AC for Beauty Clinics

Air Conditioning for Beauty Clinics — Thermal Zoning, Hygiene & Precision Control

Beauty clinics, cosmetic medical centres, and aesthetic treatment rooms require highly controlled HVAC environments. Unlike ordinary salons, beauty clinics deal with equipment-sensitive treatments, lasers, medical-grade devices, and procedures that require strict hygiene.
This makes their HVAC requirements closer to medical rooms than standard commercial spaces.

This article breaks down the scientific and engineering principles behind air conditioning for beauty clinics in the UK.

Why Climate Control Is Critical in Beauty Clinics

1. Thermal comfort for clients

Clients are often lying still during procedures.
Lower metabolic activity means:

they feel cold faster
airflow drafts are more noticeable

Temperature must be precisely maintained between 22–24°C.

2. Heat load from medical equipment

Laser machines, IPL devices, and RF equipment release 0.5–2 kW of heat per session.

Peak heat load is highly variable and unpredictable.

3. Hygiene control

Airborne particles from:

powdered gloves
cosmetic aerosols
disinfectants
exfoliation debris

must be filtered continuously.

4. Humidity regulation

RH should remain 45–55% to prevent:

bacteria growth
chemical degradation
discomfort during long treatments

5. Separate room zoning

A beauty clinic often includes:

laser room
facial room
injections room
waiting area
staff room

Each needs different climate settings.

Best HVAC Systems for Beauty Clinics

1. Daikin Multi-Split or VRV S

Best for clinics with 3–8 rooms.

Advantages:

zoning
stable cooling
very low noise
precise temperature control

2. Mitsubishi Electric City Multi

Excellent for hygiene-focused rooms.

Features:

advanced sensors
anti-draft control
high filtration options

3. GREE Multi-Split (for small clinics)

Affordable and reliable.

4. Ducted Systems

Best where:

premium interior
hidden installation
controlled airflow direction

Ducted AC prevents drafts on clients lying on treatment tables.

Airflow Engineering for Clinics

1. Avoid direct cold airflow on clients

Ideal diffuser placement:

side of treatment bed
ceiling offset
low-velocity diffusers

2. Use HEPA or high-density filters

Necessary for:

injection rooms
dermaplaning
laser treatment

HEPA can capture fine particles and reduce airborne bacterial load.

3. Separate supply and return air

To prevent recirculating contaminants.

4. Use negative/neutral pressure in some rooms

Laser rooms often require neutral pressure to avoid dust infiltration.

Humidity Control

Devices like IPL and RF operate best at 40–60% RH.
Overly dry air increases:

static electricity
equipment wear

Overly moist air increases:

bacterial activity
client discomfort

AC and optional dehumidifiers must maintain RH automatically.

Noise Control

Clinics require very quiet HVAC.
Target noise levels:

19–24 dB(A) in treatment rooms
25–30 dB(A) in reception

Any noise above 30 dB interrupts the client experience.

System Recommendations by Room Type

Laser Room

ducted or wall-mounted Daikin with anti-draft
HEPA filtration
cooling capacity 3.5–5 kW

Injection Room

silent indoor units
precise humidity
minimal airflow

Reception

cassette units OK
stronger airflow to counter door openings

Conclusion

HVAC for beauty clinics must combine:

precise thermal control
effective filtration
accurate airflow direction
humidity management
zoning

Daikin, Mitsubishi Electric, GREE, and C&H offer systems that meet medical-grade climate demands when installed correctly.

5 December, 2025