The system outputs high-precision 3D meshes (models) alongside detailed plantar pressure distribution maps. By seamlessly combining 3D topographic inspection with pedobarographic (plantar pressure) analysis, this device holds immense application potential across the medical rehabilitation and orthotics fields.
High-Flow Intelligent External Fixation 3D Printer
KLR-FA600 is a 4-axis synchronized (interlinked) FDM 3D printer equipped with a large-diameter nozzle and a magnetic quick-swap build plate, fully supporting offline printing. It enables rapid, highly patient-specific customization utilizing eco-friendly, bio-health materials that ensure zero environmental footprint.
Professional flexible-material 3D printer with standard speed 80 mm/s and peak 120 mm/s; dual stations can run independently; a pair of adult insoles forms in about 30–50 minutes. Dual E-axis architecture combines proximal + distal dual feeding with filament-runout protection for high-speed flexible materials.
