The AIScan 01 proved capable across a much broader range of objects than a simple first scan can show—but it was not a press-one-button solution for every material or shape. In this detailed hands-on review, I tested roughly ten objects: ceramic, black plastic, chrome, aluminum, a coin, AirPods, pliers, and a glass souvenir. The scanner delivered strong usable meshes on cooperative objects and, just as importantly, made it clear when marker alignment, scanning spray, separate sides, and offline merging were required.
Quick verdict: capable hardware, but the workflow still matters
The AIScan 01 can take care of many capture workflows from scan through a mesh that is ready to inspect or prepare for a slicer. Its strengths in this review were ceramic, dark plastic, and objects with enough geometry or markers to align reliably. It also produced useful results on more demanding objects once I used the appropriate mode and preparation.
The important limitation is that AI does not remove the physics of 3D scanning. Smooth, shiny, reflective, transparent, or two-sided objects still need planning. For several tests, the correct process was to capture the top and bottom separately and merge them in other software. For chrome and reflective metal, scanning spray made the difference between a nearly unusable result and a practical mesh.
The objects I tested—and why they matter
Rather than test only an easy matte figurine, I used objects that represent common real-world scanning problems. The test lineup included a ceramic mug and pencil holder; reflective and chrome tools; a silver coin; a black computer mouse; an AirPod; pliers with both shiny and dark areas; glass; and a 3DGS example. This range is the useful part of the review because it shows which changes in workflow actually affect the outcome.
Ceramic and textured objects: the easy wins
The ceramic mug was a good early example of a scan that looked simple but still needed the right alignment choice. I selected Low-Glossy mode because the cup was reflective, then initially tried Geo Align. The handle was picked up twice because of the cup’s texture and the way the scanner interpreted it. Switching to markers produced one expected handle and a result I was happy with, including useful detail when texture was enabled.
A small ceramic pencil holder also scanned cleanly in Low-Glossy mode. After the first pass, AI detection showed areas that were still missing because the scanner had not seen the bottom. Flipping the object and scanning the remaining surface completed it. That is a recurring lesson: an AI detection tool can tell you what is missing, but it cannot see a surface the camera never captured.
Two-sided objects: scan each side, then merge
The review repeatedly showed that an object can scan well on one face and still need a two-pass workflow. Wrenches, the AirPod, the mouse, and the coin all illustrate the same practical rule: if the scanner cannot see the underside, do not force one continuous scan to solve the problem. Capture one side, capture the other, and merge the results afterward.
Geo Align was not always the right choice for this. On the mouse, the top and side initially looked good in Geo mode, but flipping it led to an unnatural double representation. Marker mode gave a usable result on the black plastic mouse, including the required detail, and made the later merge path clearer. The AirPod behaved similarly: its visible side came through with grille details, but a second side and post-processing were necessary for a complete reproduction.
Reflective metal: scanning spray is not optional
The chrome wrench test was deliberately difficult. Without spray, the camera view could look promising while the actual scan collected only fragments; the end result was far from usable. A silver coin told the same story. With spray, the coin captured much better detail. Without it, the surface was close to a blank silver circle.
This is not a small polish step. For highly reflective metal or chrome, spray changes whether the scanner can track and capture the surface at all. I usually try a scan without spray first because a can of 3D scanning spray is an added cost, but this test reinforced that it is worth having when you need a dependable mesh from difficult materials.
Pliers made the preparation lesson even clearer because they mixed shiny metal with a dark reflective area. The first sprayed attempt still had a missing spot where coverage was thin. After touching up the spray and rescanning, the front and detail looked much better. Preparation needs to be even, and if the result exposes a missed area, it is faster to fix coverage and rescan than to try to repair an incomplete capture blindly.
Black plastic worked better than expected
Black objects are traditionally challenging for many scanners, so the computer mouse was an important test. With the AIScan 01 set to Dark mode and marker alignment, it captured the necessary detail without an obvious problem. The review even shows fingerprint and surface detail in the textured result. That does not mean every black object will be equally easy—shape, gloss, and lighting still matter—but it is a promising result for a common problem material.
Glass and 3DGS: useful results, but know what you are making
The glass souvenir was always likely to be difficult. The scanner was able to pick up much of the inside detail—sand, shells, and other visible features—better than I expected. It could not cleanly capture the complete glass container inside and out in one practical result. If the goal were the outside of a glass jar, spray could help; if the goal is the interior detail, the partial capture may still be useful. The intended use should decide whether that result is good enough.
I also showed a short 3DGS, or Gaussian splatting, test. It can create impressive visual detail for graphics, art, or game design, and more coverage improves the result as long as the camera does not move too quickly. It is not the path I would normally choose for a 3D-printable part. A normal scan with markers and merged meshes remains the more direct workflow when the final destination is a slicer.
A repeatable AIScan 01 workflow
- Inspect the object first: note gloss, reflectivity, transparency, dark surfaces, hidden undersides, and whether it has enough geometry to align.
- Choose the scanning mode deliberately. In this review, Low-Glossy helped with reflective ceramic and tools, while Dark mode was used for the black mouse.
- Use Geo Align only when the object’s geometry makes it dependable. Move to marker alignment when a flip or a repeated shape confuses the scan.
- Run AI detection after the first pass, then capture the missing angles rather than assuming the mesh is complete.
- For a complete physical object, scan the front and back separately when needed and merge them offline.
- Use scanning spray for chrome, reflective metal, and other surfaces where the raw scan produces fragments; apply it evenly.
- Inspect the mesh before printing. A visually impressive texture does not guarantee the model is closed, complete, or ready for the slicer.
Who the AIScan 01 is for
This scanner makes the most sense for makers, modelers, and creators who want to capture physical objects and are willing to learn the basic workflow. It is especially appealing if your work includes ceramic pieces, dark plastic, tools, small electronics, or objects you can prepare with markers and spray. The scan results in this review show that the device can produce useful meshes, but the operator still needs to choose modes, capture enough angles, and sometimes merge data afterward.
Skip the expectation that it will perfectly capture any object in one pass. Transparent glass, highly reflective chrome, hidden undersides, and symmetric flipped forms are still work. If you only need a visual asset, 3DGS may be interesting; if you need a printable part, plan for normal scan capture and mesh cleanup.
Frequently asked questions
Can the AIScan 01 scan shiny metal without spray?
The chrome wrench and unsprayed coin tests were not usable enough to recommend that workflow. Spray made a substantial difference in the detailed metal tests.
Does it scan black plastic?
In this review, the black computer mouse captured well in Dark mode with marker alignment. Results will still depend on the object’s finish, shape, lighting, and whether all sides are captured.
Can I scan an object in one pass?
Sometimes, but do not count on it for a full object. The review shows multiple examples where the practical approach is separate front and back scans followed by an offline merge.
Continue the scanning workflow
Start with the AIScan 01 unboxing and first-scan review if you want the initial setup and first capture. Then use the AI to 3D Printing & 3D Scanning hub to move from a scan to a printable model, and compare the workflow with the Revopoint POP 4 first look. Once you have a printable mesh, use the Material Advisor to choose a material that matches the part’s job rather than just its appearance.