IHM Saeyang Marathon K48 PRO FUE Micro Motor

The IHM Saeyang Marathon K48 PRO FUE Micro Motor is a professional rechargeable micro motor system adapted for precise graft extraction during hair transplantation, eyebrow transplantation and beard transplantation procedures.

Designed for specialists who require mobility, ergonomic handling and controlled speed adjustment, the K48 PRO combines a portable rechargeable control unit, digital display, high-speed motor performance and a lightweight handpiece system in one compact professional platform.

Professional 35,000 RPM Performance

The K48 PRO supports speeds up to 35,000 RPM, providing smooth and adjustable performance for motorized follicular unit extraction.

The operator can adapt the working speed according to donor area density, follicular direction, punch diameter and preferred extraction technique.

This flexible speed control supports more precise graft harvesting during detailed FUE procedures.

Rechargeable Portable Design

One of the main advantages of the K48 PRO is its rechargeable portable structure.

The integrated battery system allows the motor to operate independently from a fixed power connection during use, giving the specialist greater freedom of movement around the treatment area.

This makes the device particularly practical for clinics that prioritize flexible workstation organization and portable equipment.

Up to 8 Hours of Working Time

The rechargeable battery system provides up to approximately 8 hours of operation, depending on working conditions and motor load.

This extended battery capacity helps support long transplantation sessions without frequent interruption for charging.

Digital Color Display

The K48 PRO features a digital color display that allows the operator to monitor operating information directly from the control unit.

The clear interface supports quick visual control of speed and device status during professional procedures.

Ergonomic BS35 Handpiece

The system can be configured with the SDE-BS35 handpiece, designed to provide lightweight and comfortable handling during prolonged use.

Its balanced body helps the specialist maintain controlled hand movements when working around individual follicular units.

The ergonomic structure is particularly useful during:

• Hair Transplantation
• Eyebrow Transplantation
• Beard Transplantation
• Hairline Restoration
• Precision Graft Extraction

Low Noise and Smooth Operation

The K48 PRO is designed for smooth motor response with reduced noise and vibration.

Stable operation helps create a more comfortable working environment and supports controlled movements during precision FUE extraction.

Foot Pedal Compatibility

The system can support an optional foot pedal control configuration, allowing the specialist to activate the motor without interrupting hand positioning around the donor area.

This can improve workflow efficiency during longer procedures.

Safety and Control Functions

The K48 PRO includes professional operating features such as:

• Adjustable Speed Control
• Digital Display
• Pause Function
• Power-Saving Function
• Overload Protection
• Rechargeable Battery Operation
• Optional Foot Pedal Control

These features help create a more controlled and practical working setup for professional graft extraction.

Suitable For

Hair Transplantation
Eyebrow Transplantation
Beard Transplantation
Follicular Unit Extraction
Motorized FUE Punch Procedures
Hairline Restoration
Professional Graft Harvesting

Key Features

Model: Saeyang Marathon K48 PRO
Maximum Speed: Up to 35,000 RPM
Operation: Rechargeable / Portable
Working Time: Up to Approximately 8 Hours
Display: Digital Color Screen
Handpiece: SDE-BS35 Compatible
Control: Adjustable Speed
Foot Pedal: Optional
Protection: Overload Protection
Functions: Pause / Power Save
Application: Hair, Eyebrow and Beard Transplantation

The IHM Saeyang Marathon K48 PRO FUE Micro Motor combines portability, long battery operation, digital control and ergonomic handpiece performance in one compact professional system for specialists who require flexibility and precision during FUE graft extraction.