Usage Scenarios

Healthcare

Healthcare

Make motion analysis accessible to everyone. Reduce workloads, ease physical strain, and effortlessly accumulate research data. Widely used in the healthcare field for rehabilitation and clinical studies.

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Sports / Education

Sports / Education

Perform offline analysis directly on the field. Widely used for motion research across various sports, including baseball pitching form analysis. It is also actively utilized for academic research and in university classes and seminars, such as biomechanics.

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Manufacturing

Manufacturing

From an ergonomic perspective, quantitatively visualize dangerous movements, postures, and physical strain from video footage to improve workplace safety and environments.

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Healthcare

Reduce Workloads and Burden with Easy Quantitative Analysis

Anyone can easily perform motion analysis with just one device. This reduces workloads, eases physical burdens, and simplifies the collection of research data.

Common Challenges:

Motion analysis requires too much manpower and cost...
Want to reduce the physical burden on patients during analysis...
Need to improve the quality of feedback provided to patients...

Measurement Points for Walking Motion (Example)

Measurement Points for Walking Motion (Example)
Joint Angles
  • Knee joint
  • Ankle joint
  • Hip joint
Speed
  • Walking speed
Trajectory
  • Center of gravity shift
Angles
  • Knee
  • Ankle
Trajectory
  • Center of gravity shift
  • Supports 3D model viewing and orientation switching.
  • Graphing enables quantitative visualization of movements over time.

Testimonials from Medical Professionals

Testimonials from Medical Professionals
"Thanks to AI quantifying movements, we've moved beyond relying solely on experience for evaluations! It has also led to increased patient motivation, whether in-person or remote."
"No need for patients to change clothes or prepare equipment—we can measure them as-is! This has significantly reduced the burden on our patients."
"Quick and highly accurate measurements with just one device! It has reduced our workload and made our research proceed much more smoothly."

Sports / Education

Use Case for Sports

A university throwing team used SPLYZA Motion to visualize subjective form guidance. By comparing their movements with top athletes, they efficiently fixed force transmission issues and achieved new personal bests.


Use Case for Universities

Using SPLYZA Motion in a kinesiology class allowed all students to easily analyze data. This shifted learning from passive observation to active exploration, significantly increasing voluntary student participation.


Manufacturing

Workplace Improvement through Motion Visualization

Leverage SPLYZA Motion to quantitatively visualize dangerous movements, postures, and physical strain from an ergonomic perspective using video footage. Solve various challenges on the manufacturing floor by reducing the risk of workplace accidents and standardizing safety and workload evaluations.

What is Ergonomics?

The study and technology of designing environments, tools, and systems so that humans can work comfortably and efficiently. Incorporating ergonomics in manufacturing reduces worker strain and makes a safe, comfortable working environment possible.

Common Challenges:

Want to visualize workloads using numerical data
Need to reduce the risk of workplace accidents
Want to eliminate inconsistencies in workload evaluations

Key Points During Work Operations

Key Points During Work Operations
Upper Limb Score
  • Neck
  • Upper arm
  • Forearm
  • Wrist
Lower Limb Score
  • Knee
Trunk Score
  • Trunk
STEP
1

Record

Record the motion you want to analyze.
STEP
2

Analyze

Analyze the recorded video with SPLYZA Motion.

Just tap the areas you want to analyze!

Score Group A
  • Trunk
  • Neck
  • Lower Limbs
Score Group B
  • Upper arm
  • Forearm
  • Wrist
  • Supports orientation switching, including 3D model views and overhead views.
  • Graphing enables quantitative visualization of movements over time.

*Explore a real-world example of the REBA ergonomic assessment method in use.

STEP
3

Evaluate

Generate a score based on the workload assessment.
STEP
4

Improve

Utilize the quantitative data and scores obtained from SPLYZA Motion to implement actionable operational improvements.