# FabLight: Metal Laser Cutter

## Overview

For more information about the process of using the FabLight (e.g., preparing and loading a file/CAD drawing) and a full list of approved materials, please visit the [**Jacobs bCourses page**](https://bcourses.berkeley.edu/courses/1353091/pages/fablight-laser). In a non-COVID year, both the online quiz and in-person training is required prior to being able to use the FabLight.

![FabLight metal laser cutter in the Jacobs MakerSpace.](https://2333413738-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LB423_rlWTQK_KuQzK5%2F-MLqoLUCvkzsaVK7b_ZX%2F-MLqqvbypf-fmP7o_YSe%2Fimage.png?alt=media\&token=8579e53c-795a-403d-a8a5-438a79e2a749)

The FabLight is **more precise** than a water jet and has a less steep learning curve. In a non-COVID year, it is also **more available** due to being located in the general all-purpose makerspaces (studios 110 and 120) and not the metal shop with its more limited hours. For Jacobs Project Support during COVID, the FabLight similarly has a **faster turnaround** time and can produce parts more quickly once a request is received.

The disadvantage is that the FabLight of course cannot cut through as thick materials as a water jet. The maximum thickness that a STAR member has previously cut through on the FabLight without issue is 1/8" stainless steel. 

## History of Use

**November 2020**: The Payload subteam successfully laser cut leaf springs for the Bear Force One payload structure out of **1/32" 6061 aluminum**, available through the Jacobs Material store.