Face Injection Planner

Name: Face Injection Planner
Rating: 3.7 (3 reviews)
Author: Optics Trainer LLC

By: Optics Trainer LLC

Quick injection planning

Features & Capabilities

A quick and easy way to plan your Face Injection treatment!

Drag and drop interface for deep/superficial injections
Use our template male/female faces or take your own photo with the front/back facing camera!
Save, edit, duplicate plots for multiple users

Disclaimer: This app is intended to assist users in planning facial injection sessions but is not a substitute for professional medical advice, diagnosis, or treatment. Always consult a qualified healthcare provider before making any decisions about facial injections or other cosmetic procedures. Do not disregard or delay seeking medical advice based on information provided by this app.

User Growth & Download Statistics

App

By:

Optics Trainer LLC

Rating:

3.70

(3)

Version:

.26 Last updated: 2025-07-31

Version code:

876846589

Creation date:

2024-07-16

Compatible devices:

Size:

85.61MB

URLs:

Full description:

Source:

Apple Apps Store

Data ingested on:

2026-06-11

Compare stats and ranking:

Ranking

# 676,309 ▼ 6,064

Other rankings

#3 in inject keyword 14 ▲ 1

For Developers

Monetize with App Pass Boost with Extension Booster

Contact the developer

Chrome-Stats does not own this Apple app. Please use these information below to contact the Apple app developer.

Developed by:

Optics Trainer LLC

Apple Apps Store

https://apps.apple.com/us/app/face-injection-planner/id6471397980

User Reviews

Would be helpful to be able to create a folder that had a place for several pics/before and after to keep in a folder along with a notes page. What are the chances. Even if it’s a paid version.

by No*****, 2025-09-24

Would be nice if you could add 10,15u too.

by Km*****, 2025-03-21

Nice to plan out injection points. Have a hard time adjusting the superficial points. Would be awesome if it calculated total number of units used, half units or users were able to adjust unit amounts based on reconstitution amounts (say 3mls which would result in 3.33 units for 0.1mls).