Scharf Long Hair FUE System
Original price was: $4,500.00.$3,500.00Current price is: $3,500.00.
The Scharf LongHair FUE Micromotor is an advanced motor system engineered for precise long-hair follicular extraction. With adjustable oscillation angle (180°–540°), fully adjustable speed, and hands-free pedal control, it gives physicians the control and comfort needed for consistent, high-quality grafts.
Description
Scharf LongHair FUE Micromotor
Designed for FUE professionals performing long-hair extraction who need precise, repeatable control over every graft.
The Scharf LongHair FUE Micromotor is a precision motor system purpose-built for long-hair follicular unit extraction. Combining smooth rotational and oscillating motion in a single device, it gives physicians the flexibility to switch between extraction styles depending on graft characteristics and surgical technique.
The oscillation mode features a fully adjustable angle range of 180°–540° and variable speed control, allowing surgeons to fine-tune the reciprocating motion for controlled, low-trauma extraction — a critical advantage when working with longer hair shafts where graft transection risk is higher. Rotation mode offers both pedal-activated and continuous operation, giving hands-free control for graft-by-graft precision or uninterrupted extraction during high-volume sessions.
Built around a responsive touchscreen interface, the system displays real-time speed, oscillation angle, elapsed time, and graft count, with a built-in counter that tracks session progress automatically in pedal mode. The handpiece is lightweight (approx. 120g) and fully autoclaveable, engineered to minimize hand fatigue during long procedures while maintaining low-noise operation for a more comfortable clinical environment.
Key Features:
- Rotation + Oscillation in one system
- Oscillation angle: 180°–540°, fully adjustable speed
- Pedal or continuous activation
- Built-in graft counter
- Lightweight, autoclaveable, low-noise handpiece
- Touchscreen control with real-time session metrics







