Over 500 Hair Transplant Surgeons use Cole Instruments, Forhair's Official tools.
Technology matters in hair restoration. But no single device, punch, or implantation method is right for every patient.
ForHair uses a wide range of diagnostic, surgical, and graft-handling technologies throughout the hair transplant process. We measure the donor area, evaluate individual hair characteristics, select extraction tools based on the patient, carefully handle grafts outside the body, and choose the appropriate method for implantation.
Many of the hair transplant instruments used at ForHair were developed by Dr. John P. Cole through Cole Instruments after decades of performing and refining FUE hair transplant surgery.
Not to use more technology. It is to use the right technology at the right time.
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Find out which approach and technologies are right for your hair loss pattern
Advanced Donor Mapping & Hair Analysis
ForHair assesses the donor area across 14 defined zones, using a manual count to evaluate donor density and plan how harvesting should be distributed.
We incorporate technologies such as 3D scanning and AI-assisted analysis to cross-check our manual donor assessment. These measurements help us plan around your available donor supply and potential future hair loss.
FUE Graft Harvesting Technology
Once the donor area has been evaluated and mapped, the next challenge is safely extracting individual follicular units.
Hair follicles are not identical. They can differ in size, direction, depth, curvature, and the number of hairs within each follicular unit.
ForHair therefore maintains different extraction devices, punch designs, and punch sizes.
Powered Cole Isolation Device (PCID)
The Powered Cole Isolation Device (PCID) allows the surgeon to customize extraction settings to the patient’s follicles and skin characteristics.
Adjustable depth helps the surgeon limit how deeply the punch enters the tissue, with the aim of avoiding unnecessary tissue trauma while allowing the graft to be removed.
Precise speed and movement settings allow adjustment of rotation speed in revolutions per minute (RPM), oscillation, and combinations of these movements. The surgeon can adapt these settings as tissue resistance changes, rather than relying on one setting throughout the procedure.
An extraction counter helps the team track progress during harvesting.
Different Punches for Different Follicles
ForHair does not rely on one FUE punch for every patient.
Dr. Cole developed different punch geometries because follicles and scalp characteristics vary.
Depending on the situation, our surgical team may select different punch designs, including:
Zero-T Punch
A trumpet-shaped punch with the cutting edge on the inside of the tip rather than its outer perimeter. ForHair selects this design for cases where oscillation is appropriate, matching the punch to the follicles and tissue being treated.
Serrounded / Serrated Punches
Specialized punch designs that provide another option for dissecting around follicular units.
Wind-O Punch
A windowed punch design that can be particularly useful when working with longer hair, including selected No-Shave FUE procedures.
Variable Punch Sizes
Different follicular units may require different punch diameters. The surgeon can select the punch size based on the patient’s hair, follicular grouping, skin characteristics, and extraction requirements.
Graft Extraction, Handling & Preservation
Removing a follicular unit is only the beginning.
Once a graft leaves the body, careful handling becomes an important part of the procedure.
ForHair uses specialized instruments and processes to reduce unnecessary manipulation and keep grafts organized and protected before implantation.
ATOE — Aide to Extraction
The Aide to Extraction (AToE) allows the team to collect multiple grafts after dissection and transfer them to holding solution in a group, with up to 25 grafts at a time.
This reduces repeated transfers between forceps and fingers. The aim is to reduce unnecessary handling while making graft collection more efficient.
andling becomes an important part of the procedure.
ForHair uses specialized instruments and processes to reduce unnecessary manipulation and keep grafts organized and protected before implantation.
Fine Surgical Forceps
Specialized fine forceps are used when grafts need to be manually handled. These instruments allow the surgical team to work with very small follicular units during extraction, preparation, and implantation.Graft Cleaning & Processing
Graft cleaning removes blood so follicular units are easier to see and handle. It also helps the team identify the direction of hair growth within each graft and orient it appropriately during placement. Single-hair and multiple-hair grafts are separated during preparation so the team can select the appropriate graft for each part of the hairline and recipient area.Controlled Graft Chilling
Grafts can remain outside the body for a period of time during a hair transplant. ForHair uses controlled chilling technology as part of our graft-preservation process while follicular units are waiting to be implanted. The goal throughout this stage is to handle living tissue carefully from extraction to placement.Recipient Site & Implantation Technology
Recipient Sites & Forceps Placement
ForHair uses needles to create recipient sites and fine forceps to place grafts. This approach allows the team to control and check each graft’s orientation during placement, adjusting it where needed to follow the planned direction of hair growth.Careful Graft Selection for the Hairline
Single-hair and multiple-hair grafts have different roles in building a hairline. ForHair separates these grafts before placement and uses single-hair grafts along the leading edge. Forceps placement provides an additional opportunity to check the graft type and orientation before completing placement. This helps reduce the risk of placing a multiple-hair graft where a single-hair graft is intended.
Precision Throughout the Procedure
Some of the most important technology in hair restoration is not a large machine.
It is technology that gives the surgeon greater control over small details.
At Forhair we believe patients deserve the best results possible. This is exactly why Dr. Cole puts so much care and research into the equipment he designs and personally uses. Physicians see the difference, patients see the results.
Zeiss 6× Surgical Magnification
Dr. Cole uses Zeiss 6× magnification during surgery. At this level of magnification, the physician can closely visualize follicles and surrounding tissue during delicate portions of the procedure.Self-Filling Device (SFD)
The Self-Filling Device (SFD) is used during appropriate stages of the procedure to efficiently deliver tumescent solution. The device automatically refills from the connected solution source, allowing controlled delivery without repeatedly changing syringes.Zero-Dead-Space Needles
ForHair uses zero-dead-space needles when administering small-volume treatments such as CRP and exosomes. Traditional needle and syringe systems can retain a small amount of material after an injection. A zero-dead-space setup is designed to minimize this residual volume. When working with small quantities of a treatment product, this helps reduce unnecessary product waste.Technology Developed From Surgical Experience
ForHair’s approach to technology did not begin with purchasing equipment.
Dr. John P. Cole began developing specialized FUE instruments because the tools available during the early development of FUE did not always provide the control he wanted during surgery.
That work led to the development of Cole Instruments in 2002 and an expanding range of specialized tools for donor assessment, follicular extraction, graft handling, and implantation.
Today, hair restoration surgeons around the world use Cole Instruments.
At ForHair, these technologies are part of a larger approach.
Map the donor area. Measure the hair. Anticipate future loss. Select the appropriate extraction method. Protect the graft outside the body. Choose the appropriate implantation technique.
Technology does not replace surgical experience.
It gives an experienced surgeon more ways to adapt the procedure to the individual patient.
Frequently Asked Questions
What hair transplant technology does ForHair use?
ForHair combines donor mapping, 3D scanning and AI-assisted analysis with PCID extraction, specialized punches, graft-handling tools, and recipient-site and placement instruments. The tools and settings are selected for the patient’s hair and surgical plan.
Why does ForHair use different hair transplant instruments?
Follicles vary in size, direction, depth, and grouping. Different punch designs, sizes, and extraction settings allow the surgeon to adapt the instruments to these characteristics.
How is the donor area assessed before surgery?
ForHair uses a manual count across 14 defined donor zones and incorporates 3D scanning and AI-assisted analysis to cross-check the assessment. This helps guide how harvesting is distributed.