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This guide is provided for reference purposes only. Snapmaker does not in any way, expressly or implicitly, warrant the accuracy or completeness of the information provided by this guide.
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This product must be used together with the Enclosure released by Snapmaker or certified partners of Snapmaker. Please follow the Quick Start Guide of the Enclosure to install and use the Enclosure. During operation, the Enclosure helps to prevent the risk of laser leakage by effectively filtering laser radiation and pausing the ongoing job if any door of the Enclosure is opened.
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Wear proper protective equipment depending on the product you operate. Snapmaker does not assume responsibility and expressly disclaims liability for any personal injury or property damage suffered by the user or any third party from wearing this pair of laser safety goggles to operate other products.
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FCC Compliance This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
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(1) l'appareil nedoit pas produire de brouillage, et(2) l'utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d'en compromettre le fonctionnement. Le présent appareil est conforme Après examen de ce matériel aux conformité ou aux limites d’intensité...
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LASER RADIATION IS EMITTED FROM THIS APERTURE IEC 60825 / FDA 1.4 Specifications 10W Laser Module Product Model TH-L-P100-W450 Dimensions (W × D × H) 114 mm × 60 mm × 102 mm Weight 0.63 kg Frame Material Aluminum Alloy...
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Lense Material Polycarbonate Note: [1] The specifications listed might be slightly changed in any meaningful way when Snapmaker refines the product. [2] Enclosure particularly refers to the Enclosure released by Snapmaker or certified partners of Snapmaker. [3] The data is obtained based on the 1.5 mm basswoods. Depending on your material, the cutting speed might vary.
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Download the latest version of Snapmaker Luban from https://luban.xyz. If you have already installed Snapmaker Luban on your computer, ensure that its version is 4.1.0 or later. This guide takes version 4.1.0 as a demonstration to laser engrave and cut with the 10W Laser Module.
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Prepare a laser engraving and cutting platform matched with the work area of the machine you prepared in Step Prepare a Snapmaker Enclosure matched with the size of the machine you prepared in Step If you already have the Enclosure installed on your machine, refer to Scenario 1 in Machine Assembly to install the 10W Laser Module and other hardware.
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1.8 About this Quick Start Guide This Quick Start Guide takes Snapmaker 2.0 A350T as a demonstration. All steps and illustrations apply to the assembly and use of the 10W Laser Module on other compatible machine models.
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Scenario 1: Enclosure Installed on the Machine If you already have the Enclosure installed on your machine, move the toolhead and platform to proper places as illustrated below that are convenient for detaching, demonstrated in 3.2 Change Machine Functions in the Quick Start Guide of the Enclosure.
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Attach the laser engraving and cutting platform to the support platform of the machine. A350 / A350T / F350 A250 / A250T / F250 M4 × 10 Hex Socket Head Screw × 14 Laser engraving and cutting platform × 1 Ensure that the power switch is in the Off position.
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Attach the 10W Laser Module to the slider on the X Axis. Ensure that the 10W Laser Module is installed with the air concentrator hood vertically downward, or the machine cannot emit laser beam after turned on. If the Touchscreen shows Toolhead Not Installed Correctly, you need to turn off the machine and reinstall the toolhead.
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Connect the 10W Laser Module to the Toolhead port of the controller. Toolhead Cable × 1 Do not connect or disconnect any cables when the machine is turned on. Quick Start Guide...
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Attach the cable holder to the Z Axis, and then lock the toolhead cable into place. Cable Holder × 1 M4 × 8 Hex Socket Head Screw × 2 Ensure that there is enough cable length for the toolhead to move.
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Refer to the Quick Start Guide of the Enclosure to install the Enclosure. Congratulations! Assemble successfully! You are now ready to start laser engraving and cutting! Quick Start Guide...
Laser Engraving and Cutting 3.1 Read Safety Notes 3.2 Calibrate Toolhead Focus 3.3 Calibrate the Thickness Measurement System 3.4 Calibrate the Camera 3.5 Fasten the Material 3.6 Prepare the G-code File and Start Engraving and Cutting Quick Start Guide...
3.1 Read Safety Notes Turn on the machine, read the Safety Notes, and tick off the checkbox. Then, click Get Started, and the machine will automatically enter the Guide process. The initial guide, which helps you get started, will appear only once. If you need to launch it again, swipe left on the Home Screen of the Touchscreen >...
3.2 Calibrate Toolhead Focus How It Works: Focal Point To achieve the best focusing result, let the focal point fall right on the surface of the material throughout engraving and cutting. How It Works: Auto Focus The focal length is the distance from the center of the lens to the focal point of the lens.
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Start Toolhead Focus Calibration On the Touchscreen, tap Start to enter Toolhead Focus Calibration. The machine will move the 10W Laser Module to the central position above the laser engraving and cutting platform. Place the calibration card or a piece of A4 paper between the 10W Laser Module and laser engraving and cutting platform.
3.3 Calibrate the Thickness Measurement System How It Works: Measure Material Thickness The 10W Laser Module contains a thickness measurement system that uses the triangulation technique to measure material thickness. Firstly, the red laser emitter projects a red dot on the material surface. Then, the camera captures an image of the red dot.
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Ensure that the red dot falls within the framed area of the calibration target, and click Capture. The machine will automatically capture the first and second calibration points to complete the calibration and measure the thickness of the calibration target to verify the result.
3.4 Calibrate the Camera Remove the calibration target. Fasten a piece of blank A4 paper on the center of the laser engraving and cutting platform, and click Next. Put on the laser safety goggles, and tap Start. The machine will cut a square on the paper and use the square to calibrate the camera.
3.5 Fasten the Material Choose a material that is safe for laser engraving and cutting and has a flat surface. Remove the cut paper. Fasten the material on the center of the laser engraving and cutting platform by using the silicone plugs. You can also fasten materials using other tools.
> Connection > select Wi-Fi > click Refresh > select your machine from the drop-down list > click Connect > tap Yes on the Touchscreen. You can also connect Snapmaker Luban to your machine using the USB cable. Quick Start Guide...
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On the top-left corner of Snapmaker Luban, click Back to go back to the Home page. Select Laser > 3-axis to enter the Laser G-code Generator . After finishing Job Setup, select Camera Capture > Add Background, and click Start. The machine will take a photo of the work area and use it as the background for the engraving and cutting object.
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After you obtain a normal-shaped image, click Confirm. The finished image will be loaded in the coordinate system. On the left toolbar, click to select an object file from your computer and add it to the canvas. Click to select the object, edit the object by using tools in the Edit panel, and click Next.
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Click to select the object, and click Create Toolpath. You can select the material you use and its processing method in the Preset list. Based on the selected Preset option, Snapmaker Luban will generate a set of recommended parameters. You can also configure work parameters on yourself.
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If one of the following conditions happens, thickness measurement may fail: The material thickness is over 50 mm. The material texture is transparent, or the material surface is glossy or specular. The material color is red or black. If the thickness measurement fails, you can unselect Auto Mode on the Start Job window so that you can enter the Manual Mode.
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After the laser engraving and cutting job is complete, open the Enclosure and take out the finished work. You can also start laser engraving and cutting on the Touchscreen. For more information, see the User Manual of the 10W Laser Module on https://support. snapmaker.com. 分享 Share! 你可将你的作品分享至我们 Share your finished work in 的...
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Maintenance Clean the Laser Lens Protector Scenarios After the 10W Laser Module has been used for a period of time, dust and grease may accumulate on the laser lens protector, which will significantly decrease the engraving and cutting capability of the laser. For this situation, you need to clean the laser lens protector to recover the engraving and cutting capability.
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We are here for you whenever you need general information or technical support: support@snapmaker.com. For any sales inquiries: sales@snapmaker.com. For product purchases: https://shop.snapmaker.com. Share anything you want with other Snapmaker users in our forum: https://forum.snapmaker.com. Share anything you want via the following channels:...
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“Darkness cannot drive out darkness: only light can do that. Hate cannot drive out hate: only love can do that.” ― Martin Luther King Jr. Original Instruction Y.3.B.A.0069-01 V1.0.0...
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