Orthopedic insole manufacturing 3D scanner Practice-2XL
benchtopmobileimpression scan

Orthopedic insole manufacturing 3D scanner - Practice-2XL - BASINGLEAD - benchtop / mobile / impression scan
Orthopedic insole manufacturing 3D scanner - Practice-2XL - BASINGLEAD - benchtop / mobile / impression scan
Orthopedic insole manufacturing 3D scanner - Practice-2XL - BASINGLEAD - benchtop / mobile / impression scan - image - 2
Orthopedic insole manufacturing 3D scanner - Practice-2XL - BASINGLEAD - benchtop / mobile / impression scan - image - 3
Orthopedic insole manufacturing 3D scanner - Practice-2XL - BASINGLEAD - benchtop / mobile / impression scan - image - 4
Orthopedic insole manufacturing 3D scanner - Practice-2XL - BASINGLEAD - benchtop / mobile / impression scan - image - 5
Orthopedic insole manufacturing 3D scanner - Practice-2XL - BASINGLEAD - benchtop / mobile / impression scan - image - 6
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Characteristics

Applications
for orthopedic insole manufacturing
Configuration
benchtop, mobile
Function
impression scan
Light source
LED
File format
STL, OBJ
Scanning duration (full arch)

2 s

Length

544 mm
(21.4 in)

Width

695 mm
(27.4 in)

Depth

1,500 mm
(59.1 in)

Description

Professional Precision Starts Beneath Your Feet — 3D Foot Scanner for Structural & Gait Analysis: Designed for clinics, rehab centers, and custom insole providers, this advanced 3D foot scanning system captures structural deviations such as arch collapse, heel tilt, and toe deformities—all in just 1.5 seconds per scan. Fast, non-invasive, and highly accurate, it empowers professionals to detect underlying foot issues before they become chronic problems. A marker-free, laser-free design uses three distortion-free HD camera modules to accurately assess heel inversion angles and foot symmetry, without exposing users to harmful light. The result: real-time 3D imaging that’s safer and smarter than conventional scanning methods. The anti-slip platform stands 15cm off the ground for better stability and safety, and ergonomic armrests on both sides ensure ease of use across age groups. A built-in HD touchscreen supports both local processing and remote computing, while the system can export high-resolution foot feature images and 3D model files in STL/OBJ formats—ideal for digital archives, insole customization, and telehealth collaboration. For users with unique gait patterns, high-risk foot structures, or orthopedic concerns, this system provides a comprehensive and visual diagnostic foundation, ensuring accurate assessments and more personalized interventions.

Exhibitions

Meet this supplier at the following exhibition(s):

AOPA
AOPA

3-06 Sep 2025 Orlando (USA - Florida) Stand 937

  • More information
    REHACARE
    REHACARE

    17-25 Sep 2025 Düsseldorf (Germany)

  • More information
    *Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.