# Elegoo M1 Ultra 3D Scanner Review: A Feature-Rich Entry

Elegoo enters the 3D scanning market with a versatile, high-performance device for creators.

- **Source:** [Tom's Hardware](https://www.tomshardware.com)
- **Published:** 2026-11-06
- **Topic:** [technology](https://brifing.si/c/technology)
- **Original article:** <https://www.tomshardware.com/3d-printing/3d-scanning/elegoo-m1-ultra-review>
- **On Brifing:** https://brifing.si/s/35d161d7-ab2d-4bc5-b0c5-dc71f7d9aa5e

## Elegoo Enters Scanning Market

The M1 Ultra marks Elegoo’s debut in the 3D scanner industry, retailing at $1,699. It distinguishes itself with a three-inch color touch screen and dual-battery system for extended field use. The device requires a high-end PC or Mac, specifically demanding at least 32GB of RAM for optimal processing of complex scan data.

## Advanced Scanning Capabilities

The scanner features five distinct modes, including four blue laser settings and a near-infrared binocular structured light mode. Users can choose between 34 crossed lines for speed or single lines for deep hole capture. These options allow for versatile scanning of various geometries, though shiny surfaces remain a challenge for the sensors.

## Hardware Design and Portability

Weighing 511 grams, the unit includes a rubber grip and a balanced chassis for handheld operation. The onboard interface allows users to manage parameters and monitor progress without constantly checking the tethered computer. While the design is ergonomic, users with larger hands may find their thumbs occasionally obstructing the small touch screen.

## Software and System Requirements

Elegoo Scan software is available for Windows and macOS, offering intuitive tools for stitching and cleaning models. The software is resource-intensive, requiring an NVIDIA GeForce RTX 4060 or Apple M4 chip for smooth performance. Users with lower-spec hardware, such as 8GB RAM laptops, will likely encounter significant stability issues during the processing phase.

## Calibration and Setup Process

Calibration is performed using an included glass board, with the software providing clear visual guidance for positioning. The process is notably simpler than many competing scanners, making it accessible for beginners. Once calibrated, the scanner maintains accuracy up to 0.02mm in laser mode, ensuring high-fidelity data capture for most common 3D objects.

## Performance in Real-World Testing

Testing revealed that the M1 Ultra often requires multiple passes to capture complete data, unlike some competitors that achieve results in a single scan. While the automatic alignment tool works well for many subjects, complex geometries may necessitate manual marker alignment. Hole filling is available but requires tedious manual intervention for precision.

## NIR Mode and Texture Mapping

The near-infrared mode operates at 30fps, proving effective for scanning objects that are difficult to capture with lasers. Color texture mapping is generally accurate, though dark materials like black fabric can cause data gaps. The included NIR filters are essential for maintaining scan quality when working in bright or outdoor lighting conditions.

## Included Accessories and Limitations

The package includes a hard travel case, a spare battery, and NIR filters. Notably, a turntable is not provided, which is a significant omission for scanning small objects. Users must borrow or purchase a separate turntable to achieve the best results, as manual rotation often introduces errors that complicate the final mesh stitching.

## Final Verdict on Value

The M1 Ultra is a capable tool that offers professional-grade features at a competitive price point. While it demands significant computing power and patience for multi-scan workflows, the output quality is excellent for 3D printing. It serves as a strong, feature-rich entry point for hobbyists looking to upgrade their digital design capabilities.

## Sources covering this story

- https://www.tomshardware.com/3d-printing/3d-scanning/elegoo-m1-ultra-review — 

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_Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._
