Designed for Precision and Patient Safety

The specialized facility features two surgical suites, each designed specifically for hair transplant procedures. Each suite complies with the standards set by the College of Physicians and Surgeons of Alberta for non-hospital surgical facilities. Necessary sterility levels are ensured through HEPA filtration systems and controlled air exchange rates.

 

The facility includes dedicated spaces for pre-operative assessments utilizing digital trichoscopy and scalp scanning technology. There are also sterile surgical areas for graft extraction and implantation, along with a separate recovery area for post-operative monitoring when needed.

 

All areas maintain a temperature between 18°C and 22°C and humidity levels of 40-60%. Additionally, the facility can reduce temperatures below 18 °C to optimize graft survival during ex vivo storage periods, where minimizing out-of-body time is critical.

Advanced Surgical Suites

Each surgical suite meets CPSA Non-Hospital Surgical Facility Standards, featuring laminar airflow systems, medical-grade lighting with 40,000-60,000 lux intensity, and dedicated instrument sterilization areas. Suites maintain positive pressure environments to reduce airborne contaminants during procedures.

Advanced Surgical Facilities

Equipment includes stereomicroscopes with 5x-40x magnification for graft dissection, hypothermic storage solutions maintained at 2-4°C for graft preservation, and motorized FUE extraction devices calibrated to achieve punch sizes of 0.6-0.8 mm. These ultra-refined extraction devices achieve minimal scarring while preserving the integrity of the graft. Each suite contains redundant power systems and emergency equipment in accordance with CPSA requirements.

Comfortable Surgical Environment

Surgical tables adjust to multiple positions, allowing optimal access during donor harvesting and recipient site creation. LED surgical lights provide shadow-free illumination while minimizing heat exposure to surgical fields. Ambient temperature control maintains consistent conditions throughout longer procedures.

Surgical Equipment Used at the Canadian Hair Transplant Centre

Learn More About Our Techniques
Microscopic Systems for Precision
  • Stereomicroscopes with magnification ranges from 5x to 40x enable visualization of follicular unit anatomy during dissection.
  • Under microscopic examination, each graft is assessed for hydration status, potential dehydration, and bulb integrity.
  • The bulb contains critical stem cells essential for hair growth, making microscopic evaluation vital for graft viability.
  • This detailed inspection requires adequate staffing to ensure every graft receives proper assessment.
  • Digital imaging systems can document graft quality and quantity for surgical records.
Innovative Implantation Tools
  • Recipient site creation requires artistic precision using varied instruments tailored to individual patient needs and desired outcomes.
  • Our comprehensive toolkit includes:
    • CT blades offering custom-cut configurations
    • Specialized 19-gauge and 20-gauge hypodermic needles (modified without hollow centers to prevent epidermal tissue removal)
    • SP blades are engineered to create incisions matching exact follicular dimensions
  • Blade diameters range from 0.6 mm to 1.2 mm to accommodate different graft sizes while minimizing tissue trauma.
  • This diverse instrumentation ensures customized approaches, rather than being limited to single techniques.
Graft Preservation Systems
  • Harvested grafts are stored in hypothermic solutions containing ATP, antioxidants, and osmotic stabilizers at a temperature of 2 °C to 8 °C.
  • This temperature reduces metabolic demand by approximately 50% compared to room temperature storage.
  • Solutions maintain:
    • pH between 7.0–7.4
    • Osmolality of 280–320 mOsm/kg
  • These parameters prevent cellular swelling or dehydration during ex vivo (out-of-body) periods.

What to Expect After Surgery

Post-Surgery Monitoring and Instructions

Following procedure completion, patients remain with clinical staff for safety and quality assessments.

 

  • Monitoring includes:
    • Blood pressure
    • Pulse
    • Oxygen saturation
  • Clinical staff assess for immediate complications, including:
    • Excessive bleeding
    • Allergic reactions
    • Vasovagal responses
  • Patients receive written post-operative instructions outlining:
    • Wound care protocols
    • Medication schedules
    • Activity restrictions
  • Discharge criteria include:
    • Stable vital signs
    • Absence of active bleeding
    • Demonstrated understanding of home care instructions
  • A 72-hour safety telephone line provides direct access to the clinical team for urgent concerns.

Mandatory Follow-Up Visit

  • A clinical assessment occurs within 24 hours post-procedure to evaluate graft placement and donor site healing.
  • Evaluation includes:
    • Graft security at recipient sites
    • Progression of facial and scalp edema
    • Signs of infection or excessive crusting
  • Recipient areas are cleansed using sterile saline spray.
  • Washing techniques are reviewed to prevent graft dislodgement during the critical 7–10 day adherence period.

Clinical Sterilization Protocols Followed at the Canadian Hair Transplant Centre

  • All surgical instruments undergo steam sterilization at 134°C for 3 minutes using Class B autoclaves with documented biological indicator testing.
  • Single-use items, including surgical drapes, gowns, and gloves, comply with Health Canada's medical device regulations.
  • Environmental surfaces are cleaned with quaternary ammonium compounds, followed by intermediate-level disinfection using 70% isopropyl alcohol.
  • Air quality is maintained at ISO Class 7 standards through HEPA filtration with 12–15 air changes per hour.
  • Clinical staff follow Infection Prevention and Control Canada (IPAC) guidelines for:
  • Hand hygiene
  • Personal protective equipment (PPE) use
  • Aseptic technique throughout all procedures

Your Hair Restoration Journey Starts With a Consultation

Initial consultations involve a thorough scalp examination using digital trichoscopy to assess hair density, follicular unit composition, and the donor area’s capacity. During this process, a review of the medical history helps identify any contraindications and sets realistic expectations for outcomes based on the Norwood-Hamilton or Ludwig classification systems. Treatment recommendations are then made in accordance with the guidelines established by the International Society of Hair Restoration Surgery.
Book a Private Assessment