FFS3 Software Manually Aligning Fibers for GPX Glass Processors and LFS Large Fiber Splicers @thorlabs

Uploaded April 2021 | Updated September 2026, 5 hours ago

In this video, we will discuss how to use the movement control bars an alignment guides in the FFS3 Software to align and gap fibers and perform manual splicing.

For more information on GPX Glass Processors, please visit:
thorlabs.com/newgrouppage9.cfm?objectgroup_id=9326&ytid=aOPb1Vsf0gM

For more information on GPX Glass Processors with an Integrated Cleaver, please visit:
thorlabs.com/newgrouppage9.cfm?objectgroup_id=9366&ytid=aOPb1Vsf0gM

For more information on LFS Large Fiber Splicers, please visit:
thorlabs.com/newgrouppage9.cfm?objectgroup_id=9355&ytid=aOPb1Vsf0gM

0:00 Introduction to Manual Alignment for Novel Process Development
1:11 Splice Process List
1:35 Loading Fibers
2:08 Front View, Right Fiber
2:39 Right Fiber Align
3:12 Back View, Left Fiber
3:43 Gap Fibers
4:23 Backlash Compensation
5:06 Left Fiber Align
5:38 Verify Alignment
6:40 Splice Only

FFS3 Software Manually Aligning Fibers for GPX Glass Processors and LFS Large Fiber Splicers

$What Is Snells Law? | Optics Explained When a ray of light is incident at a boundary, the light ray bends, or refracts to a specific angle. This interaction is the basis of Snells Law and forms the foundation of controlling light with transmissive optics. The angle a ray of light refracts is not only dependent on its angle of incidence with respect to the normal of the boundarys surface, but also based on the index of refraction of each material at the boundary. The sample principle applies to any plane in space, where two materials of the same refractive index result in the ray continuing in the same direction as its existing path. By combining multiple surfaces and boundaries, Snells Law is calculated at each surface and allows manipulating the path of light. Two parallel surfaces, like a window, result in a beam displacement when at non-zero angles of incidence. Two non-parallel surfaces form a wedged prism, which steer light rays to new angles. The introduction of a curved face creates a lens and focuses or diverges parallel rays of light. #science #SnellsLaw #refraction #lawofrefraction #physics #photonics #optics$

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