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Ideastep 3d Foot Precision Scanner Plantar Cnc Pressure Orthotics Shoe Insoles With Human Orthopedic Insole

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • 3D Precision Scanning & Orthopedic Support: Utilizes advanced 3D foot scanning technology to create custom orthotic insoles that align with individual foot anatomy, providing precise arch support, heel cushioning, and pressure distribution.
  • Heat Moldable Customization: Features EVA and foam materials that can be heat-molded to adapt to the user’s foot shape, ensuring a personalized fit for optimal comfort and biomechanical alignment.
  • Breathable & Durable Materials: Combines velvet (for softness), EVA/PU foam (for cushioning), and rigid foam/rubber (for structural support), ensuring breathability, durability, and long-term use in varied environments.

Key features

  • 1. Material Technology

  • With heat moldable EVA and PU materials, you can customize the insole to perfectly fit your foot shape for personalized support. ~30% more adaptable than rigid insoles*

  • 2. Interactive Design

  • With a 3D Foot Precision Scanner, you can create insoles tailored to your foot’s unique contours for optimal alignment. More accurate than manual measurements*

  • 3. Performance Parameters

  • With advanced CNC pressure mapping technology, you can ensure even weight distribution to reduce fatigue by up to 25% during prolonged use.

  • 4. Scenario Solutions

  • With versatile design options (arch supports, heel cups), you can address specific foot issues like flat feet or overpronation for targeted relief. Covers more conditions than standard insoles*

  • 5. Material Technology (Durability)

  • With rigid foam construction in key areas, you can achieve durable arch support for high-impact activities like running or hiking. ~50% more supportive than soft insoles*

Product details

Ideastep 3d Foot Precision Scanner Plantar Cnc Pressure Orthotics Shoe Insoles With Human Orthopedic Insole

The Ideastep 3D Foot Precision Scanner Plantar CNC Pressure Orthotics Shoe Insoles combine advanced materials and ergonomic design to deliver customizable support and comfort. With heat moldable construction and breathable fabrics like velvet and EVA, these insoles adapt to individual foot contours while promoting airflow. Available in three versions—Base, Advanced, and Pro—each caters to specific needs, from casual wear to high-impact activities.

Technical specifications

FeatureSpecificationBenefit
MaterialVelvet, EVA, PU, foamBreathable velvet and cushioning EVA/PU reduce moisture and pressure points.
Heat MoldableCustomizable via heat applicationAllows precise shaping to individual foot arches and heels.
Support TypeHeel cups, arch supports, full insolesTargets specific pain points for orthopedic alignment.
ApplicationOrthopedic, daily wear, athletic useReduces fatigue and prevents injuries in diverse scenarios.

Customization guide

Adjust arch support levels or material thickness to meet personalized needs. For example:

  • Customize arch curvature for flat feet or high-arched profiles.
  • Select velvet/EVA blends for lightweight comfort or rigid foam for targeted support.

Get inspired

With heat moldable EVA foam, you can tailor insoles to fit your unique foot shape, ensuring all-day comfort. The breathable velvet top layer keeps feet cool during workouts, while the rigid foam base in the Pro model provides 20% more arch support than standard insoles—ideal for marathon runners.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Material MixVelvet + EVAPU + EVA + foamRigid foam + PU
MoldabilityManual heat shapingAuto-calibrated heat3D CNC precision mold
Arch Support LevelStandard+20% enhanced+30% premium*
WeightLightweight (80g)Balanced (100g)Durable (120g)

Supplier's note

  1. Technical Breakthroughs:

    • Heat Moldable Technology: Enables precise customization without professional tools.
    • Multi-Material Fusion: Combines EVA’s cushioning with PU’s durability for all-day wear.
    • 3D CNC Precision: The Pro model’s rigid foam base offers 30% better arch support than industry benchmarks, reducing knee strain by 25%.
  2. Version Selection Guide:

    • Casual Users: Base Model’s velvet/EVA combo suits daily wear and low-impact activities.
    • Athletes: Advanced Model’s PU/EVA foam provides shock absorption for running or hiking.
    • Orthopedic Needs: Pro Model’s rigid foam and 3D CNC molding are ideal for high-impact sports or chronic foot pain management.

Pro Model’s arch support exceeds ASTM F2928-17 standards by 30%, enabling safe use in extreme conditions. When paired with its moisture-wicking PU layer, this creates a self-cooling system for prolonged comfort.

Frequently asked questions

  • Which model of Ideastep 3D Foot Insoles is best for people with flat feet?

  • How do I clean the velvet-covered insoles for daily use?

  • What’s the difference between velvet and EVA materials in Ideastep insoles?

  • Can I customize the floral patterns or arch support levels for my Ideastep insoles?

  • Are Ideastep orthopedic insoles FDA-approved for medical use?

  • How does the 3D Foot Scanner ensure accurate insole customization?

  • Can I reshape the rigid foam insoles using heat molding?

  • Are these insoles suitable for both running shoes and casual footwear?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Breathable Orthopedic InsolesDaily wear, casual footwearAir permeability: 15 CFM (Industry: 10 CFM) ▲▲Reduces foot odor (ASTM D737); ideal for warm climates.Less support for high-impact activities.
Heat Moldable InsolesCustom fitting for specific foot shapesHeat activation temp: 60°C (Industry: 70°C) ▲▲Easy DIY customization (ASTM F862); precise fit.Requires careful heating to avoid material damage.
Arch Support InsolesRunning, hiking, prolonged standingArch support force: 18 N (Industry: 12 N) ▲▲▲Reduces fatigue (ISO 19991); prevents overpronation.Stiffer material may feel uncomfortable initially.
Heel Cushion InsolesHigh-impact sports, walkingCushioning density: 40 kg/m³ (Industry: 30 kg/m³) ▲▲Absorbs shock (ASTM D3574); alleviates heel pain.Heavier than standard insoles.
Rigid Support InsolesOrthopedic correction, foot injuriesRigidity index: 85 N (Industry: 60 N) ▲▲▲Provides structural support (ISO 10328) for injuries.Less flexibility; may restrict natural foot movement.
Customizable Design InsolesFashion-conscious users, style matchingColor/pattern options: 15 variants (Industry: 5) ▲▲▲Matches footwear aesthetics (e.g., floral gradients); boosts satisfaction.Limited durability in heavily customized designs.

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