How is Styku used in healthcare settings?

Overview

Styku provides hospitals and healthcare organizations with accurate, repeatable body composition scanning that supports evidence-based rehabilitation, surgical preparation, and research programs — without invasive procedures.

Key Use Cases in Healthcare

Validated Body Metrics in Minutes

Styku captures validated body composition and circumference data in under two minutes, making it practical for clinical workflows across departments.

Pre- and Post-Procedure Assessment

The scanner supports pre- and post-procedure assessments, enabling clinicians to document baseline measurements before surgery or intervention and track changes during recovery.

Rehabilitation Tracking

Styku provides clear visual feedback for rehabilitation and recovery tracking. Clinicians can monitor muscle atrophy, asymmetry, or circumferential changes over time — for example, identifying limb atrophy in post-surgical patients that may contribute to pain or dysfunction.

Standardized, Research-Ready Data

Styku produces consistent, research-ready data that can be standardized across teams and facilities, supporting both internal studies and patient education initiatives.

Who Uses Styku in Healthcare

Styku is used by hospitals, rehabilitation centers, and health systems. It is suited for:

Clinical research programs requiring repeatable, validated measurement
Rehabilitation departments tracking patient recovery
Surgical teams conducting pre- and post-operative assessments
Academic and institutional research environments

Benefits for Healthcare Organizations

No complex imaging equipment required — research-grade data without the operational burden of MRI or DEXA workflows
Non-invasive — no electrical currents, no radiation, safe for most patient populations including pregnant patients
No fasting or dietary restrictions required before scanning
Cloud-based storage with privacy controls
Results in under 2 minutes with immediate availability
Institutional credibility — validated, science-based measurements suitable for publication and reporting