Revopoint MINI 2 Review

The Revopoint MINI 2 is worth considering if you want to copy small, detailed shapes and you’re willing to spend time finishing the scans. Figurines, decorative pieces and sculpted forms make more sense for it than a steady stream of simple replacement parts. Its biggest drawback is the work between capturing an object and getting a file you can actually use.

Reported tests show recognizable figurines with useful surface detail, alongside missing areas, softened features and an unsuccessful colored-toy scan. Those examples cover a small selection of objects. They don’t establish that every tabletop miniature will survive the process intact, or that a scanned connector will fit its matching part.

I’d choose the MINI 2 for copying shapes that would be difficult to draw yourself. For larger, more varied objects, the INSPIRE 2 is a useful alternative to consider. If your main goal is quick, accurate copies of brackets or spacers, compare the scanning effort with measuring and drawing them in computer-aided design software, or CAD.

How much detail does the MINI 2 keep?

The MINI 2 can preserve enough detail to make a convincing small model. Whether that’s enough for your project depends on which details you can’t afford to lose.

In one reported Revo Scan 5 test, the supplied Agrippa bust retained hair and eye detail after two angled scans were merged, holes repaired and stray points removed. The exported model was also printed. A resin-printed Ranni figurine needed similar cleanup; it remained recognizable but lost some fine detail. A marble-run track piece captured holes and recesses after two rotations and merging. Its STL file, a common 3D model format, opened successfully in software that prepares models for printing.

Those are encouraging results for copying an overall shape. For miniatures, though, look beyond the silhouette. A recognizable face isn’t necessarily a faithful copy of its eyelids, and a complete cloak doesn’t tell you whether its smallest folds remain distinct. If those details are the reason you’re buying a scanner, a finished example at your intended scale matters more than an attractive overview image.

Hidden surfaces are another limit. In a separate hands-on test, a TIE Fighter model repeatedly had missing areas inside its wings. Combining scans from different angles helped, but the reviewer still hadn’t finished a printable version. This is a useful warning for figures with overlapping arms, deep clothing folds or narrow gaps: the scanner needs a view into the area you want to reproduce.

Revopoint specifies a minimum scan volume of 10 × 10 × 10 mm. That describes the object’s overall size, not the smallest feature it will reliably preserve. A miniature taller than 10 mm can still have fingers, blades or ornaments that are much harder to capture than its body.

Also separate the shape from the color. Geometry is the model’s three-dimensional surface; a color texture is an image laid over that surface. Paint can make a digital model look detailed without adding any shape that a single-color printer can reproduce.

In the Revo Scan 5 toy test, a colorful Lego character suffered poor color capture and major alignment errors. A Reddit owner reported good color textures on anatomical specimens scanned in a well-lit room. These were different materials and workflows, and the owner report isn’t a controlled comparison. If color quality will decide the purchase for you, ask to see a scan of something similar to your own painted object.

Can you trust a MINI 2 scan to fit another part?

You shouldn’t treat the MINI 2’s advertised precision as a promise that a finished replacement part will fit.

Revopoint lists single-frame precision of up to 0.02 mm and single-frame accuracy of up to 0.05 mm. Precision describes how closely repeated measurements agree. Accuracy describes how close a measurement is to the true value. A scanner can give repeatable measurements that are still slightly wrong.

The manufacturer says both figures come from a controlled laboratory environment. They’re measurements from one viewing angle, before you combine views into a complete object. They aren’t a guaranteed error limit for your finished model, and the published qualification doesn’t give you a complete test procedure you can reproduce at home.

Combining scans introduces another place for error. If two views line up imperfectly, an edge can become doubled or a flat face can turn rough. Smoothing and filling holes may make that model look cleaner while changing its shape. Printing then adds the effects of your printer, material and settings.

Reported dimensional checks don’t explain the measurements well enough to promise that a complete scan will stay within 0.05 mm of the original. Likewise, successful slicing only tells you that software could prepare the model for printing. It doesn’t prove that a hole is the right diameter or that two pieces will connect.

For a part that must fit, measure the important dimensions separately. Check hole spacing, shaft diameter and the surfaces that meet another part against the original, then check them again after printing. Treat the scan as a reference where those dimensions matter.

You’ll also need to distinguish a mesh from an editable CAD design. A mesh describes the surface with many small triangles. It doesn’t automatically contain a named hole, an adjustable wall thickness or the original designer’s dimensions. Recovering those features is another modeling job. For a simple spacer, drawing a few measured shapes may be quicker; for a sculpted handle, the scanned surface may save substantial drawing work.

Which surfaces make MINI 2 scanning harder?

The MINI 2 uses blue structured light: it projects a pattern and uses cameras to work out the surface’s shape. It needs to see that pattern clearly and keep track of which part of the object it’s viewing.

Dark, transparent and highly reflective surfaces can interfere with capture. Revopoint recommends scanning spray for those objects. A hands-on reviewer also reported persistent errors on glossy surfaces despite hours of experimentation. Don’t assume blue light means you can scan bare polished metal or every black plastic successfully.

Color alone isn’t a reliable pass-or-fail rule. An owner’s complaint that dark or colored objects were difficult doesn’t establish that only white objects work. Equally, an isolated successful black-object report doesn’t make the MINI 2 universally better than infrared scanners. Surface finish, lighting, exposure and shape all matter.

Spray gives the scanner a more visible, matte surface, but coating the object may be a problem. It covers the original color during capture, and you shouldn’t assume it’s suitable for delicate paint or unfinished clay. Follow the spray maker’s instructions about suitable surfaces and its safety data sheet, including ventilation and protective-equipment requirements. If you can’t coat an object, ask for a successful scan without spray before buying.

Simple shapes can be surprisingly troublesome. A detailed figure gives the software distinct features to recognize; a plain cylinder or repeating pattern gives it fewer clues. Feature tracking follows recognizable shape, while marker tracking uses reflective dots as reference points. A marked turntable topper can help when you don’t want dots on the object, provided the scanner can see enough of them. Markers help tracking; they don’t make a transparent surface opaque.

Plan for an indoor bench with controlled lighting. The working distance is 120–250 mm, roughly 5–10 inches. At those limits, the capture area ranges from 52 × 64 mm to 168 × 132 mm. That’s a small window to keep filled as you change angles.

I’d start with the tripod and turntable. Handheld scanning adds the job of maintaining distance and steady movement. The MINI 2’s motion sensor assists tracking, but owner reports of slipping alignment show why it shouldn’t be treated as a cure for difficult geometry.

Getting from a MINI 2 scan to a usable file

The MINI 2 can be a first scanner if learning the process is part of what you want to do. It’s a less comfortable choice if you expect scanning to be an occasional, effortless shortcut.

Revo Scan is Revopoint’s free capture and processing software. MINI 2 support now includes Revo Scan 6 on Windows, macOS, Android and iOS; Revo Scan 5 remains available. The older hands-on results discussed here used version 5, so their timings and ease-of-use findings shouldn’t be read as tests of version 6.

Version 6 simplifies file handling and lets you keep several processed versions of a scan. That gives you more room to experiment, but it doesn’t establish that older tracking or color problems are fixed. Some advertised AI tools for separating objects from backgrounds and building realistic-looking scenes are reserved for POP 4 and INSPIRE 2. Don’t buy a MINI 2 expecting those features.

Computer requirements deserve attention before checkout. For Windows, the Revo Scan 6 manual lists 16 GB RAM and an Intel i7 13th-generation or AMD Ryzen 7 5800 processor as its minimum, with 32 GB recommended. Its graphics-card recommendation is optional. These are higher requirements than the older MINI 2 support FAQ’s Core i5/8 GB guidance.

For a new setup, budget around the requirements of the software version you’ll use. The download guidance specifies x86-64 Windows and ARM64 Macs for version 6. Older Intel Macs and Windows laptops with ARM processors need particular care; the operating-system name alone doesn’t establish compatibility. Mac requirements also differ between Revopoint’s pages, so confirm your exact machine before buying it for this scanner.

A phone can handle capture, and a reported Android test worked well for straightforward objects. That reviewer moved to a PC for more involved editing. Don’t assume a phone app includes every desktop function; check the editing and export tools you need before planning a phone-only setup.

The basic route to a finished model looks like this:

1. Connect and check the scanner. Mount it securely, connect through USB or use Wi-Fi with a separate power source, and follow any calibration prompts. The motion-sensor calibration is separate from checking the scanner with its calibration board.
2. Capture the visible surfaces. Watch distance and exposure, then change the object’s position to reach areas hidden underneath or behind other features. Leave shared detail between views so they can be aligned.
3. Clean and combine the scans. Remove unwanted points representing the table or background. Align the separate views, inspect the join, and merge them. If the join is wrong, correct it before smoothing anything.
4. Inspect the mesh. Repair missing surface areas carefully. A mounting hole is part of the object, not a mistake to close. Where a gap hides important detail, another scan is preferable to asking software to invent the surface.
5. Export for the next job. STL is a straightforward choice for single-color printing. OBJ and PLY can carry color information where supported. Check the result in your slicer—the program that prepares printer instructions—or continue rebuilding it in CAD.

One Revo Scan 5 report put setup below ten minutes and most processing operations below two minutes on a powerful PC whose specifications weren’t given. Those timings don’t include all the learning, retries and repair. A workshop owner instead found drawing parts faster than scanning and editing them. Neither experience tells you how long your project will take. Judge the MINI 2 by the time it takes to get an acceptable file, including failed attempts.

What changes the MINI 2’s value for you?

Think roughly in the high hundreds of dollars for the scanner package, then allow for any computer upgrade, preparation supplies and modeling software you need. Your editing time can matter more than the difference between accessory bundles.

Standard or Advanced?

Both editions use the same MINI 2 scanner. The Standard package already includes a tripod, phone holder, mini turntable and topper, connection cables, carrying case, sample bust, calibration board and markers. You don’t need Advanced just to start scanning on a turntable.

The current Advanced contents add a dual-axis turntable, which rotates and tilts the object. That can help you expose more of its surface while leaving the scanner fixed. It still can’t reveal an underside resting on the platform or guarantee that separate scans will align.

Revopoint rates its portable mini turntable for 2.5 kg and the dual-axis model for 5 kg. For light miniatures, the useful upgrade is the tilt, rather than extra weight capacity. I’d start with Standard unless that tilt solves a repeated problem in the objects you plan to scan. Check the seller’s itemized contents, particularly for older packages.

Original MINI, POP 3 or INSPIRE 2?

Compared with the original MINI, MINI 2 extends the specified working distance from 100–200 mm to 120–250 mm and raises the maximum capture rate from 10 to 16 frames per second. Those are practical handling changes. They don’t prove an existing MINI owner’s models will suddenly need less repair. Try the software and improve your current setup before upgrading solely to solve tracking trouble.

The original POP 3 uses infrared structured light and works at 150–400 mm, giving you more room around larger objects. POP 3 Plus is a separate model; listings that use the names interchangeably can mislead you. Neither a wider capture range nor a precision specification establishes a head-to-head winner.

For a broader mix of small and medium objects, INSPIRE 2 is the closest useful alternative here. It combines infrared structured light with infrared laser scanning and has a larger capture area. Its specified minimum object volume is 20 × 20 × 20 mm, compared with MINI 2’s 10 mm cube. Consider it if you want to scan more varied objects; don’t assume it preserves miniature detail better without comparable scans. Its laser workflow also has different computer demands.

MINI 2 remains listed in Revopoint’s US store. There isn’t a verified MINI 3 successor to base a waiting decision on.

Buying a used MINI 2

For an eBay or private-sale unit, ask for a recent scan and exported file, photos of the optical windows and connector, and confirmation that the calibration board and cables are included. Inspect the file, not just a screenshot.

Revopoint’s US direct-store policy provides two years of scanner warranty and one year for accessories, subject to eligibility and proof of purchase. Don’t assume those terms transfer to a used listing. Confirm support using the original order details and serial number, and read the seller’s return terms before paying.

Should you buy the MINI 2 for your projects?

Buy the MINI 2 if your main projects involve small sculpted objects, you can control the workspace, and you’re prepared to clean up scans. It can give you a useful starting model where recreating the shape by hand would be difficult.

Skip it if you need dependable color capture without a sample, can’t prepare troublesome surfaces, or expect tight-fitting parts straight from the scanner. The evidence doesn’t support those promises. Simple mechanical parts may be quicker to measure and draw; a broader-range scanner such as INSPIRE 2 deserves consideration for more varied object sizes.

Before committing, choose your hardest typical object and define what an acceptable file must preserve. That might be a miniature’s face, an open gap or a measured connection. A successful bust demonstrates that the scanner works. A finished file resembling your own project tells you much more about whether the MINI 2 is worth your time.