3dmakerpro Mole 3D Scanner

What size objects can the Mole scanner handle?

The scanner works with objects from 5cm to 200cm in size. Small items like coins or jewellery scan perfectly on the turntable mode, while larger objects like furniture or car parts work best in handheld mode. The scanning volume depends on your workspace and how far you can move around the object. The near-infrared technology maintains accuracy across this entire size range.

How does the 0.05mm accuracy compare to other scanners?

This accuracy level puts the Mole in professional scanner territory. Most entry-level scanners offer 0.1-0.3mm accuracy, while industrial scanners achieve 0.02-0.05mm. The Mole's 0.05mm accuracy means you can measure mechanical parts, create precise moulds, or capture fine surface textures for reverse engineering. This precision level works for quality control applications where dimensional accuracy matters.

What materials can this scanner capture effectively?

The near-infrared light source handles most materials well, including dark plastics, metals, wood, ceramics and painted surfaces. It struggles with highly reflective chrome, clear glass, or transparent materials. For shiny objects, you can apply scanning spray (sold separately) to create a matte surface. The NIR technology performs better than visible light scanners on dark or textured surfaces.

Do I need special software or can I use my existing 3D programs?

The scanner includes free 3DMakerpro software that handles scanning, processing and basic editing. This software exports standard file formats like STL, OBJ and PLY that work with any 3D program including Blender, Fusion 360, or SolidWorks. The included software covers most users' needs, but you can import scans into professional CAD software for advanced editing.

How long does a typical scan take to complete?

Scanning time varies by object size and detail level. Small objects (5-15cm) take 1-3 minutes on the turntable. Medium objects (15-50cm) need 3-8 minutes in handheld mode. Large objects (50cm+) require 8-15 minutes depending on complexity. Processing time after scanning adds another 2-10 minutes depending on your computer's performance and desired mesh quality.

What computer specifications do I need to run this scanner?

You need Windows 10 or later with at least 8GB RAM and a dedicated graphics card. The scanner works with integrated graphics but processes scans slower. A USB 3.0 port handles data transfer, while Wi-Fi connects to the scanner itself. SSD storage helps with processing large scan files. The software runs on most modern laptops, but desktop computers with dedicated GPUs process scans faster.

Can I scan outdoors or do I need controlled lighting?

The near-infrared technology works in various lighting conditions, including bright sunlight. However, controlled indoor lighting produces the most consistent results. Avoid scanning in direct sunlight or under fluorescent lights that flicker, as these can interfere with the NIR sensors. A well-lit room with steady lighting works perfectly for most scanning projects.

How accurate are the measurements for engineering applications?

The 0.05mm accuracy specification means measurements fall within ±0.05mm of actual dimensions. This precision level works for reverse engineering, quality control and creating replacement parts. However, critical aerospace or medical applications might need higher precision. The scanner excels at capturing overall geometry and surface details rather than ultra-precise dimensional measurement of small features.