3d Laser Marking Machine

The 3D laser marking machine is an advanced tool designed to engrave detailed and precise markings on three-dimensional surfaces and complex geometries. Utilizing cutting-edge laser technology, this machine can mark a wide range of materials, including metals, plastics, ceramics, and glass, with exceptional accuracy and depth. One of the primary advantages of the 3D laser marking machine is its ability to create consistent and high-quality marks on uneven or curved surfaces, making it ideal for applications in the automotive, aerospace, and jewelry industries. The machine's versatility extends to its capacity to handle large and small objects, adapting to various shapes and sizes without compromising on detail or clarity. Furthermore, the non-contact nature of the laser ensures that the material's surface remains undamaged and free from wear, preserving the integrity of the workpiece.

Features

3D Marking Capabilities
The primary feature of a 3D laser marking machine is its ability to mark on three-dimensional surfaces. This is achieved through advanced laser control systems that adapt the focus of the laser beam to follow the contours of the object. This capability is essential for marking curved or irregularly shaped items.
Automatic Focus Adjustment
3D laser marking machines often come with automatic focus adjustment features. This allows the machine to dynamically adjust the focus of the laser beam based on the height variations of the marked surface. Automatic focus ensures optimal marking quality and efficiency across the entire 3D surface
High Precision and Detail:
These machines provide high precision and detailed markings, even on complex 3D surfaces. The ability to maintain accuracy while adapting to the shape of the object is crucial for applications where intricate designs, serial numbers, or other fine details are required.
Dynamic Depth Control
Many 3D laser marking machines offer dynamic depth control features. This allows users to control the depth of the marking on different areas of the object's surface. The ability to adjust the marking depth enhances flexibility for various materials and applications.
Complex Geometric Marking
The 3D capability enables marking on objects with complex geometric shapes. This is especially useful in industries such as aerospace, automotive, and medical devices, where components often have intricate designs

Specifications

Specification	F-20W	F-30W	F-40W
Output Power	<=20W	<=30W	<=20W
Q Switch Frequency	20kHz - 200kHz	20kHz - 200kHz	20kHz - 200kHz
Laser Beam Quality	<1.2	<1.2	<1.5
Engraving Depth	<0.2mm	<0.3mm	<0.5mm
Gross Power	500W	550W	600W
Voltage	AC 220V/110V 5A	AC 220V/110V 5A	AC 220V/110V 5A
Laser Wavelength	1064nm	1064nm	1064nm
Working Area	100mm X 100mm	200mm X 200mm	300mm X 300mm
Repeatability	+/- 0.003	-	-
Engraving Speed	6000 - 10000 Ch/s	-	-
Min Line Width	0.01 mm	-	-
Marking Type Standard	Stationery	-	-
Marking Type Optional	Stationary \| On Fly \| Rotary	-	-
Cooling Method	Air Cooled	-	-
Cable Length	3 Meter Standard	-	-
Operating Temp	10 - 30 Deg	-	-
Humidity	20% - 80%	-	-

Specifications

Output Power:<=20W

Q Switch Frequency:20kHz - 200kHz

Laser Beam Quality:<1.2

Engraving Depth:<0.2mm

Gross Power:500W

Voltage:AC 220V/110V 5A

Laser Wavelength:1064nm

Working Area:100mm X 100mm

Repeatability:+/- 0.003

Engraving Speed:6000 - 10000 Ch/s

Min Line Width:0.01 mm

Marking Type Standard:Stationery

Marking Type Optional:Stationary | On Fly | Rotary

Cooling Method:Air Cooled

Cable Length:3 Meter Standard

Operating Temp:10 - 30 Deg

Humidity:20% - 80%

Output Power:<=30W

Q Switch Frequency:20kHz - 200kHz

Laser Beam Quality:<1.2

Engraving Depth:<0.3mm

Gross Power:550W

Voltage:AC 220V/110V 5A

Laser Wavelength:1064nm

Working Area:200mm X 200mm

Repeatability:-

Engraving Speed:-

Min Line Width:-

Marking Type Standard:-

Marking Type Optional:-

Cooling Method:-

Cable Length:-

Operating Temp:-

Humidity:-

Output Power:<=20W

Q Switch Frequency:20kHz - 200kHz

Laser Beam Quality:<1.5

Engraving Depth:<0.5mm

Gross Power:600W

Voltage:AC 220V/110V 5A

Laser Wavelength:1064nm

Working Area:300mm X 300mm

Repeatability:-

Engraving Speed:-

Min Line Width:-

Marking Type Standard:-

Marking Type Optional:-

Cooling Method:-

Cable Length:-

Operating Temp:-

Humidity:-

Applications

Electronics Industry
3D laser marking machines are employed in the consumer electronics industry to mark logos, serial numbers, and other information on three-dimensional surfaces of electronic devices, such as smartphones, laptops, and wearables. It offers precise and efficient solutions for marking various electronic components. The non-contact nature of laser marking ensures that delicate electronic components are not damaged during the marking process.
Automobile Industry
Laser marking machines play a crucial role in the automobile industry, providing versatile solutions for marking, engraving, and labelling various components. Laser marking is used to engrave information on wheels and tires, including manufacturer details, size, and safety markings. Laser marking is applied to electronic components and sensors used in vehicles. Laser marking allows for precise engraving of logos, branding, and other decorative elements on automotive components.
Manufacturing Industry
Laser marking machines offer numerous advantages to the manufacturing industry, providing precise and efficient solutions for product identification, traceability, and quality control. Laser marking machines create high-quality barcodes and QR codes on products and components. These codes contain information such as batch numbers, production dates, and other relevant data for automated tracking, inventory management, and logistics
Surgical Industry
Laser marking machines play a crucial role in the surgical industry, providing precise and sterile solutions for marking medical devices, instruments, and equipment. Surgical instrument manufacturers utilize laser marking machines to engrave logos, brand names, and other branding elements on their products. This helps establish brand identity, ensures authenticity, and aids in product recognition.