Bracelet Ring Rotary Fiber Laser Marking And Engraving For Jewelry Manufacturers

Jan 23, 2019
Bracelet Ring Rotary Fiber Laser Marking And Engraving For Jewelry Manufacturers

Product introduction

The fiber laser marker has a homogeneous   structure, any optical soiling, any power coupling losses and it has an air   cooling system. In contrast to other laser machines, this laser machine has a   high efficiency and reliability. Efficiency and a long duration of usage are the   main arguments for customer's choice and usage of this optical fiber laser   marking machine.This laser machine has an exquisite volume and   it is suitable for adverse circumstances: The optical fiber laser machine has an   extremely flexibility, designs extremely nimble and has a compact design. The   glass fiber surface area / volume ratio is high and has a good effect of  radiation. 


The laser beam has an excellent quality: In   comparison with traditional laser marking machines, the laser marking machines   of series SW-FLM have the absolute superiority. The output for the base mould is   focused with a facular diameter less than 20nm. The divergence angle is ¼ of the semiconductor pump laser. Especially suitable for precise and extremely precise   laser marking:

1.Fiber laser source import from Germany IPG Photonics; and U.K SPI-Laser
2.Perfect laser beam quality. High peak power, easy to process copper,brass,silver,gold High reflective material.
3.Air cooling,  Maintenance, no consumption items.
4.High stability ensure 24 hours running.
5.Desktop, compact size, save space and transport charge.
6. Laser safety gate, laser safety class I protection.


Technical parameters

Beam QualityM2 < 1.3M2 < 1.3M2 < 1.5M2 < 1.5M2 < 2.0
Laser wavelength1064nm
Min.Character Size< 0.5mm
Pulse Reputation20KHz<F<100KHz
Marking range100mmx100mm(50mmx50mm~300mmx300mm optional)
Engraving line speed≤7000mm/s
Min line width0.01mm
Repeat-ability accuracy ±0.002
Rated Power≤0.5kW≤0.5kW≤0.8kW≤1kW≤1kW
Power SupplyAC220V±50Hz
Cooling SystemAir cooling
Control SystemComputer