STYKU uses infrared depth sensors and photogrammetry to create precise 3D body models. The system captures hundreds of data points in seconds, generating millimeter-accurate measurements without physical contact. This non-invasive approach eliminates measurement variability common with manual methods.
Key specifications:
STYKU provides objective body composition tracking beyond basic weight metrics. Users visualize actual body shape changes, motivating consistent fitness adherence. Healthcare providers leverage the data for obesity management and post-rehabilitation monitoring.
Primary advantages:
STYKU software operates exclusively with STYKU-branded scanning hardware. The system requires a dedicated scanning booth or mobile cart setup with integrated depth sensors and turntable. Standard computer specifications include Windows 10+, 8GB RAM, and dedicated graphics processing.
Minimum setup:
The software generates photorealistic 3D avatars showing exact body contours and proportions. Users can rotate, zoom, and compare models across different time periods. The visualization highlights specific areas of change with color-coded mapping.
Visualization tools:
STYKU calculates over 30 body measurements including circumferences, volumes, and segmental analysis. The system automatically identifies anatomical landmarks for consistent tracking. All data exports to CSV for further analysis in external applications.
Core measurements:
Automated reporting tracks changes across multiple scan sessions with trend analysis. Coaches can generate client progress reports with visual comparisons. The system flags statistically significant changes to highlight meaningful progress.
Reporting features:
Proper calibration ensures measurement accuracy. Position the scanner on level ground with adequate lighting (avoid direct sunlight). Perform system calibration using the included calibration board before first use and monthly thereafter.
Setup checklist:
Scans require form-fitting clothing and bare feet for accuracy. Users stand on the rotating platform following voice prompts. Remain still during the 30-second rotation while the system captures multiple angle images.
Scanning procedure:
Review the 3D model first for visual changes, then examine measurement tables for numerical data. Focus on circumference changes exceeding 0.5cm as significant. Compare current results to previous scans using the timeline feature.
Data interpretation tips:
STYKU offers monthly and annual billing options with volume discounts. The Professional plan suits individual trainers while Enterprise supports multiple locations. All plans include software updates and basic support.
Plan breakdown:
The 14-day trial includes full software functionality but limits data exports and reporting. Trial users can perform unlimited scans but cannot save client profiles long-term. Hardware demonstration requires scheduling with sales representatives.
Trial restrictions:
Enterprise licensing includes centralized management console and API access. Gym packages support multiple scanners with shared client databases. Educational and research institutions qualify for specialized academic pricing.
Enterprise features:
STYKU provides higher measurement accuracy (±3mm vs ±5mm) and more detailed segmental analysis. Fit3D offers lower upfront costs but fewer measurement points. STYKU's turntable system captures more anatomical angles than Fit3D's stationary scanning.
Key differences:
Size Stream targets apparel fitting with extensive circumference measurements, while STYKU focuses on fitness tracking with progress visualization. Size Stream requires more space and higher investment, making STYKU more accessible for fitness facilities.
Comparison points:
STYKU achieves 98% correlation to DEXA scanning for body composition assessment. The system provides the best value for fitness applications under $10,000. Clinical applications may require more expensive medical-grade systems for diagnostic purposes.
Cost-effectiveness assessment:
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