The Fusion Pro laser system includes four (4) mirrors in total. Mirrors 1, 2, and 3 are mounted using mirror holders and feature thermal compound between the mirror and holder to ensure proper heat transfer. This compound may need to be replaced if the mirrors are removed and reinstalled multiple (...)
Cleaning Procedures – Fusion Maker, Edge, and Pro
Regular cleaning of the Fusion Pro engraver will result in a longer service life of the engraver and less down time. Additionally, regular cleaning of the Fusion Pro engraver can mitigate the risk of flare-ups and other thermal events. A mild household cleaner or degreaser can be used to clean (...)
CO2 Laser Replacement Checklist / Low Output
Having to continually reduce speed and increase power can indicate low output from the laser. This document will help identify a low output laser tube on a 17000 Maker, Edge, or Pro machine. Checklist Optics Alignment Focus Reference Engraving Download the sample file below. Reference Engraving Open the file and (...)
Control Module Replacement – Fusion Edge, Maker, Pro
The control module is a crucial component of your Fusion Maker, Fusion Edge, or Fusion Pro engraver, enabling seamless operation and precise control. This guide provides step-by-step instructions for safely removing and installing a new control module to ensure optimal performance. Following these procedures will help you maintain your engraver’s (...)
Beam Combiner Replacement – Fusion Pro
Dual-source machines are equipped with both CO2 and Fiber lasers. To enable these lasers to work in unison, their beams must be combined, which is achieved through a component known as the beam combiner. This optic allows the CO2 laser to pass through while reflecting the Fiber laser. Although it’s (...)
Control Module Replacement – Fusion Pro 32 & 48
This document provides a step-by-step guide on how to replace the control board in your laser system. Replacing the control board is a crucial process that ensures your laser operates efficiently and reliably. Follow these instructions carefully to safely remove the old control board and install the new one, getting (...)
Edge Stand Assembly
The Fusion Edge Stand is an essential accessory designed to support your laser system with stability and ease of mobility. Whether you’re setting up a new machine or replacing an existing stand, this guide provides step-by-step instructions to help you assemble the stand safely and efficiently. By carefully following each (...)
CO2 Laser Replacement Checklist / No Output
These items should be checked before replacing a CO2 laser tube with no output. If the laser has been inactive for more than one (1) month, follow the Extended Cold Start Guide first. The goal of this document is to determine the operational status of the CO2 laser in a (...)
IRIS Camera Calibration Guide
Estimated Time: 20–40 Minutes • Skill Level: Intermediate Important: All focus calibration procedures must be completed before performing a camera calibration to ensure accurate results. Click the tabs below to switch between machine types. Each tab shows the camera calibration procedure specific to that machine. Overview & Requirements Fusion Edge (...)
Quick Guide: Calibrating the Joystick for Accurate Movement
Steps to Calibrate the Joystick Open the Settings Menu On the display panel, press the gear icon in the top-right corner to open the Settings menu. Image 1: Home screen with gear icon in top-right corner Access Advanced Settings Press and hold the word “Settings” on the screen until the (...)
Cleaning Your Optics
Cleaning the Lens Tube Optics To begin the procedure of cleaning your optics, with the machine powered on, select the Jog icon. Then use the joystick to move the laser head toward the front and middle of the machine to provide you easier access to the lens assembly. (...)
Cleaning Your Optics
Cleaning the Focusing Lens Optics The mirrors in the periscope housing are enclosed, and will likely require cleaning less often than the other components of the optics system. Let’s start by jogging the laser assembly toward the front of the machine for access to the optics, then we’ll turn off (...)