Basic FUE Technique Course

Course Philosophy

The R2 Academy Basic FUE Course is built around one principle: surgical competence is acquired at the operating table, not in a lecture hall. Theory provides the framework — but from Day 1, students are placed in direct contact with patients and procedures, progressing from observation to supervised hands-on extraction and implantation across the five days. By the final session, each participant will have performed extraction under expert supervision and will leave with a reproducible protocol they can implement immediately in their own practice.

The course deliberately limits cohort size to twenty participants to ensure that every student has direct access to the instructors and to the live surgical field. The curriculum is organised around clinical decision-making: each theoretical block is immediately followed by a practical application, and each live procedure is debriefed in real time.

DAY 1
Foundations & Patient Assessment

Understanding the biology, the patient, and the decision framework

Morning Session (9:00 AM – 12:30 PM)
Theory

Introduction to FUE: methodology and historical context

The session opens with a structured overview of the evolution of hair restoration surgery, from strip harvesting (FUT) to the development of follicular unit extraction. Understanding why FUE was developed — and what problems it solved — provides students with the clinical reasoning behind each step of the technique.

Hair anatomy and follicular biology

A thorough understanding of the follicular unit — its structure, the relationship between the bulb, the bulge, the isthmus, and the dermal papilla — is the anatomical foundation on which safe extraction is built. This block covers the hair growth cycle (anagen, catagen, telogen, exogen), the significance of hair calibre and density variations across the scalp, and the microscopic architecture of the donor area. Students will learn to recognise healthy versus compromised follicular units before they ever approach a patient.

• Follicular unit anatomy: bulb, bulge, isthmus, dermal papilla
• Growth cycle phases and their clinical implications for timing of surgery
• Hair calibre, density, and their regional variation across the scalp
• Distinguishing healthy from compromised follicular units on trichoscopy

Patient selection and contraindications

Not every patient presenting for hair transplantation is a surgical candidate. This block establishes the clinical framework for patient selection: realistic expectations, donor reserve assessment, systemic contraindications (active autoimmune alopecia, diffuse unpatterned alopecia, psychological dysmorphia), and the informed consent process. The Norwood-Hamilton scale for male pattern baldness and the Ludwig scale for female pattern hair loss are presented not as classification tools but as planning instruments — directly linked to surgical strategy and graft number estimation.

• Absolute and relative contraindications to FUE
• Norwood-Hamilton and Ludwig classifications as surgical planning tools
• Estimating donor reserve: safe donor area, density, and lifetime graft supply
• Realistic outcome communication and photographic baseline documentation

Afternoon Session (2:00 PM – 6:00 PM)
Applied Theory & Consultation

Equipment overview and technique comparison

Students are introduced to the full range of equipment used in FUE surgery: motorised punch systems, manual punches, stereoscopic microscopes for graft evaluation, sapphire blade handles, and implanter pens. Each instrument is contextualised within the workflow — its purpose, its risks, and the conditions under which it is selected over an alternative. The sapphire FUE technique and the Choi Implanter Pen (DHI) methodology are introduced here as conceptual frameworks, to be developed in depth on Days 3 and 4.

• Motorised vs manual punch systems: torque, RPM, and transection risk
• Punch geometry: sharp, serrated, and hybrid profiles
• Sapphire blade handles: size selection and preparation
• Implanter pens: loading principles and depth control
• Microscope setup for graft classification and quality control

Practical: treatment plan construction

Working from a series of standardised patient photographs, students practise the construction of a complete treatment plan: donor area surface calculation, density measurement, graft number estimation, target recipient density by zone, and blade width selection. Each student presents their plan to the group and receives structured feedback. This exercise is repeated throughout the course with increasing complexity.

DAY 2
Extraction Techniques

Anaesthesia, punch mechanics, and graft harvest

Morning Session (9:00 AM – 12:30 PM)
Anaesthesia & Extraction Principles

Local anaesthesia: tumescent technique and nerve blocks

Safe and effective anaesthesia is a prerequisite for quality surgery and patient comfort. This block covers the pharmacology of lidocaine and epinephrine in tumescent solutions, the dual-plane infiltration technique that separates the superficial (sub-epidermal) from the deep (subcutaneous) infiltration levels, and the scalp nerve block protocol — GON (greater occipital nerve), LON (lesser occipital nerve), SON (supraorbital nerve), and STN (supratrochlear nerve). Common errors, including incomplete temporal block and omission of the supratrochlear nerve, are discussed in detail alongside their clinical consequences.

• Tumescent solution composition: lidocaine concentration, epinephrine ratio, buffering
• Dual-plane infiltration: separating the two levels to control oedema
• Scalp nerve block: GON, LON, SON, STN — injection points and volumes
• Optional Kenalog inclusion: indications, dose, and postoperative oedema reduction
• Signs of incomplete block and intraoperative rescue anaesthesia

Punch selection and extraction mechanics

The choice of punch diameter and geometry is one of the most consequential decisions in FUE surgery. This block examines the relationship between punch size (0.7 to 1.0 mm), hair calibre, skin type, and transection risk. The three critical extraction variables — angle, depth, and RPM — are studied individually and in combination, with emphasis on the technique for curly and afro-textured hair where the follicular curvature significantly increases transection risk. Students practise angle and depth control on training models before any live patient contact.

• Punch size selection: matching diameter to hair calibre and follicular unit composition
• Extraction angle: aligning with the follicular exit angle at the skin surface
• Depth control: the two-phase extraction (superficial scoring then deep release)
• RPM calibration for serrated punches by hair texture and skin resistance
• Curly and afro-textured hair: pre-stretching techniques and reduced-RPM extraction
• Recognising and recording transection intraoperatively

Afternoon Session (2:00 PM – 6:00 PM)
Graft Handling & Live Observation

Graft handling, preservation, and classification

A harvested graft outside the body is a living tissue under ischaemic stress. Every decision from the moment of extraction — how the graft is handled, at what temperature it is stored, in what solution, for how long — directly affects survival and final yield. This block establishes the graft handling protocol: maintenance at 4–8 °C in physiological saline from extraction to implantation, a maximum ischaemia time of six hours, correct classification by follicular unit composition (1-FU, 2-FU, 3-FU, 4-FU), and the identification and systematic exclusion of transected grafts before implantation. The evidence base for advanced preservation solutions (Hypothermosol, ATP-supplemented media) is reviewed.

• The ischaemia clock: why every minute from extraction to implantation matters
• Storage temperature and solution: saline at 4–8 °C as the practical standard
• Graft classification: 1-FU, 2-FU, 3-FU, 4-FU — assignment to recipient zones
• Transected graft identification: morphological signs and systematic exclusion protocol
• Advanced preservation media: Hypothermosol and ATP-based solutions — current evidence
• Graft counting methodology and documentation in the operative record

DAY 3
Hairline Design and Recipient Site Creation

Morning Session (9:00 AM – 12:30 PM)
Supervised Extraction & Aesthetic Theory

Artistic hairline design: principles and common errors

The hairline is the most visible result of the surgery and the area most subject to aesthetic judgement. This block distinguishes between the technical execution of a hairline (where to place individual grafts) and the design decision (where the hairline should be positioned). Students learn the criteria for age-appropriate anterior hairline placement — accounting for the patient’s age at surgery, projected future loss, and facial proportions — and the principles of natural irregularity: the micro-irregularities of the transition zone, the role of single-follicular-unit grafts in softening the leading edge, and the reconstruction of the temporal peak.

• Anterior hairline placement: the hairline maturation index and facial proportion assessment
• The transition zone: designing natural density gradients from the hairline inward
• Micro-irregularity: avoiding the straight-line error with deliberate asymmetric placement
• Single-FU graft positioning at the leading edge for a natural appearance
• Temple point reconstruction: angle, direction, and density targets
• Crown planning: managing the spiral whorl and avoiding the reverse-density error

Afternoon Session (2:00 PM – 6:00 PM)
Recipient Site Creation

Sapphire blade recipient site creation

Recipient site creation determines the naturalness of the final result more than any other single step. The angle, direction, and depth of each incision — and its precise spatial relationship with adjacent sites — dictates how the implanted hair will emerge from the scalp, how it will lie, and how it will move. This block establishes the technical parameters for sapphire blade recipient site creation: blade width selection by zone (1.3 mm for the frontal zone, 1.5 mm for mid-scalp and posterior zones), incision angle mimicking the natural follicular exit angle, the lateral slit versus sagittal slit decision, and density calculation in grafts per cm².

• Sapphire blade width selection by zone: 1.3 mm frontal / 1.5 mm mid-scalp and posterior
• Incision angle: zone-by-zone reference angles and their anatomical rationale
• Incision direction: matching natural hair growth vectors across the scalp topography
• Depth calibration: avoiding hypo- and hyper-depth incisions and their consequences
• Lateral vs sagittal slit: biomechanical implications and when to use each
• Density targets by zone: grafts per cm² and the necrosis risk threshold
• Vascular compromise prevention: maximum safe density and patient risk factors

DAY 4
Implantation and Advanced Techniques

Forceps implantation, DHI, and complex cases

Morning Session (9:00 AM – 12:30 PM)
Supervised Extraction & Implantation Theory

Manual forceps implantation technique

Manual forceps implantation is the foundational implantation technique and the one from which all others derive. Mastery of forceps technique requires precision in three dimensions simultaneously: grip position on the graft (perifollicular tissue only, never the bulb), insertion angle matching the recipient site, and depth control ensuring the graft is fully seated without the follicle protruding or being pushed too deep. This block analyses each variable individually, with particular attention to the most common technical errors: bulb compression, popping, and inconsistent depth.

• Grip mechanics: holding the graft at the perifollicular tissue, avoiding bulb compression
• Insertion angle: aligning the graft with the recipient site in all three planes
• Depth control: tactile and visual cues for full seating without over-insertion
• Popping prevention: cause, recognition, and corrective technique
• One-step implantation: simultaneous site creation and graft placement — indications and technique
• Graft count tracking by zone: documentation in the operative record

Choi Implanter Pen (DHI) technique

The Direct Hair Implantation (DHI) technique using the Choi Implanter Pen eliminates the need for pre-made recipient sites by combining site creation and graft implantation in a single instrument pass. This offers specific advantages in certain patient profiles — particularly dense packing in the frontal zone and implantation into existing hair — but requires a different technical skill set and introduces different failure modes. Students learn the loading technique, the implantation mechanics, and the clinical situations where DHI is preferred over the conventional two-step sapphire technique.

• Choi pen sizes: matching needle diameter to graft calibre
• Graft loading: orientation, depth of loading, and avoiding bulb injury
• Implantation mechanics: angle, depth, and release technique
• DHI advantages: dense packing, implantation into existing hair, reduced graft out-of-body time
• DHI limitations: slower throughput, loading skill requirement, cost

Afternoon Session (2:00 PM – 6:00 PM)
Advanced Cases & Supervised Implantation

Complex cases and extended indications

The afternoon session expands the clinical scope beyond standard scalp restoration. Body hair transplantation (BHT), eyebrow reconstruction, beard transplantation, and scar camouflage each present specific technical challenges — different follicular unit morphology, different growth cycles, different angle and direction requirements, and different patient expectations. The session also addresses the most challenging scalp presentations: the patient with a depleted donor area, the patient with advanced Norwood VI–VII baldness, and the patient seeking repair of a previous procedure with visible scarring or unnatural results.

• Body hair transplantation (BHT): donor site selection, extraction technique, and survival rates
• Eyebrow reconstruction: follicular unit selection, angle calibration, and density targets
• Beard transplantation: facial zone planning and direction principles
• Scar camouflage: FUE into fibrotic tissue — modified technique and reduced density targets
• Depleted donor management: extended safe donor area, body hair supplementation
• Repair surgery: identifying previous errors and planning corrective strategy

Hands-on supervised implantation session

Under direct instructor supervision, students perform a complete implantation sequence on a live patient. Each student is assigned a defined recipient zone and completes the full workflow: site verification, graft selection by FU composition, forceps technique, and zone completion. Performance is assessed in real time against the standardised evaluation criteria used throughout the R2 Academy training programme.

DAY 5
Post-Op Care, Complications and Practice Development

Clinical governance, complication management, and building your programme

Morning Session (9:00 AM – 12:30 PM)
Supervised Extraction & Clinical Protocols

Post-operative care protocols

The postoperative period is where surgical quality is either consolidated or lost. This block establishes the complete postoperative protocol: the first 72 hours (dressing, sleeping position, activity restriction, first wash technique), the first month (shock loss counselling, sun exposure, physical activity), and the full 12-month follow-up timeline. Particular attention is given to the standardised photographic documentation protocol — the five mandatory positions, the equipment and background requirements, and the scheduling of follow-up photography at day 7, month 1, month 3, and month 12.

• First 72 hours: dressing care, head position, oedema management, and first wash
• Shock loss: mechanism, timeline, patient communication, and reassurance protocol
• Activity and sun exposure restrictions: evidence-based timeline
• Adjuvant treatments: PRP, low-level laser therapy, mesotherapy, and exosomes — evidence review
• Follow-up schedule: day 7, month 1, month 3, month 12 — what to assess at each visit
• Standardised photographic documentation: 5 positions, equipment, background, archiving

Complications: recognition, prevention, and management

Every surgeon who performs hair transplantation will encounter complications. The goal of this block is not to enumerate rare events but to establish the clinical habit of systematic complication prevention and early recognition. The three most consequential complications — wound infection, recipient area necrosis, and ingrown hair cysts — are examined in depth: their aetiology, the intraoperative decisions that predispose to each, the early signs that permit intervention before irreversible damage occurs, and the management pathway. The medicolegal framework — informed consent content, complication documentation, and patient communication obligations — is also addressed.

• Wound infection: risk factors, prophylactic measures, and antibiotic protocol
• Recipient area necrosis: density risk thresholds, patient risk factors, early vascular signs, and emergency protocol
• Folliculitis and ingrown cysts: pathophysiology, prevention by implantation depth control, and treatment
• Shock loss: distinguishing physiological from pathological and management strategy
• Informed consent: mandatory content, documentation standards, and legal framework

Afternoon Session (2:00 PM – 6:00 PM)
Practice Development & Certification

Setting up and developing a hair transplant programme

The final session addresses the practical realities of establishing or integrating a FUE programme into an existing surgical practice. Equipment requirements — the minimum viable setup and the recommended full configuration — are presented with approximate investment ranges. Team structure (medical director, lead technician, extraction technicians, patient coordinator) and the role of each team member in quality assurance are discussed. The session covers pricing strategy, patient acquisition, digital presence, and the regulatory and insurance framework applicable in France, Spain, and the EU.

• Minimum viable equipment setup: motorised punch system, microscope, sapphire handles, implanter pens
• Full programme configuration: staff ratios, room layout, and quality control checkpoints
• Team roles: medical director, lead technician, extraction technicians, patient coordinator
• Pricing strategy: case cost calculation, market positioning, and revenue modelling
• Patient acquisition: digital presence, referral networks, and before-and-after documentation as a clinical asset
• Regulatory framework: EU medical device regulations, insurance requirements, and scope of practice

Certification Ceremony

The course concludes with a structured Q&A session covering all five days, individual feedback from the instructor to each participant, and the formal award of the R2 Academy Certificate of Completion in Basic FUE Technique. Participants who have met the minimum assessed performance thresholds across the supervised hands-on sessions receive full certification. The certificate documents the total supervised extraction count (up to 600 grafts across Days 3–5) and the supervised implantation sessions completed.