Focus Calibrations – Fusion Maker, Edge, and Pro
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Fiber Alignment – Fusion Pro 32 & 48
This guide provides step-by-step instructions for performing precise laser alignment on the Fusion Pro CO2 and Fiber laser systems. Proper alignment ensures optimal engraving performance and reduces the risk of hardware damage. Whether you’re troubleshooting a drop in laser power or aligning after maintenance, this document will walk you through (...)
Touchpad Calibration – Fusion Maker, Edge, and Pro 24 and 36
Estimated time: 5 minutes • Skill: Basic Touchscreen calibration ensures accurate touch response when selecting options and settings on the display. This procedure is rarely required and should only be performed if the touchscreen is registering incorrect inputs or responding inconsistently. Touchscreen Calibration Procedure Open the Settings menu. At the (...)
Fiber Laser Alignment
Fiber laser alignment is a crucial maintenance procedure to ensure the optimal performance of your Fusion Edge and Fusion Pro laser engravers. Over time, misalignment can occur due to regular use, component replacement, or moving the machine to a new location. This guide provides a step-by-step process for checking and (...)
Leveling the Table
This document outlines the table leveling procedure for the Fusion Maker, Edge, and Pro 24 and 36. Table level should be checked periodically to ensure that all areas of the table are the same distance from the focusing lens. If all areas of the table are not the same distance (...)
Leveling the Table
This document outlines the table leveling procedure for the Fusion Pro 32 and 48. Table level should be checked periodically to ensure that all areas of the table are the same distance from the focusing lens. If all areas of the table are not the same distance from the focusing (...)
Adjusting the Home and Park Positions
This document outlines the home and park position adjustment procedures for the Fusion Maker, Fusion Edge, and Fusion Pro.
X-Axis Belt Tensioning Guide
Identifying X-Axis Rail Version Before you begin, determine which version of the X-Axis rail is installed in your machine. Check the right side of the X-Axis rail: if there is no cutout, you have Revision 1; if there is a cutout, you have Revision 2. Follow the corresponding procedure based (...)
Squaring the Y-Axis Actuators
Estimated time: 20–30 minutes • Skill: Intermediate This procedure explains how to square the Y-Axis rails on 16K-series laser systems. Proper squaring ensures smooth motion, accurate engraving, and prevents premature wear on the motion system components. Y-Axis Squaring Procedure Power off and disconnect the machine. Shut down the laser system (...)
Extended Cold Start Guide
Lasers that have been inactive for a period of time may not fire right away. There are settings in the machine to help warm the laser before use. Please start with the CO2 Laser Tickle Settings guide first. If the laser has been inactive for an extended period of time, (...)
Power Supply Replacement – Fusion Pro 32 & 48
Power Supply Locations CO2- Only Fusion Pro This model will contain only the CO2 power supply shown above. One (1) 48V 2kW power supply Fiber- Only Fusion Pro This model will contain the CO2 and fiber power supplies shown above One (1) 48V 2kW power supply One (1) 24V 1kW (...)
CO2 Laser Tickle Settings
Introduced in the Epilog Mini and Helix engravers, laser tickle settings allow the user to customize certain CO2 laser characteristics by modifying the radio frequency (RF) signals sent to the laser tube. The role of the RF signal is to excite and energize the gas mixture within the CO2 laser (...)