Fiber Laser Marking On Agro Tools Machine

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Fiber Laser Marking On Agro Tools Machine Specification

Marking Area
100 mm x 100 mm / 200 mm x 200 mm (Optional)

Marking Speed
7000 mm/s

Condition
New

Laser Type
Fiber Laser

Cooling Mode
Air Cooling

Control Software
EZCAD

Accuracy
0.01 mm

Power
20W / 30W / 50W (Optional)

Dimensions
680 mm x 500 mm x 750 mm

About Fiber Laser Marking On Agro Tools Machine

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

Ultimate Precision and Durability for Agro Tools

Engineered for high-demand agricultural environments, the Fiber Laser Marking Machine ensures clear, permanent marks, even on hard metal and plastic tools. Its 0.01mm line width capability enables crisp detail, ideal for marking serial numbers, logos, or batch codes. Air cooling ensures consistent operation while minimizing maintenance. This robust machine is built to meet the needs of manufacturers and exporters, supporting large marking areas and long, uninterrupted service life.

Seamless Operation and Versatility

This machine easily integrates into your workflow with PC-based operation, using intuitive EZCAD software. It supports popular graphic formats, allowing users to import designs directly. The red light indicator assists in quick and accurate focusing, ensuring efficient changeovers between tools. With adjustable marking areas and power options, it accommodates diverse product lines and marking depths, boosting flexibility in any manufacturing setting.

FAQs of Fiber Laser Marking On Agro Tools Machine:

Q: How does the Fiber Laser Marking Machine enhance the longevity of marks on agro tools?

A: The machine uses a 1064nm fiber laser to etch marks deeply and permanently onto metals and plastics, making them resistant to wear, weather, and repeated use. This ensures long-lasting identification and traceability on agricultural tools.

Q: What materials and formats are supported for marking?

A: This machine can mark on metals and most plastics. It supports graphic formats such as AI, PLT, DXF, BMP, and JPG, simplifying the process of importing and marking complex design elements, logos, or text.

Q: Where is this machine commonly used?

A: It is widely adopted by agro tool manufacturers, exporters, and suppliers in India for marking serial numbers, batch codes, and branding on equipment parts and tools, enhancing quality control and product authentication.

Q: What is the process for operating the machine?

A: Users design or select a marking file in EZCAD software, upload it to the PC-based system, and position the tool with the help of a red-light indicator for focusing. The laser then marks at speeds up to 7000 mm/s within the defined area.

Q: How can users benefit from the machines control and accuracy features?

A: With a precision accuracy of 0.01 mm and PC-based software control, users achieve consistent, high-quality markings. Quick adjustments in settings and easy graphic import increase productivity and reduce downtime.

Q: When is maintenance required for this laser marking machine?

A: Thanks to the non-contact, air-cooled fiber laser and robust design, minimal maintenance is needed. Regular cleaning and occasional software updates are sufficient to keep it operating efficiently over its 100,000-hour lifespan.

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