Human Physiological Studies





Measurements & Analysis Available:
- Heart Rate Variability (HRV): Assess autonomic nervous system activity and stress response
- Electromyography (EMG): Measure muscle activity and fatigue
- Electroencephalography (EEG): Record brainwave activity for cognitive and neural studies
- Galvanic Skin Response (GSR): Monitor skin conductance changes linked to stress or emotional states
- VO₂ Max Testing: Evaluate aerobic capacity and physical performance
- Skin Thermal Profiling: Analyze body surface temperature distribution
- Blood Circulation: Assess blood flow velocity, vessel diameter, and related parameters
Applications:
- For companies or researchers seeking to investigate how their products influence human physiology
- Suitable for evaluating wellness devices, ergonomic solutions, sports/fitness products, and healthcare products.
Our lab provides customized physiological testing to deliver evidence-based insights that support product validation, R&D, and user experience optimization.
Thermal Analysis
Technology Available:
- Thermal Imaging (Infrared Thermal Camera): Captures surface temperature distribution with high precision.
Applications:
- Human skin temperature analysis for research and health monitoring
- Material and product evaluation, suitable for identifying thermal patterns, hotspots, or insulation properties
- Applicable to multidisciplinary studies in biomedical, engineering, and industrial fields
Our lab provides accurate and versatile thermal imaging services, supporting both research and industry needs where temperature profiling is essential.
3D Design & Printing



Technologies Available:
- FDM (Fused Deposition Modeling): PLA, PETG, TPU materials for durable and versatile parts.
- SLA (Stereolithography): Resin printing for high-resolution and detailed prototypes.
What We Provide:
- Custom prototype printing
- Design and modeling support
- Functional parts for research, medical, and product development applications
Our lab offers end-to-end 3D printing support, from design to fabrication, helping researchers, students, and industries turn ideas into physical prototypes quickly and efficiently.