The Smart Optics duo Scan is a 3D scanner for digitizing ear impressions. The duo Scanner ensures easy integration within practices, shops and producers where digitization is combined with the digitization of the entire production chain through the 3D printing technique such as with the Asiga Max en Pro4K.
The very compact duo Scan is a powerful scanner and fits seamlessly into any workplace. The understated design and pleasant operating volume make it easy and cost-effective for in-store installation.
Due to the short scan time, this ensures high throughput every day and is therefore very suitable for production environments within practices with large and small volumes.
Our audiology scanners the mono Scan, duo Scan, free Stage and ds Production are 3D scanners for digitizing ear impressions, precisely tailored to your wishes. As a member of HIMSA, smart optics has of course equipped all scanners with a Noah interface, which allows the scanner software to be integrated into your Noah system.
Dimensions (W × H × D): 300 x 340 x 135mm
Electricity: 1 phase, mains voltage 100 – 240 VAC, 50/60 Hz
Casing : PUR integral hard foam with valve
On/Off switch: Push button switch, green LED, front
Warranty: 36 months, possibly extendable by 12 months
Accuracy (according to ISO 12836) :< 9 µm
Scan Time (*): 18 seconds
Number of prints at once: 2
Measurement technique: structured light triangulation
Light source: white light LED
Scan quality resolution: Variable
Data format: PLY, STL, ASCII, MSH
*Depending on the PC configuration used, an additional 3-10 seconds are required for matching.
Compatible with Noah System and winIPRO.
Scan software: aural Scan
System (minimum requirements):
Windows 10 64 bit
Dual core CPU, i3
4 GB RAM memory
USB 2.0 port
HDD with approx. 40 GB free memory
Graphics card with 1 GB RAM
System (recommended requirements):
Windows 10 64-bit
Quad Core CPU, i5
8 GB RAM memory
USB 3.0 port
HDD with approx. 80 GB free memory
Graphics card with 2 GB RAM
Levring duo scan including:
2× object holder
Scan software with calibration data