Rainbow Implanter
- Rainbow Implanter is designed to be used in various surgical environments, offering ease of use and high durability
MW1 : Sharper edge
- The MW1 allows for sharper and more precise punching than the previous MW2 model, requiring less force.
One-step system
- It is designed for easy needle replacement with a simple detachment, making it convenient to use
MW2 : Dull edge
- The MW2 punch enables fast and precise extraction with minimal follicular damage.
NEW innovative FUE device
- Gramax2 exclusive application and bluetooth connection.
- The multi-phasic mode can be utilized in various ways depending on the patient's hair type.
(Clockwise/Counterclockwise Rotation, Oscillation,Vibration)
SH1 : Sharper edge
- Sh1 is a fundamental punch known for its sharp edge, widely used many users.
Different sizes
- It supports a wide range of needle sizes from 0.5mm to 1.2mm, expanding its versatility, and comes in various easy-to-identify colors
Ultra-light handpiece
- Reduces wrist fatigue by using an ultra-light handpiece.
- The stability remains unwavering even at high output levels in oscillation mode.
Grip sleeve
- With the detachable "grip sleeve" the direction of the bevel can be determined without looking at it.
- The thickness of the hair implanter body can be adjusted for the user's grip convenience when attaching or removing the "grip sleeve".
SH2 : Sharp edge
- THe SH2 is designed with a blunter edge than Sh1 to help reduce follicular damage.
Fingertip switch
- A finger switch enables quick and precise operation.
- The ergonomic streamlined design offers an exceptional grip.
Selectable Needle Channel
- The Rainbow Implanter is optimized for different surgical methods and can be paired with different needle channels, ensuring minimal damage during the follicle-loading process.
Single-window
- The Single-window punch enables the safe extraction of hair follicles without cutting long hair.
Ultra-thin foot pedal
- Ultra-thin foot pedal is designed to reduce ankle fatigue, making it suitable for prolonged surgeries, and enabing an accurate approach from any direction within 360 degrees.