Laser Marking Machine For Brass Application

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Laser Marking Machine For Brass Application Specification

Marking Area
110 x 110 mm / 200 x 200 mm

Marking Speed
7000 mm/s

Condition
New

Laser Type
Fiber Laser

Cooling Mode
Air Cooling

Control Software
EZCAD Software

Accuracy
0.01 mm

Power
20W / 30W / 50W

Dimensions
720 x 500 x 1550 mm

Focus Method
Manual / Autofocus (optional)

Application Material
Brass, Metal, Non-Metal

Operating Voltage
AC 220V / 50Hz / 60Hz

Laser Source Brand
Raycus / JPT / MAX (optional)

Graphic Format Supported
AI, BMP, DST, DWG, DXF, DXP, LAS, PLT

Minimum Character
0.15 mm

Wavelength
1064 nm

Usage
Brass Marking, Serial Number, Logo, Barcode, Designs

Minimum Line Width
0.01 mm

Repeated Accuracy
0.001 mm

About Laser Marking Machine For Brass Application

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

Advanced Precision for Diverse Marking Needs

Designed for manufacturers, this fiber laser marking machine excels in delivering fine, consistent, and accurate engravings on brass and various metals or non-metals. Its high-speed marking (up to 7000 mm/s) and repeated accuracy of 0.001 mm make it suitable for detailed industrial applications requiring quality and efficiency.

Flexible and User-Friendly Operation

With manual or optional autofocus features and compatibility with a broad range of graphic file formats, this machine is adaptable to distinct marking tasks. Its straightforward interface, powered by EZCAD software, ensures smooth operation even for complex design uploads, making it user-friendly for varied production environments.

Durable and Reliable Performance

Constructed with robust components and a dependable air cooling system, this machine is suitable for both small batch jobs and continuous industrial use. The optional choice of Raycus, JPT, or MAX laser source brands ensures long-lasting performance, backed by exceptional accuracy and low maintenance needs.

FAQ's of Laser Marking Machine For Brass Application:

Q: How does the laser marking process work on brass with this machine?

A: The machine uses a fiber laser at a 1064 nm wavelength to generate a focused beam that precisely marks or engraves brass surfaces. The high precision (0.001 mm) and minimum line width of 0.01 mm allow for fine details, whether you're etching text, barcodes, or logos.

Q: What types of marking applications can be performed on brass using this machine?

A: This machine is suitable for marking serial numbers, logos, barcodes, decorative designs, and technical drawings onto brass components. Its fine marking capability also allows for intricate details on various non-metal and metal objects.

Q: When is it ideal to use manual focus versus autofocus for marking tasks?

A: Manual focus is suitable when marking on flat, consistent surfaces, while the optional autofocus feature is recommended for objects with varying heights or complex shapes. Autofocus ensures optimal clarity and precision for different workpieces.

Q: Where can this machine be installed, and what are its electrical requirements?

A: This laser marking machine is compact and adaptable for use in factories, workshops, or manufacturing plants. It requires an operating voltage of AC 220V with a frequency of 50Hz or 60Hz, making it suitable for standard industrial environments.

Q: What are the benefits of using this machine for brass marking compared to traditional methods?

A: Laser marking offers non-contact, high-speed, and precise engraving without damaging the material's surface. This results in permanent, high-contrast marks that are resistant to wear. The process also allows fast changeovers and supports a wide array of design formats.

Q: How easy is it to operate and integrate the machine with design software?

A: The machine features user-friendly EZCAD control software, supporting common graphics formats such as AI, DWG, and DXF. This eases the transition from digital artwork to physical marking, streamlining setup and improving workflow efficiency for the operator.

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