Maxphotonics Portable MFS-10 Smart Fiber Laser Marking Machine Specification

Product catalog summary

Company Information: Maxphotonics Co. Ltd. is located at No.4 Building, Furong Third Road, Xinqiao Furong Industrial Park, Shajing Town, Bao'an, Shenzhen, China. They can be contacted via phone at +86-755-86261625--811 or fax at +86-755-29902782. More information is available on their website www.en.maxphotonics.com or via email at [email protected].

Product Overview: The document provides specifications for the Smart Fiber Laser Marking Machine, available in two models: MFS-10 and MFS-20.

Specifications:

Central Wavelength: 1064±4 nm for both models.
Polarization: Random for both models.
Average Output Power: 10 W for MFS-10 and 20 W for MFS-20.
Peak Power: 4.2 kW for MFS-10 and 5.6 kW for MFS-20.
Energy per Pulse: 0.5～0.6 mJ for MFS-10 and 0.8～1.0 mJ for MFS-20.
Beam Quality (M2): Less than 1.5 for MFS-10 and less than 1.7 for MFS-20.
Beam Diameter: 6～8 mm for MFS-10 and 7～9 mm for MFS-20.
Power Stability (t>5h): Less than 5% for both models.
Frequency Tunable Range: 20～60 KHz for MFS-10 and 30～60 KHz for MFS-20.
Pulse Width @ 30KHz: 80～140 ns for both models.
Power Tunable Range: 5～100% for both models.
Operation Voltage: 100～240 VAC for both models.
Fiber Length: 1.9 m for both models.
Cooling: Forced air for both models.
Operating Temperature: 0～35 ℃ for both models.
Operating Humidity: 10～95% for both models.
Stockpile Temperature: -10～60 ℃ for both models.

Applications: The machines are suitable for marking on metal, some non-metallic plating materials, plastic rubber, industrial-used plastics, ceramics, and other materials. They are also used for deep carving, fine processing, and special material processing.

Catalog excerpts

Maxphotonics Portable MFS-10 Smart Fiber Laser Marking Machine Specification-1

Add: No.4 Building, FurongThird Road, Xnqiao Furong Industrial Park Shajing Town, Bao'an, Shenzhen, China 518104 Homepage: www.en.maxphotonics.com E-mail: [email protected] Smart Fiber Laser Marking Machine Specification

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