REVOPOINT INSPIRE 2 3D Scanner

INSPIRE 2 is a compact, dual-mode 3D scanner designed to capture accurate, detailed scans of small to medium-sized objects. It combines multi-line infrared laser technology and structured light to handle a wide range of surfaces, including dark or shiny materials. Portable and lightweight, it supports both mobile and desktop workflows while maintaining professional-level accuracy.

Main features

• Accuracy up to 0.05 mm on a single frame
• Volumetric accuracy of 0.05 mm + 0.1 mm × L (m)
• 11 parallel infrared laser lines plus infrared structured light
• Wi-Fi 6 and USB-C with mobile device support
• Works in bright environments up to approximately 20,000 lux
• Exports to PLY, OBJ, STL, 3MF, FBX and more

Dual-mode scanning for greater flexibility

INSPIRE 2 offers two complementary scanning methods: a full-field structured light mode for capturing fine detail and a multi-line infrared laser mode for handling dark, shiny, or poorly structured surfaces. This combination allows the scanner to deliver consistent, high-quality results without the need for scanning spray in most situations.

High precision in a portable design

With single-frame accuracy of up to 0.05 mm and a volumetric accuracy formula of 0.05 mm + 0.1 mm × L, the INSPIRE 2 is ideal for tasks such as reverse engineering, 3D printing, and digital documentation. Despite its advanced capabilities, it remains extremely portable, weighing just 190 grams and its compact size making it easy to use in studios, workshops, or on-site.

Seamless connectivity and workflow integration

The scanner supports both Wi-Fi 6 and USB-C, enabling quick and flexible connections to smartphones, tablets, and computers. It works with Windows, macOS, Android, and iOS and exports models in widely used formats such as PLY, OBJ, STL, 3MF, GLTF, and FBX. This ensures compatibility with most CAD, modeling, and 3D printing software.

Built for real-world environments

The INSPIRE 2 is designed to operate reliably even in bright conditions, with ambient light levels up to approximately 20,000 lux. The aluminum front panel ensures the scanning platform's durability and stability. Multiple tracking modes, including feature tracking, marker tracking, and global marker tracking, make it adaptable to a wide range of object types and environments.

Standard or Premium

Both versions offer the same basic scanning performance. The Standard package includes essential accessories such as a turntable, cables, a calibration card, and markers. The Premium version adds useful accessories such as a phone holder, a power bank, and a quick-release mount, making it ideal for users who plan to scan frequently with a mobile device.

Technical Specifications: Revopoint INSPIRE 2

System Requirements (PC)

To ensure the indicated performance (especially for laser mode), the manufacturer recommends the following configurations:

• Windows (Recommended): Intel i9 12th Gen, 64GB RAM, NVIDIA RTX 4060 (8GB).

• Windows (Minimum): Intel i7 12th Gen / Ryzen 7 5800, 32GB RAM, NVIDIA RTX 3050 (8GB).

• macOS: M1 Pro/Max/Ultra chip (RAM ≥ 16GB) or higher (M2/M3 with RAM ≥ 24GB).

Ideal Usage Scenarios

Based on its technical specifications and tracking capabilities, the Revopoint INSPIRE 2 is officially indicated for:

• Reverse Engineering: Ideal for scanning broken parts or mechanical components thanks to its 0.05mm accuracy and the ability to read dark/metallic surfaces without spray.

• 3D Printing: Create print-ready digital copies with high detail (0.03mm precision).

• Product Design: Quickly capture dimensions and textures for iterations in CAD/CAM software.

• Conservation of Cultural Heritage: Scan artifacts and finds (even on-site thanks to portability) with true-color textures.

• Animation and VR: Creation of digital assets, props and digital humans thanks to the mode body scan without marker.

• External Environments: Can be used in workshops or outdoors (up to 20,000 lux), unlike many standard structured light scanners.

The Revopoint INSPIRE 2 It has "hybrid" connectivity management and specific requirements for Apple Silicon Macs. Here are the details based on the official documentation:

1. Is it necessary to always connect it to the PC?

Not always , but it depends on the scanning mode you want to use.

• "Full-Field" Mode (Structured Light):

  • ✅ Usable with smartphone: You can use this mode by connecting the scanner directly to your phone (via Wi-Fi or USB-C on Android; Wi-Fi only on iOS) using the app Revo Scan 5 . It is ideal for scanning faces, bodies or "easy" objects without having to use a computer.

• "Multi-line Laser" Mode (Infrared Laser):

  • ⚠️ PC Requirements (with a mobile hack): This mode requires too much computing power for a phone. You have to connect the scanner to a PC (Windows/Mac) that processes the data.

  • "Assisted mobility" option: If you want to move freely in this mode, you can connect the scanner to your PC via Wi-Fi, keep the PC in a backpack or on a nearby desk, and use your phone as a "remote screen" via the function Revo Mirror . Your PC does the heavy lifting, but you can see what you scan on your phone screen.

2. How does it perform with Apple Silicon (M1/M2/M3)?

It behaves Very good , as long as you meet the RAM requirements. Apple Silicon chips are natively supported and often recommended for their performance with scanning software.

• Official Compatibility: The manufacturer certifies support for the entire line M1, M2, M3 (Pro/Max/Ultra versions) .

• Crucial Requirement (RAM):

  • For the chips M1 , minimum RAM required 16 GB .

  • For the chips M2/M3 , the requirement rises to 24 GB of unified RAM.

  • Attention: If you own a base MacBook Air/Pro with only 8GB of RAM , you may experience issues, crashes, or the inability to use advanced features (such as high-resolution blending or laser mode), as the shared memory quickly fills up with 3D data.

• Performance: With the recommended configurations (M1 Pro or higher), scanning smoothness is excellent, comparable to high-end desktop PCs with dedicated GPUs, thanks to the unified memory architecture that quickly handles large point cloud data streams.