The implanter pen is a specialized surgical tool used in modern hair transplantation, particularly within the Direct Hair Implantation method. Grafts are loaded into a pen-like device and placed into the scalp without the need for pre-made incisions, which lets the surgeon set the depth, angle, and direction of each graft in a single step. “Implanter pen” is the name of the instrument type, not of a single product — the Choi implanter is the most widely referenced example of it.
How an Implanter Pen Works
Each graft is loaded into the pen individually / The channel and the placement happen in one motion / Depth, angle, and direction are set as the graft is placed
How It Works
- Grafts are extracted individually
- Each graft is loaded into the pen
- Implantation is performed in one step
This streamlined process is designed to improve efficiency and reduce trauma to the scalp.
Implanter Pen vs Forceps
When comparing implanter pen vs forceps, the main difference lies in how grafts are placed. With forceps, channels are created first and grafts are inserted manually. With an implanter pen, both steps happen simultaneously.
Key Differences
- Implanter pen: single-step placement, higher precision
- Forceps: two-step process, faster for large areas
The choice depends on the treatment area, desired density, and surgeon preference.
FAQ
What is the difference between an implanter pen and forceps?
The implanter pen allows direct implantation in one step, while forceps require pre-made channels and a separate placement step.
Does the implanter pen improve graft survival rates?
It can help improve survival by reducing handling and time outside the body, depending on the technique.
Do all clinics use an implanter pen?
No, some clinics prefer traditional methods like forceps depending on the case and experience.
Is DHI the same as implanter pen technique?
DHI is the method, and the implanter pen is the tool used to perform it.
Is the implanter pen better for hairline design?
Yes, it is often preferred for hairline work due to its precision and control over graft placement.