Why a move-up matters
A sewn move-up repositions and tightens individual sewn rows to restore comfort and correct placement as natural hair grows. By moving each row, a technician reduces tension at the root, helps rows sit flush against the scalp, and preserves the extension’s blended appearance—supporting fullness and extending overall wear without a full reinstallation.
In San Antonio’s hot, humid summers and during seasonal styling, sewn maintenance becomes especially important. Clients from Stone Oak and nearby neighborhoods often schedule move-ups during the busiest months—Jul, Aug, Dec, and Jan—to correct summer growth and holiday wear. Evening and weekend appointment options accommodate commuters using US‑281 and Loop 1604 corridors.
How the move-up works
During a per-row move-up, a stylist evaluates each sewn row for slippage, tension, and blend, then repositions and secures that row to restore proper placement. The work is focused and localized, treating only the affected rows so clients retain installed sections while addressing fit, comfort, and visible fullness.
This per-row service is scheduled as a 90 MINUTES appointment allowing sufficient time to move and secure each targeted row while assessing hair growth and integrity. Most clients book maintenance every six to eight weeks to keep rows properly positioned; this interval helps avoid excess tension and maintains a natural look between full services.
Appointment logistics and timing
Appointments for a per-row sewn move-up are scheduled for 90 MINUTES, making short-stop visits convenient for commuters before or after work. Trio serves San Antonio neighborhoods including Stone Oak, The Dominion, and Sonterra, with easy access off US‑281 and Loop 1604; evening and weekend slots help busy families fit maintenance into active routines.
Service starts at Starting at $155 per row and is busiest in Jul, Aug, Dec, and Jan when important adjustments peak after summer growth and holiday styling. Booking earlier secures preferred times during these peak months and helps avoid scheduling delays during high-demand periods.
