Feet Scan Instrument for Foot Care Insole Intelligent Biological Force Line Detection Testing Equipment Laser 3d Foot Scanner

The Feet Scan Instrument is a laser-based 3D foot scanner designed for foot care and insole fitting. It captures three-dimensional geometry and biological force-line data to support personalized insole recommendations and biomechanical analysis.

The instrument combines advanced laser scanning with a CMOS imaging element to capture 3D foot shape and surface characteristics. Software analyzes the scanned data to infer biological force lines and pressure-related features for clinical and fitting use.

Key specs include: 3D laser scanner type, CMOS scan element, 32-bit colour depth, USB interface, product colour white, single package dimensions 130 x 50 x 30 cm, single gross weight ~30 kg, no private mold, no SDK provided, and a manufacturer-listed service life of 1 year.

No SDK is included with the listed product. For custom integrations or API access, contact the manufacturer or vendor to discuss available options or custom development.

The product description states it has an easy-to-use interface but does not list supported operating systems. Ask the vendor for details on bundled software, OS compatibility (Windows/macOS/Linux), and any system requirements.

Export formats are not specified in the product listing. Many 3D foot scanners export standard formats such as STL or OBJ, but you should confirm available export options with the supplier or in the bundled software documentation.

Scan duration is not specified for this model. Generally, laser 3D foot scanners complete a single scan within a few seconds to under a minute depending on resolution and settings. Ask the vendor for measured scan times for this unit.

The listing highlights 'advanced laser technology' and a CMOS sensor for precise scanning but does not state numerical accuracy. Request the device's technical accuracy/tolerance and validation data from the manufacturer if you need specific precision metrics.

The unit is described as lightweight and designed for easy transport, but the packed weight is about 30 kg and packaging size is 130 x 50 x 30 cm. It is portable for clinics or practice moves but may require two people or a trolley for transport.

Routine maintenance typically includes keeping optical surfaces clean, following the manufacturer's calibration procedure, and scheduled checks. The product lists a service life of 1 year; consult the vendor for recommended maintenance intervals and calibration instructions.

As with any laser-based device, follow the manufacturer's safety instructions to avoid direct eye exposure. Ensure operators and patients follow provided safety guidelines and training materials. Contact the supplier for the device's laser safety class and protective recommendations.

Intended users include podiatrists, foot-care clinics, sports medicine professionals, orthotics manufacturers, and biomechanics researchers. Typical applications are foot health assessments, custom insole fitting, support for patients with foot pain, and research in foot biomechanics.

The product specification lists a service life of 1 year. For explicit warranty terms, support options, and extended service plans, contact the seller or manufacturer to confirm what is covered and how to obtain technical support.

Yes — the scanner provides 3D imaging useful for custom insole design and fitting. Verify that the scanner software can export the required file formats and that your insole manufacturing workflow accepts those formats. Consult the vendor for recommended workflows.

Data handling depends on the bundled software and local setup. Confirm with the vendor how scans are stored, whether data is encrypted, how backups are handled, and what features exist for patient privacy and compliance with local data-protection regulations.