1. “Prescription-Free” Clinical Interface

The system converts traditionally complex photobiomodulation (PBM) parameters into a simplified, clinician-friendly UI.

At the top level, only three clinical entry points remain:

• Soft Tissue Repair

• Bone & Nerve Regeneration

• 痛みの緩和

Physicians no longer need to memorize optical or electromagnetic parameters.
They simply select the condition, and the system loads the optimal protocol automatically.

2. Built-In Frequency–Time Protocol Library

Each clinical entry contains 10+ preset “frequency–duration” pairs, optimized for different penetration depths and biological responses:

• Low frequencies (3–8 Hz) → Deep penetration, targeting periosteum, bone cells & neural pathways

• Mid frequencies (8–15 Hz) → Anti-inflammatory, edema reduction

• High frequencies (15–20 Hz) → Superficial soft-tissue activation, collagen synthesis, microcirculation improvement

These combinations are derived from PBM research and clinical evidence.

3. One-Touch “Treatment Sequence” Framework

The system introduces a sequence-based treatment cycle。
Five frequencies are organized into a 150-second automatic loop in the order:

1 → 2 → 3 → 4 → 5

Ensuring:

• High-frequency → rapid analgesia

• Mid frequency → inflammation control

• Low frequency → tissue repair and cellular regeneration

This achieves comprehensive therapeutic synergy with a single click.

4. Optimized Energy Delivery: 60% Duty Cycle + 30s Segment Duration

Each treatment segment uses a 60% duty cycle そして 30-second step duration, which provides:

• Sufficient energy density

• Safe operating temperature (no thermal injury)

• Compliance with WHO PBM safety principle:
  “Low dose, multiple cycles”

This allows long-term use even in sensitive areas.

5. Condition-Specific Dosing Logic

Bone & Nerve Regeneration

• 3–8 Hz、 28–38s duration

• Low frequency + long pulse width enhances

  • osteoblast activation

  • axonal sprouting

  • nerve conduction repair

Soft Tissue Therapy

• 8–20 Hz、 7–23s duration

• Higher frequencies stimulate

  • コラーゲンリモデリング

  • 線維芽細胞の増殖

  • microvascular circulation
    with reduced risk of muscle over-contraction.

6. Manual Mode for Research & Advanced Clinical Practice

For tertiary hospitals and laboratories:

• Full control of 頻度

• Duty cycle adjustments

• カスタマイズ可能 sequence logic

This makes the system suitable for:

• animal studies

• comparative experiments

• individualized therapy optimization

• physiotherapy innovation programs

Clinically simple but scientifically expandable.

7. Workflow Designed for Real-World Clinics

A complete treatment requires only 5 steps:

1. Select Mode

2. Choose Body Area / Condition

3. Load or modify parameters

4. Select treatment sequence

5. Real-time countdown monitoring

All parameters support Save / Reset, ensuring department-level quality control and repeatability.