Laser Marking Marking 360 For Heavy Parts

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Laser Marking Marking 360 For Heavy Parts Specification

Marking Speed
7000 mm/s

Marking Area
300 x 300 mm (customizable)

Condition
New

Laser Type
Fiber Laser

Cooling Mode
Air Cooling

Control Software
EZCAD

Accuracy
0.01 mm

Power
30W / 50W / 100W (optional)

Dimensions
1200 x 550 x 1500 mm

Application
Metal & non-metal heavy part marking

Weight
Approx. 120 kg

Control Interface
PC / USB

Repetition Frequency
2080 kHz

Supported File Formats
.plt, .dxf, .bmp, .jpg, .jpeg, .ai, etc.

Power Supply
AC 220V 10% / 50Hz / 1 Phase

Operating Temperature
10C35C

Minimum Line Width
0.01 mm

Wavelength
1064 nm

Focused Spot Diameter
0.03 mm

Minimum Character Height
0.15 mm

About Laser Marking Marking 360 For Heavy Parts

Laser Marking Machines employ laser technology to etch orengrave accurate lines that are permanent onto a range of materials. Due totheir adaptability, accuracy, and efficiency, these machines have been widelyused in a variety of sectors. High-powered lasers are used by laser markingmachines to imprint markings, patterns, or codes on materials. Due to itsadaptability to different applications, these machines may be used in a varietyof sectors, including automotive, aerospace, electronics, medical, jewelry, andmore. High-speed operation of these machines ensures effective output andlittle downtime.

Marking Speed Capacity	8000 mm/s
Usage/Application	MARKING ON VARIOUS MATERIAL
Laser Type	Fiber Laser
Marking Depth	AS PER CUSTOMER REQUIREMRNTS
Model Name/Number	PI-20
One pass (depends on material)	DEPEND ON MATERIALS
Min Line Width	0.01 MM
Minimum Line Width	0.1 MM
Whole Machine Power	1 KW
Maximum working Area	300X300 MM AREA

Power

20/30/50

Precision Marking for Demanding Applications

Engineered for heavy industry use, the Laser Marking Marking 360 provides accurate laser engravings on metal and non-metal parts. Thanks to its fiber laser technology and 0.01 mm accuracy, intricate designs and data coding become attainable, even on large or unwieldy components. The machine handles challenging marking projects in sectors such as automotive, aerospace, and engineering.

Flexible Integration and Control

This system is compatible with major file formats, including .plt, .dxf, .bmp, .jpg, and .ai, making it easy to incorporate into existing production lines. The PC/USB interface, paired with intuitive EZCAD software, streamlines workflow from design to execution, supporting customization based on specific operational needs. Its air-cooled mechanism further enhances durability and ease of maintenance.

FAQ's of Laser Marking Marking 360 For Heavy Parts:

Q: How does the Laser Marking Marking 360 achieve high-precision results on heavy parts?

A: The system uses a fiber laser with a minimum line width of 0.01 mm and an accuracy of 0.01 mm, allowing it to mark detailed characters and graphics on both metal and non-metal heavy parts with exceptional clarity and consistency.

Q: What is the recommended usage process for marking large or heavy workpieces with this machine?

A: Place the part securely within the 300 x 300 mm work area (customizable if needed), connect your PC via USB, and load your design files in supported formats through EZCAD software. Adjust laser power and focus based on the material type and thickness, then initiate the marking process for swift, accurate results.

Q: When should I opt for higher laser power options (50W or 100W)?

A: Choosing 50W or 100W is ideal for deep engraving, higher marking speeds, or when marking dense or thick materials. Lower power (30W) is sufficient for surface marking or lighter materials.

Q: Where can the Laser Marking Marking 360 be installed, considering its weight and dimensions?

A: This machine is best installed in industrial or manufacturing facilities with adequate floor space (minimum 1200 x 550 mm footprint) and a stable power supply (AC 220V 10%). Its robust design supports usage on factory floors handling heavy components.

Q: What file formats does the machine accept for custom designs?

A: It supports a wide range of formats, including .plt, .dxf, .bmp, .jpg, .jpeg, and .ai, ensuring seamless integration with popular design and drafting software.

Q: How does the air cooling system benefit long-duration marking operations?

A: The integrated air cooling system efficiently manages heat, extending laser lifespan and maintaining stable performance even during continuous or high-volume marking tasks.

Q: What are the primary benefits of using this laser marking machine for manufacturers and exporters?

A: It delivers high-speed, precise, and permanent markings, enhancing traceability and branding. The system's reliability, compatibility with various formats, and suitability for both metals and non-metals make it a valuable tool for quality assurance in production and supply chain management.

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