We track needle depth recommendations across 12 indications based on our partner clinics’ treatment logs.
How do you explain downtime expectations to patients in a way that does not scare them away but sets accurate expectations? We asked our partner clinics how they handle this. For superficial microneedling (0.25mm to 0.5mm): erythema resolves within 24 to 48 hours.
Patients Apply Mineral
Patients can apply mineral makeup the next day. No social downtime. For medium-depth microneedling (0.5mm to 1.0mm): erythema and mild edema for 24 to 72 hours.
Peeling Typically Starts
Peeling typically starts on day 3 and resolves by day 5 to 7. Patients should plan 2 days of social downtime. For deep microneedling (1.0mm to 2.5mm): petechiae and pinpoint bleeding during treatment.
Erythema Persists Days
Erythema persists for 3 to 7 days. Peeling and flaking from day 3 to day 10. Patients should plan 3 to 5 days of social downtime.
Mistake Most Clinics
The mistake most clinics make is giving a single downtime estimate regardless of depth. A patient who receives 0.25mm and is told they will be red for a week will be pleasantly surprised when they recover in 2 days. A patient who receives 2.0mm and is told 2 days will be distressed when they are still red on day 5.
Under-Promise Have Data
Under-promise and have data to back it up. Post-inflammatory erythema can persist for 2 to 4 weeks in some patients, particularly those with fair skin or rosacea tendencies. This is not a complication – it is a normal healing response that should be disclosed during consent.
Explain Every Clinic
We explain this to every clinic that sources cartridges through tbphp so their consent process covers it.
Understanding these factors changes how you approach purchasing. These protocols come from real cases – not from a textbook. We work with clinics across 12 countries and we see what works at scale. If you want to benchmark your clinic protocols against our full dataset, check our product documentation. tbphp provides OEM partners with detailed specification data.
Related: Transdermal Delivery Mechanics: High-Molecular Weight Serums.