD glass, QR codes, glassware surface punching, metal surface coating, plastic keys, gifts, communication equipment, building materials, rubber, and other non-metallic materials are all common applications for it.

Main Features:

• Suitable for various Material: Plastic, Packaging Bags, Glass
• High Quality Beam, Focusing Spot is Smaller that can achieve Hyper Fine Marking.
• Thermal Impact Area is Very Small, will not Produce Thermal Effect, will not Produce Material Burning Problem
• Fast Marking Speed and High Efficiency
• Stable Performance, Small Size, Low Power Consumption

Application Industry:

• UV Laser Marking Machine is mainly based on its unique low-power laser beam, especially suitable for the high-end market of ultra-fine processing.
• It is very suitable for cosmetics, drugs, food and other macro-molecule material packaging surface marking.
• The marking effect is fine, clear and firmly, and better than ink jet code, no pollution.
• It is widely used in marking and slicing of flexible PCB, silicon wafer micro-hole, blind hole processing, LCD glass, QR code, glassware surface punching, metal surface coating, plastic keys, electronic components, gifts, communication equipment, construction materials, rubber and other non-metallic materials.

Laser Marking Machine For UV Model:

• UV Laser Marking Machine The unique low power laser beam,  perfect for the advanced ultra-finishing industry, is its main advantage. 
• Good for surface marking on packaging of macromolecular products such as food, pharmaceuticals and cosmetics. 
• Outstanding marking results are achieved; They are strong, clean and less contaminated than ink codes. 
• flexible circuit board marking and cutting, blind hole processing, silicon wafer micro-hole processing, LCD glass, QR codes, stamping surface, drilling the glass product surface, metal surface coating, plastic keys, gifts, communication equipment, building materials, rubber and other all non-metallic materials are typical applications.

UV laser marking machines are specialized tools used to create high-precision, permanent marks on plastic surfaces. These machines employ ultraviolet (UV) laser technology to alter the surface of the plastic without causing significant thermal damage. 


Technical Specifications:

Laser Wavelength: Typically 355 nm (UV spectrum).
Power Output: Usually ranges from 3W to 10W, depending on the model and application.
Marking Speed: Varies based on material and complexity, often ranging from 50 to 200 characters per second.
Marking Area: Commonly ranges from 100 x 100 mm to 300 x 300 mm.
Cooling System: Air-cooled to maintain optimal operating temperatures.
Software Compatibility: Compatible with various design and CAD software for easy integration and operation.

Benefits of UV Laser Marking for Plastic :

• High Precision and Quality: UV lasers provide high-resolution marks with crisp edges, suitable for detailed logos, barcodes, and text.

 

• Minimal Heat Impact: The low thermal impact prevents damage or deformation to the plastic material, preserving its integrity.

 

• Versatility: UV laser marking can be used on a wide variety of plastics, including polycarbonate, polyethylene, polypropylene, and ABS.

 

• Permanent Marks: The marks created are permanent and resistant to wear, chemicals, and environmental factors.
  
  

• Non-Contact Process: Since it's a non-contact process, there is no physical stress on the material being marked.

        UV laser marking machines are highly effective for marking plastic cans due to their precision, clarity, and non-damaging properties.

1. How UV Laser Marking Machines Work

UV laser marking machines use a short wavelength (typically 355 nm) ultraviolet laser to create high-contrast, permanent marks on various materials, including plastics. The process involves a photochemical reaction, where the high-energy UV light interacts with the surface of the plastic, causing a color change. 

• Benefits for Marking Plastic Cans :

High Precision and Quality: UV lasers produce fine, high-resolution marks that are clear and precise, ideal for intricate designs, barcodes, and text.

Minimal Thermal Impact: The low heat output prevents damage or deformation of the plastic, maintaining the integrity of the can.

Versatility: Suitable for a wide range of plastics, including those used in food and beverage containers, ensuring compatibility with various types of plastic cans. 

• Selecting a UV Laser Marking Machine 

1. Power Output.
2. Marking Speed.
3. Software Compatibility.
4. Machine Durability.

Sparkle Laser Marking Machine

• Using a leather laser engraving equipment, decorative designs or patterns, sometimes known as motifs, are engraved onto leather. Images and messages can be laser engraved into leather using a CO2 laser and a leather laser engraving equipment. The leather's outer layers are intended to be burned by the laser machine, leaving the surface dark but unharmed.

Applications:

• Leather
• Plastic
• Glass
• Acrylic
• Ceramic
• Wood Veneer
• Fabrics

Specifications:

• Marking Depth: 0.1~0.3 mm
• Power: 20W, 30W, 50W
• Marking Area: 150 mm, 175 mm, 220 mm

UV laser marking is a precise and versatile method for marking PCBs (Printed Circuit Boards) and other electronic components, offering high accuracy and minimal heat impact. It utilizes a UV laser with a short wavelength (typically 355 nm) to create fine, detailed markings with minimal heat transfer to the material, reducing the risk of damage to sensitive components. The short wavelength of UV lasers minimizes heat transfer to the material, preventing damage to the PCB and surrounding components. UV laser marking can be used on a wide range of materials, including various plastics, polyimide, glass, and ceramics, making it suitable for different PCB types. 

desktop UV laser marking machine is a compact, cold laser marking system that utilizes a 355nm ultraviolet laser for precise, high-contrast marking on a variety of materials, particularly those sensitive to heat. These machines are known for their ability to produce fine marking lines with minimal heat-affected zones, making them suitable for applications like electronics, medical devices, and other precision components. 

UV laser marking machines are used to create permanent, high-precision markings on non-metal materials like plastics, glass, and ceramics. They utilize a UV laser with a short wavelength (typically 355nm) to achieve fine, detailed markings without causing significant heat damage to the material. These machines are known for their versatility and ability to work on a wide range of non-metal materials, making them suitable for various applications, including product identification, traceability, and customization. 

UV laser marking machines are well-suited for marking acrylic materials due to their ability to produce fine, high-contrast marks with minimal material alteration. These machines utilize a UV laser (typically 355nm wavelength) that is efficiently absorbed by many plastics, including acrylic, allowing for precise and detailed marking without causing significant heat damage or deformation. 

The Laser Marking Machine for RO Pumps is designed for high-precision, permanent marking on various components such as pump housings, filter caps, plastic fittings, and metal parts. It provides clear and durable markings for branding, batch numbers, serial codes, QR/barcodes, and technical specifications—ensuring traceability and compliance.
Key Features:
Compatible with plastic (PP, ABS, PVC) and metal (stainless steel, aluminum) parts
High-speed marking with non-contact process—no damage or deformation
Crisp, high-contrast output suitable for logos and fine details
Low maintenance and long service life
Ideal for automated production lines or standalone use 

UV laser marking machines are well-suited for ABS plastic due to their ability to perform "cold marking," minimizing heat damage and producing high-contrast, durable markings. These machines utilize a 355nm UV laser, which is readily absorbed by ABS plastic, allowing for precise and permanent marking of logos, text, and other designs.
laser : uv 
Power : 5watt
Marking area : 150*150 mm

A UV laser marking machine utilizes ultraviolet light (typically 355nm wavelength) to create permanent, high-contrast markings on a variety of materials, including plastics, metals, glass, and ceramics. These machines are known for their precision and ability to perform "cold marking," minimizing heat-affected zones and making them ideal for heat-sensitive materials. 

A UV laser marking machine uses ultraviolet light (typically at 355 nm) to create permanent marks on various materials. Unlike other laser types that rely on heat for marking, UV lasers utilize a "cold marking" process, making them suitable for heat-sensitive materials and applications requiring high precision.
Laser : Uv 
Power : 5w
Marking area: 150*150 mm

A UV laser marking machine uses ultraviolet light (typically at 355nm wavelength) to create permanent marks on materials. This method offers high precision, fine details, and minimal heat damage, making it suitable for a wide range of applications, especially on heat-sensitive or delicate materials.
Uv Laser Marking Machine. Zero Maintenance, Our Machine Ensures Maximum Productivity. Its User Friendly IUsing a UV laser marking machine allows for minimal material alteration, which is especially important for marking items like microchips or delicate medical devices. UV laser markers are the best option for marking materials that reflect longer wavelengths when compared to other laser technologies.
Laser : Uv 
Marking area : 150*150 mm
Power : 5watt

A UV laser marking machine uses ultraviolet light to create high-contrast, permanent marks on plastic without heat damage or additives, featuring a 355nm wavelength for high precision and "cold marking". Key specifications include a laser power of 2W-15W+, a marking speed of up to 12,000mm/s, and a small spot size for fine detail. Specifications vary by model, but generally include laser power, wavelength, working area, marking speed, and cooling system type.  UV laser marking machines are ideal for processing sensitive materials like plastics, glass, and ceramics due to their "cold marking" process, which minimizes thermal stress. The 355nm wavelength is highly absorbed by various materials, allowing for high-contrast, permanent marks with minimal material disruption. This makes them perfect for applications requiring precision, high detail, and traceability, Plastics: ABS, PA, PC, PE, and PVCElectronics: Microchips, circuit boards, and solar panels 

A portable UV laser marking machine uses short-wavelength ultraviolet light (around 355nm) to achieve high-contrast, precise, and damage-free marking on a wide variety of materials, especially those sensitive to heat like plastics, glass, and coated metals. Its compact design allows for easy transport and operation, making it ideal for marking complex graphics, QR codes, and small components in fields such as electronics, medicine, and consumer goods.
Laser : uv
Power : 5watt

A UV laser marking machine for paper box applications should have a laser wavelength of 355 nm, with power options typically ranging from 3W to 10W or higher, and feature a small spot size for detailed, heat-sensitive marks on various materials including paper and cardboard. Key specifications to look for include a high marking speed for production lines, precise location precision, support for industrial communication protocols for integration, and effective fume extraction to manage airborne particulates.

A UV laser marking machine for plastic bag MRP applications offers high-precision, permanent marking without heat damage, using 355nm ultraviolet light to create marks with excellent contrast. These machines are designed for marking on various plastics, glass, ceramics, and coated surfaces, providing solutions for batch coding, serial numbers, barcodes, and graphics. Specifications include high marking speeds, various power options (e.g., 3W, 5W), and integration with industrial control software.

UV laser marker can be accurate to microns, metal or non-metallic materials can marked by UV laser. It's widely used for marking on different types of products and equipment, such as used in food and medical package. The whole machine has stable performance, small size and low power consumption.Our 5W UV laser engravers are equipped with EZCAD software for seamless PC-only operation, and the 355nm wavelength is the secret to their fine marking capabilities, making them ideal for marking fine materials in industries that require extreme precision, such as IC chips in the electronics industry.

Our 5W UV laser engravers are equipped with EZCAD software for seamless PC-only operation, and the 355nm wavelength is the secret to their fine marking capabilities, making them ideal for marking fine materials in industries that require extreme precision, such as IC chips in the electronics industry.UV lasers are employed in many different industries to create high-contrast, permanent marks on diverse materials as well as to engrave. Because UV light is strongly absorbed by most plastics, coated surfaces, and glass, it can create crisp, damage-free marks with minimal heat input

A UV laser marking machine for plastic bangles offers high-speed, non-contact, "cold marking" with minimal heat impact and no material degradation, ideal for heat-sensitive materials. Specifications include a 355nm UV wavelength, air cooling, and adjustable parameters like power, speed, and frequency to create precise, high-contrast, permanent marks on diverse plastics.Typical SpecificationsLaser Type: UV Laser Wavelength: 355 nm Cooling Mode: Typically air cooling, though water cooling might be an option for some models. Marking Speed: Can be very high, often thousands of millimeters per second (e.g., 8000 mm/s) for efficient production. Marking Depth: Varies depending on material and power, but is typically shallow for marking applications (e.g., 0.1-0.3 mm). Laser Power: Available in various options, commonly 3W, 5W, or 10W. 

A UV laser marking machine for keyboards uses a cold-marking process to create high-contrast, permanent marks on keycaps without significant heat damage. These machines are ideal for marking various plastics and materials, offering precision, fast speeds, and consistent high quality for customization, branding, and manufacturing purposes. Key specifications include a 355nm laser wavelength, power options like 3W-20W, and various marking areas (e.g., 150x150mm).  Key SpecificationsWhile exact specifications can vary by manufacturer, here are common parameters: Laser Wavelength: 355nmLaser Power: Typically 3W to 20WMarking Area: Customizable, common sizes include 110x110mm, 150x150mm, or 200x200mmMarking Speed: High speeds, often in the range of 8,000 to 10,000 mm/sRepetition Precision: High precision, for instance, ±0.003mm, to ensure consistencyCooling Mode: Air cooling

A UV laser marking machine for plastic uses ultraviolet light with a short wavelength (355 nm) to mark plastic products through a "cold marking" process that alters the material without significant heat. This results in high-contrast, permanent, and precise markings for details like logos, serial numbers, and QR codes, preventing heat damage, warping, or discoloration on sensitive plastics. The technology is ideal for plastics, glass, ceramics, and microelectronics due to its minimal material disruption, high accuracy, and ability to create fine, clean details without additives. 

A UV laser marking machine uses short-wavelength, ultraviolet light (typically 355nm) to perform "cold marking" with minimal heat, allowing for precise, high-contrast, and permanent marks on heat-sensitive materials like plastics, glass, ceramics, and certain metals without damaging the material. The process involves the laser beam directly breaking chemical bonds through photolytic degradation, rather than burning or melting the surface, making it ideal for delicate applications, high-detail work, and industries like electronics, medical devices, and food/pharmaceutical packaging. 
UV laser markers use ultraviolet light, typically at a 355 nm wavelength, to mark or process materials. 
power : 5watt 

A UV laser marking machine for electrical capacitors utilizes cold marking with a 355nm wavelength to create high-contrast, permanent marks without heat damage, suitable for sensitive materials. Key specifications include low power (2W-5W) for precision, an air or water cooling system, and a high galvanometer scanning speed for efficient production on plastics, glass, and ceramics. The process enhances traceability with durable, high-resolution markings, making it ideal for electronics, microchips, and other delicate componentsSpecificationsLaser Power: Typically ranges from 2W to 5W, providing sufficient power for precision marking with high energy density. Laser Wavelength: A standard of 355nm is used for cold marking. Marking Speed: Can be very fast, reaching speeds of 4,000 mm/s to 12,000 mm/s for high-throughput industrial applications. Marking Area: Available in various sizes, such as 110x110mm, 150x150mm, or larger, to accommodate different component sizes. Cooling System: Often uses air cooling for lower power models or a water chiller for higher power systems to manage heat effectively. Repeat Accuracy: Typically high, such as ±0.003mm, ensuring consistency across multiple parts. Minimum Line Width: Can be as fine as 0.013mm to 0.01mm, allowing for very detailed markings. 

A desktop UV laser marking machine uses 355nm ultraviolet light for non-contact marking on a wide range of materials, particularly heat-sensitive ones like plastics, glass, and ceramics, creating high-contrast, permanent marks with minimal thermal impact. Key specifications include laser power (e.g., 3W, 5W), a working area (e.g., 110x110mm to 300x300mm), high marking speeds, excellent beam quality for fine details, and air cooling. These machines are ideal for applications requiring precision marking, such as in the electronics, medical, and luxury goods industries.Process: UV laser marking machines use high-energy photons at a 355nm wavelength to break down chemical bonds in materials, a process known as "photolytic degradation" or "cold marking". This technique minimizes thermal stress and is ideal for delicate materials that cannot withstand heat. Marking Quality: The process creates sharp, high-contrast, and permanent marks, with fine line widths and high resolution, making it suitable for intricate designs like barcodes, logos, and serial numbers. 

A UV laser marking machine uses ultraviolet light (often around a 355 nm wavelength) to create precise, high-contrast permanent marks with minimal heat, a process called "cold marking". This allows for damage-free marking on sensitive materials like plastics, glass, and ceramics without creating hot zones, making it ideal for applications requiring fine detail, high resolution, and traceability on heat-sensitive components such as electronics, medical devices, and flexible packaging
UV lasers use a short wavelength (355 nm) compared to fiber lasers (1070 nm), which is highly absorbed by many materials. 
uv lasers can mark a wide range of materials, including plastics, glass, ceramics, rubber, films, and foils. 

A UV laser marking machine for acrylic boxes utilizes short-wavelength ultraviolet light (typically 355nm) to perform high-resolution, cold marking with minimal heat, creating permanent marks without surface deformation, cracks, or burns. Key specifications include a laser wavelength of 355nm, powers ranging from 3W to 10W or more, marking speeds up to 40,000 mm/s, and a marking area dependent on the model, from small desktop units to larger industrial systems. Acrylic is a primary material for these machines, making them ideal for personalized items, branding, and other industrial applications requiring precision.  Key SpecificationsLaser Type: UV Laser Source Wavelength: 355 nm Power: Typically from 3W, 5W, up to 10W or more Marking Speed: Can reach up to 7,000 mm/s or even 40,000 mm/s, depending on the model Marking Area: Varies by model; common sizes are around 110x110 mm, but can be larger (e.g., 400x400 mm) Marking Depth: Low marking depth, with examples around 0.02 mm to 0.1 mm Cooling System: Water-cooled systems are common for continuous, high-power operation 

A UV laser marking machine for acrylic boxes utilizes short-wavelength ultraviolet light (typically 355nm) to perform high-resolution, cold marking with minimal heat, creating permanent marks without surface deformation, cracks, or burns. Key specifications include a laser wavelength of 355nm, powers ranging from 3W to 10W or more, marking speeds up to 40,000 mm/s, and a marking area dependent on the model, from small desktop units to larger industrial systems. Acrylic is a primary material for these machines, making them ideal for personalized items, branding, and other industrial applications requiring precision.  Key SpecificationsLaser Type: UV Laser Source Wavelength: 355 nm Power: Typically from 3W, 5W, up to 10W or more Marking Speed: Can reach up to 7,000 mm/s or even 40,000 mm/s, depending on the model Marking Area: Varies by model; common sizes are around 110x110 mm, but can be larger (e.g., 400x400 mm) Marking Depth: Low marking depth, with examples around 0.02 mm to 0.1 mm Cooling System: Water-cooled systems are common for continuous, high-power operation

A UV laser marking machine for acrylic boxes utilizes short-wavelength ultraviolet light (typically 355nm) to perform high-resolution, cold marking with minimal heat, creating permanent marks without surface deformation, cracks, or burns. Key specifications include a laser wavelength of 355nm, powers ranging from 3W to 10W or more, marking speeds up to 40,000 mm/s, and a marking area dependent on the model, from small desktop units to larger industrial systems. Acrylic is a primary material for these machines, making them ideal for personalized items, branding, and other industrial applications requiring precision.  Key SpecificationsLaser Type: UV Laser Source Wavelength: 355 nm Power: Typically from 3W, 5W, up to 10W or more Marking Speed: Can reach up to 7,000 mm/s or even 40,000 mm/s, depending on the model Marking Area: Varies by model; common sizes are around 110x110 mm, but can be larger (e.g., 400x400 mm) Marking Depth: Low marking depth, with examples around 0.02 mm to 0.1 mm Cooling System: Water-cooled systems are common for continuous, high-power operation

A UV laser marking machine for acrylic boxes utilizes short-wavelength ultraviolet light (typically 355nm) to perform high-resolution, cold marking with minimal heat, creating permanent marks without surface deformation, cracks, or burns. Key specifications include a laser wavelength of 355nm, powers ranging from 3W to 10W or more, marking speeds up to 40,000 mm/s, and a marking area dependent on the model, from small desktop units to larger industrial systems. Acrylic is a primary material for these machines, making them ideal for personalized items, branding, and other industrial applications requiring precision.  Key SpecificationsLaser Type: UV Laser Source Wavelength: 355 nm Power: Typically from 3W, 5W, up to 10W or more Marking Speed: Can reach up to 7,000 mm/s or even 40,000 mm/s, depending on the model Marking Area: Varies by model; common sizes are around 110x110 mm

A UV laser marking machine  utilizes short-wavelength ultraviolet light (typically 355nm) to perform high-resolution, cold marking with minimal heat, creating permanent marks without surface deformation, cracks, or burns. Key specifications include a laser wavelength of 355nm, powers ranging from 3W to 10W or more, marking speeds up to 40,000 mm/s, and a marking area dependent on the model, from small desktop units to larger industrial systems. Acrylic is a primary material for these machines, making them ideal for personalized items, branding, and other industrial applications requiring precision.

Laser marking machines for plastic, such as Fiber (1064nm) or UV (355nm) lasers, provide high-precision, permanent, and non-contact marking at speeds up to 8000 mm/s. Key specs include 3W–50W power, air cooling, and 110x110mm to 300x300mm marking areas, ideal for, barcodes, serial numbers, and logos on materials like ABS, PP, and PVC.

Laser Type: UV Laser (355nm) is preferred for delicate plastics (no heat damage), while Fiber Laser (1064nm) works on many engineering plastics.Power Output: Typically 20W–50W for Fiber, 3W–5W for UV.Marking Speed: High-speed scanning galvanometer, often up to 7000–8000 mm/s.Marking Area: Ranging from 100x100mm, 110x110mm, up to 300x300mm.Cooling System: Primarily air-cooled (built-in).Minimum Line Width: 

Laser marking machines for plastic, such as Fiber (1064nm) or UV (355nm) lasers, provide high-precision, permanent, and non-contact marking at speeds up to 8000 mm/s. Key specs include 3W–50W power, air cooling, and 110x110mm to 300x300mm marking areas, ideal for, barcodes, serial numbers, and logos on materials like ABS, PP, and PVC.

Laser Type: UV Laser (355nm) is preferred for delicate plastics (no heat damage), while Fiber Laser (1064nm) works on many engineering plastics.Power Output: Typically 20W–50W for Fiber, 3W–5W for UV.Marking Speed: High-speed scanning galvanometer, often up to 7000–8000 mm/s.Marking Area: Ranging from 100x100mm, 110x110mm, up to 300x300mm.Cooling System: Primarily air-cooled (built-in).Minimum Line Width: 

A UV laser marking machine for nonmetal material  utilizes short-wavelength ultraviolet light (typically 355nm) to perform high-resolution, cold marking with minimal heat, creating permanent marks without surface deformation, cracks, or burns. Key specifications include a laser wavelength of 355nm, powers ranging from 3W to 10W or more, marking speeds up to 40,000 mm/s, and a marking area dependent on the model, from small desktop units to larger industrial systems. Acrylic is a primary material for these machines, making them ideal for personalized items, branding, and other industrial applications requiring precision.  Key SpecificationsLaser Type: UV Laser Source Wavelength: 355 nm Power: Typically from 3W, 5W, up to 10W or more Marking or more Marking Speed Can reach up to 7,000 mm/s or even 40,000 mm/s, depending on the model Marking Area: Varies by model; common sizes are around 110x110 mm

UV laser marking machines (355nm wavelength) provide high-precision, "cold marking" for delicate materials, producing fine, high-contrast, permanent marks without thermal damage. Common specifications include 3W–10W power, \(\le \)10,000 mm/s speed, 0.04–0.05 mm minimum line width, and a \(110 \times 110\) to \(300 \times 300\) mm marking area.
They are ideal for plastics, glass, ceramics, and thin metals, with common power options of 3W, 5W, and 10W. These machines feature small spot sizes and fast speeds, widely used in electronics, medical, and jewelry industries

     UV laser marking machines are tools used for marking various materials with precision using a UV (ultraviolet) laser beam. These machines are popular in industries where high-precision marking is required, such as electronics, medical devices, aerospace, and automotive.
Wavelength: UV laser marking machines typically use ultraviolet light with wavelengths ranging from 355nm to 400nm. This shorter wavelength allows for high precision and finer marking details.
Material Compatibility: UV laser marking machines can mark a wide range of materials, including plastics, glass, ceramics, metals, and certain types of polymers. The ability to mark on such diverse materials makes them versatile for various industrial applications.
High Precision: The short wavelength of UV lasers enables them to achieve high precision and fine details in the markings. This makes UV laser marking suitable for applications where intricate designs or small characters need to be marked onto the surface.

Principal Feature:

• A wide range of materials, including plastic, packaging bags, glass, and high-quality beams with tiny focusing points that enable hyper-fine labelling, are suitable for use.
• Very small thermal impact area, no thermal effect, fast marking speed and efficiency, and no burning of material problems
• Small size, reliable operation, and low power consumption

Applications Industry:

• The UV Laser Marking Machine's unique low-power laser beam, which is perfect for the high-end ultra-fine processing industry, is its main selling point.
• It works well for surface marking on packaging for macromolecule-containing products like food, medicine, and cosmetics.
• Excellent marking results are obtained; they are strong, clean, and less polluted than ink jet code.
• Flexible PCB marking and slicing, blind hole processing, silicon wafer micro-hole processing, LCD glass, QR codes, surface piercing of glassware surface punching, metal surface coating, plastic keys, gifts, communication equipment, building materials, rubber, and other non-metallic materials are all common applications for it.

Specifications:

• Marking Depth: 0.1~0.3 mm
• Power: 3 W, 5 W