PayoCreality Scan 4 now includes a major upgrade: global marker import/export. To take full advantage of this, I designed a 3D printable turntable that supports the feature. Now I only need to scan the markers once and reuse them for future scans—saving a ton of time.
DIY 3D Printed Turntable for Creality Scan 4’s New Major UpgradePayo2025-07-29 | Creality Scan 4 now includes a major upgrade: global marker import/export. To take full advantage of this, I designed a 3D printable turntable that supports the feature. Now I only need to scan the markers once and reuse them for future scans—saving a ton of time.
Thrust bearing 51211 From SBC Magnets 6x3 mm, 4 pcs
#3dscanning #turntable #crealityRevopoint Metro X - Exposing the Real Frame Rates - The Truth About 3D Scanner FPSPayo2025-10-17 | I've always been curious why the Revopoint Metro X, despite its higher reported FPS compared to the Creality Scan Raptor, actually tracks and scans more slowly. In this video, I’ll reveal the Metro X’s true frame rate by counting how many frames appear in the viewport per second.
Huge thanks to the viewer who sent me this Metro X unit for testing—this video wouldn’t be possible without your support.
#3dscanning #creality #raptor #revopointSlow-Mo Strobe: Blue Laser in ActionPayo2025-10-15 | Demonstrating blue laser strobe from 3D scanners - Creality Scan Raptor Pro, Raptor X, Sermoon S1 and Metro X
#creality #raptor3D Printing an EV Battery Shield - Reverse Engineering Workflow & TutorialPayo2025-10-14 | Here's the step by step tutorial reversing an EV battery shield cover using AutoDesk Inventor. The 3D scan was made earlier in my previous video. (youtu.be/dbRxu4RURc8) using Creality Sermoon S1.
#3dscanning #creality #3dmakerpro #revopoint #matterandformFrom Scan to Print: EUC Pedal Guard with Creality Sermoon S1 (CR Scan 1.3.7)Payo2025-10-06 | This video walks through the complete workflow—from 3D scanning to reverse engineering and 3D printing—used to create a custom EUC pedal bracket guard. It also highlights the improved scanning speed in Creality Scan version 1.3.7.
#3dscanning #3dprinting #reverseengineering #crealityMarkerless Scanning Showdown - Car ConsolePayo2025-10-03 | Markerless Tracking Showdown: Raptor, Sermoon S1, Otter & Otter Lite vs a Flat Car Console.
#3dscanning #creality #raptor #otter3D Printing a Lexus IS250 Mirror Cover: Reverse Engineering with Creality Scan RaptorPayo2025-09-30 | Old car parts aren’t easy to come by—but thanks to today’s 3D tech, you can scan and print your own. This project comes from a viewer who used the Creality Scan Raptor to digitize a Lexus IS250 mirror cover. I’ll show you how I reverse engineered the part and got it ready for 3D printing.
#3dscanning #reverseengineering #3dprinting #carpartsCreality Scan 4’s Merging Magic: How to Merge Thin, Featureless ScansPayo2025-09-26 | In 3D scanning, merging is the make-or-break step. If you only capture one side of your model, chances are you won’t be able to rebuild it in CAD. That’s why Creality Scan 4’s new update is a game-changer—it brings a fresh merging algorithm and workflow that can turn incomplete scans into usable models.
#3dscanning #creality #raptorCreality Sermoon S1: Best Markerless 3D Scanner in 2025?Payo2025-09-25 | I always thought Otter was unbeatable for markerless tracking. But the Sermoon S1’s infrared performance—especially on small and medium objects—caught me off guard. Let’s explore the results together.
#3dscanning #creality3DMakerPro Eagle: Large Loop Scan—Zero Drift in Ray Studio 1.0.8 !Payo2025-09-24 | LiDAR scanners often suffer from drift when scanning large loops. Traditionally, this is corrected using GPS (RTK fusion) or SLAM algorithms. Ray Studio 1.0.8 introduces a manual loop-closing feature that effectively eliminates drift. In this video, I’ll show you how it works.
Moose 3D Scanner on 3DMakerpro store: Moose: bit.ly/3EcxacW (Discount code: PY15)
#3dscanning #3dmakerpro #eagle #lidar3D Scan to CAD Workflow with Creality Scan 4 – Point Cloud vs Mesh for Split Mold DesignPayo2025-09-23 | Creality Scan 4 introduces mesh fusion, enabling precise reverse engineering directly from mesh data. In this video, I’ll compare two workflows in Autodesk Inventor—one using mesh, the other point cloud—while designing a split mold from 3D scan data.
#3dscanning #reverseengineering #creality #cadBudget 3D Scanners That Actually Work for Car Parts – Creality Scan 4 Tested!Payo2025-09-20 | Scanning thin-shell car parts used to be a nightmare for budget 3D scanners. But Creality’s CR-Scan 4 v1.2.8 might just flip the script. With improved merging capabilities, this low-cost scanner now tackles tricky geometries with ease. Time to compare three budget contenders—how do they stack up when scanning real-world automotive shells?
#3dscanning #carparts #creality #raptor #otterNo More Wet Counters! DIY Drip Tray Fix with Creality Sermoon S1Payo2025-09-13 | Tired of water pooling on your countertop? I tackled it with a 3D workflow—scanner, printer, and a bit of design. Using the Creality Sermoon S1, I scanned the counter, reverse-engineered a sleek drip tray to match perfectly and printed it in two parts before gluing them together. Functional and good-looking.
#3dscanning #3dprinting #reverseengineering #crealityReverse Engineering a Motorcycle Fairing Creality Scan Raptor + 3D Print WorkflowPayo2025-09-09 | A viewer sent me a scan of a Suzuki DL1000 V-Strom fairing, and in this video, I’ll show you how I reverse engineered it using the Creality Scan Raptor. Since the fairing is quite large—62 cm long—I had to break it into smaller sections to make it printable.
#3dscanning #reverseengineering #creality #raptorBest 3D Scanning Spray in 2025 Or Skip It Altogether? (AESUB - SKD S2 - Dry Shampoo)Payo2025-09-04 | Is scanning spray still essential in 2025? Let’s find out! In this video, I put three AESUB sprays—Blue, Red, and Diamond—to the test and compare them with my go-to favorite: SKD S2 from Magnaflux. Plus, I’ll show how the latest Creality Scan V 1.2.8 handles black surfaces without any spray at all.
#3dscanning #aesub #creality #revopointDIY Helmet Air Scoop: 3D Scan to Print (Featuring Creality Sermoon S1)Payo2025-08-29 | This video showcases the reverse engineering and airflow optimization of a helmet air scoop, followed by 3D printing. It also evaluates the Sermoon S1 3D scanner's performance when capturing black, glossy plastic surfaces without spray, and demonstrates techniques for merging thin-shell geometries.
#3dscanning #3dprinting #reverseengineering #creality #sermoonReverse Engineered EUC Stand: 300g Print Holds 35kg!Payo2025-08-26 | Discover how a 0.3 kg 3D-printed part can support over 30 kg—demonstrating the structural efficiency of additive manufacturing. In this video, I’ll guide you through the full workflow: from 3D scanning and reverse engineering to final print
#3dscanning #3dprinting #reverseengineering #crealityReverse Engineering Threads in FreeCAD - Step by Step GuidePayo2025-08-24 | FreeCAD is free, precise, and surprisingly easy to master. In this video, I’ll reverse engineer the female thread of a container cap—and show you how to do it yourself.
#3dscanning #reverseengineering #freecad #cloudcompare #3dprinting3D Print Your Own Spout Cap - Creality Sermoon S1 DIY ProjectPayo2025-08-20 | Say goodbye to spills: I reverse-engineered a spout cap with my 3D tools, and you can too.
#3dscanning #3dprinting #creality #sermoonMy Experience with the Algor Laser Pixi - Wins, Woes & WorkflowPayo2025-08-18 | My Experience with the Pixi Compact Laser Engraver by AlgoLaser 👍 What I Loved: - Impressively fast engraving speed - Rigid and stable die-cast frame - Fully enclosed design for safety and cleanliness - Operates independently—no PC or phone needed. - Compact footprint; can be placed directly over the workpiece - Comes with an exhaust fan and pipe included - Compatible with rotary roller for cylindrical objects - Reliable firmware—no bugs encountered - Fair and accessible pricing 👎 What Needs Improvement: - Several grub screws were loose straight out of the box - Top lid fits too tightly, making it hard to open - Cutting plate is tricky to remove - Height adjustment mechanism is frustratingly stiff - Rotary roller plug feels flimsy and prone to wear - Limited engraving space when using rotary—anything larger than a soda can won’t fit
#laserengraving #algolaser #pixiFrom Scan to Fit: 3D Printed Aluminum Profile Connectors with Creality Sermoon S1Payo2025-08-16 | It's now much easier to swap out injection-molded plastic parts with 3D-printed replacements. In this video, I’ll show you how I used a 3D scanner and printer to recreate a worn-out plastic joint from my drying rack.
#3dscanning #3dprinting #reverseengineering #creality #sermoonCan This Printed Hook Handle Real Dough? Reverse Engineering with Creality Sermoon S1Payo2025-08-12 | Ever wondered which aluminum parts could be replaced with lighter, more cost-effective 3D printed engineering plastics? In this video, I reverse engineer a spiral dough hook, print it using ABS CF25 from BIQU, and put it to the test—mixing real dough to see if it holds up.
#3dscanning #3dprinting #reverseengineering #creality #sermoon #biquCreality Sermoon S1 3D Scanner: Beginner’s Guide & Raptor Pro ComparisonPayo2025-08-09 | Learn how to set up your Creality Sermoon S1: calibration, Wi-Fi connection, exposure settings, and scanning modes (single, parallel, cross lines). Plus, see how it compares to the Raptor Pro on deep-pocket and complex scans.
#3dscanning #creality #raptor #sermoonDIY 3D Scanner Turntable for 250mm Print BedsPayo2025-08-03 | This is the 3D-printed turntable designed for 250mm build plate printers like the Bambu Lab P1S, X1C, and Anycubic Kobra S1.
Thrust bearing 51211 From SBC Magnets 6x3 mm, 4 pcs
#3dscanner #turntableCreality Sermoon S1 In-Depth Review – Zero Blind Spot 3D Scanning in ActionPayo2025-08-02 | Creality’s latest 3D scanner is designed for professional users, offering high-speed scanning with both 7-line and 34-line laser arrays. A dedicated single-line laser enables precise capture of deep pockets and crevices, eliminating blind spots entirely. It also features an integrated Otter Lite depth camera with enhanced range, enabling marker-free tracking in infrared mode.
#3dscanning #creality #sermoonDesign Custom Marker Cubes for 3D Scanners in FreeCAD – Full GuidePayo2025-07-27 | Marker Cubes: Why They Matter for 3D Scanning and How to Design Them In this video, I’ll dive into what makes a good marker cube and how it impacts your 3D scanning results. For the modeling process, I’ll be using FreeCAD—a free, open-source tool—so you can follow along step by step.
And if CAD is not something for you, here's the download link. skfb.ly/p8VD9
#3dscanning #freecad #creality #raptorCreality Scan Raptor Tutorial: How to Scan Thin Objects - Step by Step GuidePayo2025-07-25 | Scanning thin objects—especially those around 1.0 mm thick—can be tricky. It’s often hard to merge both sides into a complete scan. In this video, I’ll show you how to successfully scan a thin object from both sides using the Creality Scan Raptor.
3D printed markers using in this video: skfb.ly/p8VD9
#3dscanning #creality #raptor3D Printed Engine Water Pump Cover — Will It Actually Work? Reverse Engineering Case StudyPayo2025-07-24 | In this project, a viewer wants to replace an aluminum engine water pump cover with a 3D printed version. So, let’s put modern engineering plastics to the test. I’ll guide you through the full process — from reverse engineering in CAD, to load simulation, and finally 3D printing with polycarbonate filament.
#3dprinting #carparts #reverseengineeringReverse Engineering for Beginners in FreeCAD: Chair Leg Cap TutorialPayo2025-07-22 | Here's a step-by-step walkthrough—from 3D scanning with Raptor Pro, aligning the model to the XY plane in CloudCompare, to reverse engineering using the free and open-source FreeCAD software.
The point cloud for using with this tutorial. skfb.ly/pzuxL
#3dscanning #freecad #reverseengineering #3dprinting #creality #raptorReplacing Aluminum with 3D Printed: Reverse Engineering Case Study with Creality Scan Raptor ProPayo2025-07-18 | Polycarbonate is a standout engineering plastic, offering exceptional stiffness and strength that make it a viable substitute for cast aluminum components. In this case study video, I’ll demonstrate how to recreate a bicycle handlebar clamp using a full digital workflow: 3D scanning, reverse engineering, finite element analysis, and 3D printing.
#3dscanning #3dprinting #reverseengineering #creality #raptor3D Printed Nylon Lure: Scan-to-Print WorkflowPayo2025-07-15 | Here's my streamlined process: I start by 3D scanning the fishing lure using the Matter and Form THREE, then refine the model with Adobe Substance 3D Modeler to clean up imperfections. After that, I upscale the design using a slicer to achieve a larger version, and finally, I 3D print the finished model using Polymaker's PolyMide CoPA Nylon filament
3D Scanner in this project - Matter and Form THREE matterandform.net
3D Printer in this project - Creality K2 Plus
#3dscanning #3dprinting #nylon3D Printed Engine Air Box: A Reverse Engineering Case Study with Creality Scan RaptorPayo2025-07-11 | If the original auto part is made of plastic, chances are you can replicate it using a 3D scanner and printer. Since the mechanical properties—like strength and stiffness—are comparable, today’s advanced 3D scanning and printing technology makes it easy to reproduce such components right from home.
#3dscanning #3dprinting #reverseengineering #autoparts #creality #raptorBoosting 3D Print Stiffness with Steel Reinforcement - Engine Valve Cover Case StudyPayo2025-07-08 | While PA-CF filament offers about half the tensile strength of aluminum, its stiffness is significantly lower—roughly 14 times less. To compensate, engineers often need to scale up the size of 3D printed parts to achieve the required strength and rigidity. However, in many real-world applications—like engine components—we’re limited by tight spatial constraints that make oversized parts impractical. In this video, I’ll show you how I reinforced a 3D printed part using a steel plate, and the impact it had on both strength and, more importantly, stiffness. This is especially critical for components like an engine valve cover, where high stiffness is essential to properly compress the oil seal and prevent leaks.
Deformation from simulation. 210 kg pre-load. Aluminum cast max. deflection = 0.15 mm PA 6 = 3.58 mm PA 6 with steel reinforce = 1.97 mm
#3dprinting #carparts #reverseengineering #cadCan You 3D Print an Engine Valve Cover?: Reverse Engineering Case Study - Filament Selection GuidePayo2025-07-06 | Reverse engineering doesn’t just give you a 3D model ready for printing—it also provides a simulation-ready model for analyzing stress and deformation. This means you can predict the part’s strength before printing and choose the most suitable engineering plastic for the job with confidence.
#3dscanning #3dprinting #carparts #reverseengineering #cadReverse Engineering for Beginners: Design a Tool Holder in FreeCAD with Matter and Form THREEPayo2025-07-02 | In this tutorial, you'll learn how to reverse engineer a simple part using free software—CloudCompare and FreeCAD. With a beginner-friendly example, you'll be able to follow along and create your own 3D model from start to finish The 3D scan file download link (BIN file to be open in CloudCompare) drive.google.com/file/d/1p-YXoXd7Q05MD0wfa6uQmzc2DKskqh8H/view?usp=sharing
#3dscanning #freecad #reverseengineering #3dprinting #cadFrom $50 to $5: Reverse Engineering a Fan Guard with Creality Scan Raptor XPayo2025-06-30 | Injection-molded plastic parts can get pricey—especially when they were made over a decade ago. Their rarity, and the added costs of storage and shipping only drive the price higher. But with a 3D scanner, a bit of CAD reverse engineering, and a 3D printer, you can save a ton. In this video, I’ll walk you through the entire process of reverse engineering this AC fan guard and turning it into a functional, low-cost 3D print.
#3dscanning #3dprinting #spareparts #creality #raptor3D Printed Battery Cover: A Case Study in Reverse Engineering with Creality Scan RaptorPayo2025-06-27 | Ever had a remote control lose its back cover? If you run a rental property, you probably know the struggle—these little covers seem to disappear along with your tenants. One of our viewers sent in a 3D scan of their remote, and in this video, I'll walk you through the full process of reverse engineering and designing a brand-new 3D printable replacement. Let’s rebuild this piece step by step and bring it back to life with 3D printing.
#3dscanning #reverseengineering #3dprinting #creality #raptor3D Printing a Spare Part: Reverse Engineering a Headlight Guard with Creality Scan RaptorPayo2025-06-25 | This video showcases a real-world case study contributed by a viewer of this channel. He shared a 3D scan of an excavator's headlight protector, requesting my help to reverse engineer the part so it could be 3D printed using his compact Creality K1 printer. The scan was created with the Creality Scan Raptor, capturing both the outer and inner shells, which were later merged. The reverse engineering process was completed using Autodesk Inventor.
#3dscanning #reverseengineering #3dprinting #spareparts #creality #raptorThe Truth About 3D Scanner Precision in Reverse Engineering - A Case Study with RevoPoint Mini 2Payo2025-06-20 | Low-cost 3D scanner ads—especially from Revopoint—often promote impressive precision and performance. However, in real-world applications like reverse engineering automotive parts, the results can tell a different story. As shown in this video, precision errors of up to 2.0 mm can occur on small components, with noticeable distortion and deflection in the scans. While the affordable price and spec sheet may seem attractive, the actual output often falls short of expectations.
#3dscanning #reverseengineering #revopoint3D Scanning to Car Seat Pattern: Full Workflow with Creality Scan Otter LitePayo2025-06-19 | Replacing car seat fabric or leather can be much easier with the help of a 3D scanner. By capturing the cutting pattern digitally—without removing the original cover or even taking the seat out of the car—you save time and avoid hassle. This means your customer can keep using their vehicle while you prepare the replacement material. In this video, I’ll walk you through the complete process: from 3D scanning with the Creality Scan Otter Lite to generating a precise cutting pattern in CAD.
#3dscanning #carseatcover #patternmaking #creality #otterFrom Scan to Print: How to Make a Perfect 3D Printed Car Vent Visor with Creality Scan Raptor XPayo2025-06-17 | My process for creating a 3D printable car vent visor starts with using the Creality Raptor X to scan the door frame. I then reverse engineer the scanned data in CAD to precisely model the vent visor, ensuring it aligns seamlessly with the door frame. Since the final part is quite long (1.0m), I divide it into four sections for 3D printing. These sections are then assembled using insert pins and adhesive for a sturdy and cohesive final piece.
Creality Store Raptor X Link (Non-affiliate): bit.ly/40umpec
#3dscanning #3dprinting #carparts #creality #raptor3D Scanning & Printing: Making an AC Deflector BracketPayo2025-06-16 | Here's a streamlined process of how I design a self-locking bracket to secure a broken AC air deflector, using 3D scanning and reverse engineering.
Creality Store Raptor X Link (Non-affiliate): bit.ly/40umpec
#3dscanning #reverseengineering #creality #raptorMaking K2 Plus Waste Chute with Creality Scan Raptor X (Free Download)Payo2025-06-15 | The Creality K2 Plus 3D printer doesn’t include a waste chute, so excess filament is expelled from the back of the machine. Due to its substantial weight, rotating the unit for cleaning can be quite a challenge. In this video, I'll walk you through how I 3D scanned and reverse engineered the back panel to design a custom waste chute for easier filament disposal and 3D printing.
Creality Store Raptor X Link (Non-affiliate): bit.ly/40umpec
#3dscanning #3dprinting #creality #raptor #reverseengineeringCreality SpacePi X4 Filament Dryer – First Look & ReviewPayo2025-06-14 | Here's my first look at the new Creality SpacePi X4, a fully automatic filament dryer designed for effortless printing with PETG, TPU, and PA filaments. Its intelligent drying system activates only when humidity levels rise, so you can leave it plugged in without worry. A must-have for anyone seeking reliable, high-quality prints!
#3dprinting #filament #dryer #crealityCan Revopoint Metro X Scan Plastic Car Parts? Head-to-Head with Creality Scan Raptor!Payo2025-06-12 | This is another comparison of 3D scanning performance on automotive plastic parts—typically thin, lacking overlapping side walls, and challenging for lower-performance 3D scanners.
#3dscanning #revopoint #metrox #creality #raptor3DMakerPro Eagle LiDAR Scanner - Stockpile Volume Measurement - Step by Step Guide!Payo2025-06-08 | Looking for a budget-friendly way to measure stockpile volume? I use the affordable 3DMakerPro Eagle LiDAR scanner, combined with the free-to-use CloudCompare software, to quickly and precisely calculate stockpile volume with accuracy and efficiency.
Moose 3D Scanner on 3DMakerpro store: Moose: bit.ly/3EcxacW (Discount code: PY15)
#3dscanning #3dmakerpro #eagle #stockpile #cloudcompareFrom Scan to Print – 3D Printing a Car Door Mirror Cover with Creality Scan Raptor XPayo2025-06-06 | In this video, I'll walk you through my workflow, starting with 3D scanning the door mirror cover using the Creality Scan Raptor X. Then, I'll reverse-engineer and modify the design in AutoDesk Inventor to create a version optimized for 3D printing. Finally, I'll cover the printing process, smoothing techniques, and spray painting for the finished look.
3D prints external marker download link: skfb.ly/p8VD9
Creality Store Raptor X Link (Non-affiliate): bit.ly/40umpec
#3dscanning #3dprinting #reverseengineering #creality #raptorSmooth Like a Pro! Car Filler Fix for ABS 3D Printed Plastic TrimPayo2025-06-01 | In this video, I'll take you through the step-by-step process of eliminating layer lines from a 3D-printed plastic trim—originally created in my 3D scan to CAD project. This print was made using high-speed ABS filament, taking just two hours to complete. While it functions exactly as intended, the surface finish doesn’t quite match the look of the original part. To fix that, I tried using car filler, which turned out to be the fastest, most cost-effective, and easiest method for achieving a perfectly smooth surface.
#3dprinting #carinterior #smoothskin3D Scan to CAD: How I Made a 3D Printed Plastic Trim with Creality Scan Raptor ProPayo2025-05-30 | In this video, I'll walk through my process of 3D scanning a plastic trim piece designed to cover the seat belt mounting point. Then, using AutoDesk Inventor, I'll reverse engineer the design in CAD to develop a 3D-printable version of the replacement part.
3D prints external marker download link: skfb.ly/p8VD9