3D Foot Scanner – FLS300
The FuturU 3D foot scanner (FLS300) produces a very precise 3D image from the foot sole up to the ankle without generating harmful rays. A complete foot analysis is displayed on the screen within a few seconds. Laser triangulation is the technique employed in this device. The properties of the physical structure of the foot, such as arch rate, arch location, toe position, and spatial dimensions of the foot, are measured.
FLS300 allows specialists to capture data directly from the patient’s foot in weight, semi-weight or non-weight bearing position. This makes the scanner even suited for patients who cannot stand. They can observe how the actual structure of the foot changes in the position of applying weight and walking in three stances. Examining this data reveals a variety of foot abnormalities.
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3D Foot Scanner a new solution
3D foot scanner is a device that use to scan the foot, and then it will create a 3D model of the scanned foot. The 3D foot scanner can be used to measure the size of the foot as well as for medical purposes. It has been found that there are many benefits associated with this new technology, which helping industries like footwear shopping by providing accurate sizing information. Also helping medical industry to assists people with foot problems such as plantar fasciitis, flat foot, etc.
3D foot scanner output helps to design medical shoes, shoes with the best fitting (without any friction) and the most accurate medical insoles. therefore, the shoe and medical insole designers, and other related industries work in less time, at lower cost, and with greater quality.
Most people tend to neglect the early warning signs of pain and eventually, injury when it comes to foot care. Our feet are the foundation part of our general health and wellness. They are an essential component of our daily functions. However, we often ignore them until something goes wrong. Modern technologies that are also highly accurate, such as the use of 3D foot scanner, are an excellent answer for assessing foot health.
3D Foot Scan & advantages
FuturU 3D foot scanner captures high-resolution, high-speed 3D foot scans using four laser beams and six powerful cameras. 3ِD foot data is generated in less than 10 seconds and in various directions. Prolonged standing causes tiredness for the client and therefore inaccurate measurements. In this method, the scanning process is done in the shortest time and with the highest accuracy up to a height of 14 cm.
3D foot scanner enables you to capture data directly from the patient’s foot in a weight-bearing, semi-weight-bearing, or non-weight-bearing position. This allows you to check the changes in the size of the foot and the height of the arch of the foot due to the application of weight in the most accurate way.
The 3D foot scanner is compatible with all CAD/CAM solutions and is suitable for scanning lasts, foot, hand foam boxes, insoles. It is possible to directly transfer the 3D model to any CAD software.
The accuracy of FLS300 for scanning solid objects is 0.1 mm. But you should always be careful that the foot has a blood pulse. This pulse can cause an error of up to 0.5 mm in the worst case.
3D foot Scanner Software
The FuturU’s 3D scanner powerful software gives the user all the tools they need to extract the relevant measurements and angles. Additionally, measures that are conducted automatically in the software without the need for professional interaction speed up the post-scan analysis process.
The output of the FLS300 3D foot scanner is STL and PLY standard digital data. It’s critical to provide standard output models to ensure that device performance is compatible with a range of 3D design applications. This data is applicable to all kinds of CNC devices, 3D printers and is utilized in any CAD/CAM application.
The length of different parts of the foot in foot 3D Model
- First Toe Length
- Second Toe Length
- Third Toe Length
- Fourth Toe Length
- Fifth Toe Length
- Arch length
- Heel to medial malleolus
- Heel to lateral malleolus
- Arbitrary linear sizes include length in different areas
The width of different parts of the foot in foot 3D Model
- Heel width
- Foot length
- Bimalleolar width
- Mid-foot width
- Custom linear sizes, including width in different areas
The height of different parts of the foot in foot 3D Model
- The Medial Malleolus Height
- Lateral malleolus Height
- Height at 50% of foot length
- Custom linear sizes, including height, in different areas
The distance of different parts of the foot in foot 3D Model
- Ball Girth
- Instep Girth
- Long Heel Girth
- Short Heel Girth
- Ankle Girth
- Waist Girth
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