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En el Episodio 6, cambiamos de tema, de la soldadura a otra fascinante aplicación láser: ¡las Máquinas de Limpieza Láser DIY! Únete a nosotros mientras desmitificamos el proceso de construir la tuya. Cubriremos todo, desde la selección de la fuente láser y el cabezal de escaneo apropiados para una limpieza efectiva, hasta la comprensión de la ciencia detrás de ello y cómo navegar el ensamblaje. Fundamentalmente, enfatizamos las precauciones de seguridad vitales para trabajar con sistemas de limpieza láser.
Esta guía está diseñada para empoderarte a emprender este gratificante proyecto maker.
Para conocer las especificaciones técnicas completas, las instrucciones de construcción y los recursos mencionados, consulta nuestra detallada entrada de blog: https://alleriastore.com/es/blogs/news/comprehensive-guide-on-diy-laser-cleaning-machine
Además, obtén información sobre los últimos desarrollos de la industria destacados en el Informe SkyFire. ¡No te pierdas tu guía completa sobre limpieza láser DIY!

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Sitio web: https://laser-podcast.com/
YouTube: https://www.youtube.com/@Skyfirelaser
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In Episode 6, we're shifting gears from welding to another fascinating laser application: DIY Laser Cleaning Machines! Join us as we demystify the process of building your own. We'll cover everything from selecting the appropriate laser source and scan head for effective cleaning to understanding the science behind it and navigating the build. Crucially, we emphasize the vital safety precautions for working with laser cleaning systems.
This guide is designed to empower you to take on this rewarding maker project.
For the complete technical specifications, build instructions, and resources mentioned, check out our detailed blog post: https://alleriastore.com/blogs/news/comprehensive-guide-on-diy-laser-cleaning-machine
Plus, get insights into the latest industry developments highlighted in the SkyFire Report. Don't miss your comprehensive guide to DIY laser cleaning!

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Stay Connected with Laser Insights China:
Website: https://laser-podcast.com/
YouTube: https://www.youtube.com/@Skyfirelaser
Facebook Group: https://www.facebook.com/groups/99860245597977

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Stay Connected with Laser Insights China:

• Website: https://laser-podcast.com/
• YouTube: https://www.youtube.com/@Skyfirelaser
• Facebook Group: https://www.facebook.com/groups/99860245597977

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Ready to take on the ultimate maker project? In Episode 5, we're focusing entirely on building your own DIY laser welding machine! We break down the essential steps, from sourcing components and understanding the core principles to navigating the assembly process. Crucially, we cover the vital safety precautions you absolutely need to know.
This guide aims to demystify the process and empower you to start your own build.
For a detailed step-by-step walkthrough and technical specifications discussed in the episode, check out our comprehensive companion blog post: https://alleriastore.com/blogs/news/diy-fiber-laser-welding-machine
We also briefly touch on the latest industry trends highlighted in the SkyFire Report. Tune in for your deep dive into DIY laser welding!

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In this episode, we will dive deep into fiber laser repair. Are you curious about the maintenance and troubleshooting of fiber lasers? Or are you a laser system operator or engineer looking to enhance your skills?

In this episode, we will focus on the expertise and resources Sky Fire Laser brings to the field of fiber laser repair. You’ll learn about the first-ever complete fiber laser repair guide ebook  that was created in collaboration by Nine (Chief Fiber Laser Repair Technician) and Xiao Dong. This ebook fills the gap in the industry for practical repair guidance. The 90-page, 10-chapter ebook is based on real-world repair experiences and covers a wide range of topics, including an introduction to fiber and lasers, the internal structure and comparison of laser modules, laser control and monitoring technologies, the use of repair tools and equipment, fiber coating removal, the repair process, troubleshooting common issues, the use of fiber coating machines, post-repair testing, and laser repair practices. Whether you are a laser system operator, technician, engineer, or DIY enthusiast, this book will be an invaluable resource for you.

Are you eager to undergo more in-depth repair training? Sky Fire Laser offers professional laser repair training courses . Our training program is designed to provide you with hands-on experience and expert knowledge, enabling you to confidently diagnose and resolve various fiber laser issues. As demonstrated in the interview with one of our Indonesian clients who participated in our 14-day intensive training program, our rigorous training and practice ensure that learners master fiber laser repair skills.

Curious about the real feedback from our trained customers? Visit our Trained Client Interviews Page.

Stay tuned for this episode to gain more knowledge about fiber laser repair and discover how Sky Fire Laser can help you enhance your skills!

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Welcome back to Travis Mitchell's DIY Fiber Laser Cutter V2 build! In Episode 2, Travis lays out the core philosophy and ambitious goals driving the V2 design, aiming for a machine that's more powerful, user-friendly, and accessible for fellow DIY enthusiasts.

In this podcast, you'll learn about:

• Core Design Objectives: A comprehensive upgrade plan focusing on speed, maximizing the usable cutting area, enhanced safety (spark/fume control), and simplified operation (part removal).
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• Budget & Replicability: Targeting an approximate $10,000 budget while prioritizing readily available components to make the build easier for others to follow.
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• Key Component Insights: Understand the reasoning behind selecting the Max Photonics laser source and Raytools control system.
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• Lessons Learned from V1: Get an in-depth look at specific V2 design changes – like the lowered bed and internal rail mounting – and how they directly address space utilization and spark control issues encountered in the first version.

Ready to dive into the engineering details of this impressive DIY fiber laser?

Check out project details or find related parts here: https://alleriastore.com/

Enjoying the build? Give it a thumbs up and share your thoughts in the comments! Subscribe and enable notifications so you don't miss the next steps!

#DIYFiberLaser #LaserCutterDIY #TravisMitchellBuild #MakerSpace #HomemadeCNC #MetalCutting #MaxPhotonicsLaser #RaytoolsController #EngineeringChallenge #V2Upgrade

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Is your reliable CO2 laser cutter feeling its age? Whether you operate a Trumpf (like older TRU LASER/MATIC models), Bystronic (Byspeed, Bystar, Bysprint series), Amada (various LCG, FO, LC, EML, FOL models, often with Fanuc), Mitsubishi (HV, EX, LVP, VZ series), or even derivative brands like NTC (Komatsu), Koike, or Tanaka, retrofitting to fiber laser technology might be your smartest upgrade path!

The Adaptable Retrofit Process: A breakdown of the 3 key stages – mechanical, electrical, and testing – tailored to fit the specifics of your machine brand and model.

Navigating Diverse Systems: Learn how SKYFIRE tackles the unique technical challenges presented by different manufacturers, from physical adaptations to complex communication protocols found across various generations of Trumpf, Bystronic, Amada, Mitsubishi, and other machines.

Why Retrofit Your Specific CO2 Model? Understand the universal benefits: significant operational cost savings (energy, gas, parts), dramatic cutting speed increases (often 2-3x faster on stainless steel!), and revitalizing your investment in high-quality, durable machine frames, regardless of the original manufacturer.

SKYFIRE's Proven Multi-Brand Expertise: Discover their capability across a vast range of models, demonstrating deep technical knowledge necessary to successfully upgrade machines from all major manufacturers listed above and more.

Learn how SKYFIRE can breathe new, efficient life into your existing CO2 laser cutter, transforming it into a modern, high-performing asset, no matter the brand.

Is your specific model on the list or do you have another CO2 laser? Find out if retrofitting is right for you!

Explore SKYFIRE's expert laser retrofit services for a wide array of brands and models！

#LaserRetrofit #CO2toFiber #FiberLaser #LaserCutting #Manufacturing #MetalFabrication #TrumpfLaser #BystronicLaser #AmadaLaser #MitsubishiLaser #NTCLaser #KoikeLaser #TanakaLaser #CostSavings #MachineUpgrade #SKYFIRE #TALaser #LaserInsightsChina

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Welcome to the first episode of Laser Insights China! In this special episode, we delve into the fascinating journey of building a DIY fiber laser tube cutting machine, chronicled by Travis Mitchell on his YouTube channel. This episode provides a comprehensive overview of the entire project, from the initial design concepts and the creation of a custom self-centering chuck, to the construction of the robust frame and the intricate assembly of the X, Y, and Z axes utilizing various transmission systems including belt and pulley, rack and pinion, and ball screws.

We'll highlight the integration of high-performance components generously sponsored by Leadshine, including their AC servo motors and drives, and the crucial Raytools BM110 3D laser head and XC4000 T2 controller provided by Skyfire. Learn about the installation of the Raycus RFL-C1000 laser source, the development of an experimental exhaust system, and the setup of the gas control and chiller systems. We also touch upon the initial software configurations using Leadshine Motion Studio and Raytools 3D Cut Ahead.

Witness the dedication and problem-solving involved in bringing this ambitious DIY project to life, covering mechanical fabrication, electrical wiring (including EtherCAT servo drives), and the preliminary stages of system configuration. This episode serves as an introduction to the complete build process.

Watch the beginning of Travis Mitchell's DIY Fiber Laser Tube Cutting Machine project here: https://www.youtube.com/watch?v=GlvRYYCwKjc&t=15s

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