How to Select the Right Resolution for Different Scanning Scenarios

This is the scanner’s finest setting — offering maximum detail and accuracy. It’s ideal for small objects or items with intricate features, like jewelry or miniatures.

• Pros: Excellent detail and realism

• Cons: Slower scanning speed, longer processing time, large file size

• Best For: Small artifacts, precision models, or anything requiring detailed restoration
  

This range offers a balance between fine detail and manageable data size. It's often used in engineering and mechanical design where accuracy is important, but efficiency is also a priority.

• Pros: Good detail with reasonable processing time

• Best For: Reverse engineering, mechanical parts, functional prototypes
  

Tip: Ideal when you need both precision and workflow speed.

3. Medium Resolution (0.5mm–1.5mm)

This range is the most versatile and commonly used. It provides a good balance for everyday scanning tasks, offering decent detail without overwhelming processing requirements.

• Pros: Balanced speed and quality

• Best For: Furniture, household items, general use cases
  

Tip: Your go-to for most day-to-day scanning tasks.

4. Medium-Low Resolution (1mm–1.5mm)

This setting is optimized for scanning larger, non-rigid objects like the human body. It allows for quicker scanning and faster processing, which is crucial when scanning subjects that can’t remain still for long.

• Pros: Fast scan speed, lower processing time

• Best For: Human figures, biological models, educational use
  

Tip: Common in healthcare and academic settings where speed is essential.

5. Low Resolution (2mm and above)

This setting is designed for scanning large-scale items. While it doesn’t capture fine details, it excels in speed and efficiency, especially when dealing with big objects like vehicles or structures.

• Pros: Extremely fast scans, small file sizes

• Cons: Lower detail capture

• Best For: Cars, boats, or any large object where detail isn’t the main focus.
  

Tip: Use this when speed matters more than detail — especially with large surfaces.

Final Thoughts

The resolution you choose should depend on both your object size and the level of detail required. While this guide gives general recommendations, your specific needs may vary. Evaluate your project's goals and choose a setting that gives you the best balance of accuracy, efficiency, and usability.