Description

Product Overview

The Symcad III CX20 is a high-performance, non-intrusive 3D body scanner designed for rapid, precise, and user-friendly full-body measurement. Ideal for fashion, ergonomics, health, fitness, and apparel industries, this system offers fast, contactless scanning and delivers over 140 body measurements in under 30 seconds.

Unlike traditional scanners, the CX20 is compact, requires minimal floor space, and can operate under ambient lighting without being affected by skin tone or underwear color, making it inclusive and practical for diverse populations.

Key Features & Advantages

• Fast 3D Scanning (1 – 1.8 sec): Full-body acquisition completed in under 2 seconds for high-throughput environments.
• High Accuracy: Delivers measurement precision within ±0.15% of subject height (approx. ±2.4 mm on a 1.60 m subject).
• Autonomous Operation: Fully automatic scanning process with voice guidance and intuitive pictogram-based interface for easy subject positioning.
• Inclusive Performance: Unaffected by skin tone, underwear color, or minor ambient lighting variations, ensuring consistent results across all users.
• 360° Full Body Coverage: Captures the entire body in a single scan with multiple posture options for broader anthropometric analysis.
• Rapid Measurement Extraction: Automatically computes 140+ anthropometric measurements in less than 30 seconds.
• Posture & Shape Analysis: Provides posture classification and morphological profiling to aid in apparel fitting, ergonomics, and health assessments.
• Garment Size Estimation: Built-in logic for size distribution estimation based on the scanned body morphology—ideal for virtual fitting and made-to-measure applications.
• Automatic Calibration: Fully calibrated and operational within 2 minutes, minimizing setup time.
• Static Marker Recognition: Detects physical markers (stickers, dots) placed on the body for anatomical reference or research applications.
• Multi-Posture Capability: Supports several scanning sequences for varied postures, enhancing versatility in measurement contexts.
• Compact Design: Requires less than 3.3 m² of floor space, making it ideal for studios, retail stores, clinics, or research labs.

Typical Applications

• Apparel Industry: Virtual fitting, custom tailoring, and size recommendation systems.
• Health & Fitness: Body composition tracking, posture evaluation, and fitness progress analysis.
• Ergonomics & Product Design: Anthropometric input for seating, clothing, or workplace design.
• Research & Academia: Human morphology studies, population sizing research, and wearable tech development.

Why Choose the Symcad III CX20 Full Body Scanner?

• Ultra-Fast & Accurate Scanning: Capture a complete 360° body scan in just 1 to 1.8 seconds, delivering ±0.15% accuracy for precise anthropometric measurements—faster and more reliable than traditional manual or semi-automated methods.
• User-Friendly & Autonomous: Designed for ease of use by both operators and users. The scanner features voice guidance, visual cues, and a fully automated workflow—no technical expertise required.
• Compact & Space-Efficient: With a footprint of less than 3.3 m², it’s ideal for studios, retail spaces, clinics, and mobile installations, where space is at a premium.
• Inclusive & Lighting-Independent: The system performs consistently regardless of skin tone, body shape, or lighting conditions, and is not sensitive to underwear color, ensuring accurate results for all users.
• Extensive Measurement Capability: Generates 140+ body measurements and includes automatic posture detection, body shape analysis, and garment size estimation—all in under 30 seconds.
• Built for Versatility: Whether you’re in fashion tech, health & fitness, ergonomic research, or retail, the CX20 adapts to multiple posture sequences and is compatible with marker-based studies, enabling advanced body analysis.
• Minimal Setup, Maximum Efficiency: Ready for operation within 2 minutes of startup, with automatic calibration and real-time processing, ensuring minimal downtime and maximum throughput.