iQube S is a 3D foot scanner that creates a digital plantar 3D model with a texture of the sole, including the height of the arch. This type of scanner can be used to diagnose specific foot conditions, such as flat feet, high arches, plantar fasciitis, diabetic foot, ulcers, or others, and is often used in the production of custom insoles.
FEATURES
Versatile design
Allows users to scan the foot in different positions such as a full-weight, semi-weight, or non-weight bearing position. The 3D scanner can also be used to scan various foot impressions like foam boxes, negative and positive plaster casts.
Calibrated texture
Allows users to examine the texture and color of the sole to detect any abnormalities or issues that may need to be addressed. Using 2D/3D texture in color enables to see marked areas of the foot on a 3D model.
Lightweight construction
Makes a portable 3D scanner that can easily be taken into an airplane as an onboard cabin bag. Keeping the 3D scanner a portable orthopedic tool, this feature sets this 3D feet scanner apart from other competitors on the market.
Heel positioning laser
Integrated heel positioning laser allows users to align the patient’s foot ankle. Setting the desired position of the foot before scanning assures good three-dimensional foot scan results from the first scan. This saves time during the whole scanning procedure.
SPECIFICATIONS
Accuracy
1,0 mm – for perfectly accurate foot and foam box scan.
Dimensions
540 x 290 x 80 mm – allowing it to fit to any airplane cabin baggage.
Scanning area
350 x 160 x 80 mm – suitable for feet up to size 55 EU/FR.
Weight
5,7 kg – which makes it very lightweight and portable.
Scanning time
5 – 7 seconds – to capture 3D model.
Output formats
STL, PLY, OBJ, JPEG, PNG for a 3D file and texture exporting.
Connectivity
USB 2.0 Type B – granting quick connectivity to any computer.
Number of cameras
1 RGB camera – for perfectly aligned 3D model and texture.
INSIDE THE BOX
3D foot scanner
Customizable housing color and glass plate design.
Carry bag
Comes with every scanner for easy and safe transportation with the possibility to add a custom logo.
Power supply
+19V DC, 100-240 V AC, 50/60 Hz – supporting all regions.
USB cable
Selectable 1,8 m or 3 m length cable to fit your needs.
User manual
Allowing quick setup and effortless integration.
ACCESSORIES
VESA mounting kit
Allows users to position scanner vertically or diagonally for semi weight or non-weight bearing scans.
Side steps
Side steps with easy locking mechanism for even weight distribution during scanning.
Footswitch
Allows users to perform scans remotely from PC while assisting customers.
MORE about iQube S 3d foot scanner
The iQube S 3D Foot Scanner by Elinvision is a high-precision, compact, and portable 3D scanning solution engineered for professionals in podiatry, orthotics, and custom footwear design. Built for speed and accuracy, the iQube S delivers high-resolution foot scans in just seconds, making it an ideal choice for clinics and labs that demand efficiency without compromising detail. Its lightweight design and cabin-size portability make it a go-to foot scanning device for mobile use and multi-location practices. Utilizing advanced 3D imaging technology, the iQube S captures the full plantar surface with exceptional clarity, supporting a wide range of applications including gait analysis, biomechanics, and custom orthotic production.
Key features of the iQube S 3D scanner include:
Ultra-fast scanning time of 5–7 seconds
Scanning accuracy within 1.0 mm
Compatible with foot sizes up to EU 55
Lightweight design (only 5.7 kg)
Outputs in multiple formats: STL, OBJ, PLY, JPEG, and more
Designed for seamless integration into digital workflows, the iQube S enhances diagnostic accuracy, improves patient outcomes, and reduces production time for custom insoles and orthopedic footwear. Whether you’re digitizing foam boxes or scanning feet directly, this professional-grade foot scanner delivers consistent, reproducible results. Discover why the iQube S is the trusted solution for modern foot scanning and analysis.