Thin Area Lifting with Double Layer 

Double Cog

Double cog is specialized designed for thin area lifting such as temporal region, upper eyelid, forehead and even cheeks. Though its needle is thin lifting result is remarkable with double layer. 

Youthful


Before & After

before after slider by reid withrow
before-after slider by reid withrow

BEFORE

AFTER

How it works


Mechanical Effect

Bi-directional barbs: Lower part of the thread hooks on lower part of the facial tissue which is then anchored by upper part of the thread.

Complication Prevention

Blunt needle prevents bleeding, swelling, organ damage and even alopecia which are all possible complications of thread lift.

How it works


Mechanical Effect

Complication Prevention

Bi & Uni-directional barbs: Lower part of the thread hooks on lower part of the facial tissue which is then anchored by upper part of the thread. 

Blunt needle prevents bleeding, swelling, organ damage and even alopecia which are all possible complications of thread lift.

Why choose


Double Cog

6 directional barbs:

- 6D is tried and tested structure for the most convenient and effective thread lift procedure.

LA Cannula: 

- Quick lifting: Thread insertion step is eliminated for LA cannula.


- Blunt tip: LA needle has been upgraded to have a blunt tip for bruise, swelling, and downtime minimization.

Double layer:

- With double layer, even thin areas can see a visible lifting effect. Fox eyes, Eyebrow lifting and a detailed cheek lifting can all be handled with Double cog.

Why choose


Double Cog

6 directional barbs:

- 6D is tried and tested structure for the most convenient and effective thread lift procedure.

LA Cannula:

- Quick lifting: Thread insertion step is eliminated for LA cannula.


- Blunt tip: LA needle has been upgraded to have a blunt tip that prevents bruises and swelling, minimizing downtime.

Double layer:

- With double layer, even thin areas can see a visible lifting effect. Fox eyes, Eyebrow lifting and a detailed cheek lifting can all be handled with Double cog.

Procedure Demonstration