Indivia Studio
Establishment, beauty salon and hair care at 2/218-222 Caroline Springs Boulevard, Caroline Springs, VIC 3023, Australia. Here you will find detailed information about Indivia Studio: address, phone, fax, opening hours, customer reviews, photos, directions and more.
Contact Information
Categories:
Establishment Beauty salon Hair care
Address:
2/218-222 Caroline Springs Boulevard
Caroline Springs
VIC 3023
Australia
Get directions
Phone:
+61 3 8358 4670
Website:
indiviastudio.com.au
Opening hours
Tuesday | 09:30am — 04:00pm |
---|---|
Wednesday | 09:30am — 05:30pm |
Thursday | 09:30am — 09:00pm |
Friday | 09:30am — 05:30pm |
Saturday | 09:00am — 04:00pm |
Rating
5 /5
Based on 1 reviews
Photos
Reviews of Indivia Studio
- Debbie Hopkins Added April 11, 2018★ ★ ★ ★ ★Highly recommend this salon! Courtney and Niki are not only super friendly with great down to earth conversation but did an amazing job....really skilled and love my new hair! So glad to have found a local salon with such friendly staff that are good at what they do! thanks so much can't wait to come back!!I
Questions & Answers
1. What is the phone number for Indivia Studio
The phone number for Indivia Studio is +61 3 8358 4670.2. Where is Indivia Studio located?
Indivia Studio is located at 2/218-222 Caroline Springs Boulevard Caroline Springs, VIC 3023.3. Is there a primary contact for Indivia Studio
You can contact Indivia Studio by phone using number +61 3 8358 4670.4. What is the web address (URL) for Indivia Studio
The website for Indivia Studio is indiviastudio.com.au.Share this page
Additional actions
Today's weather in Caroline Springs VIC
13:00 12 ℃ 1025 hPa 81 % 2 m/s 16:00 14 ℃ 1024 hPa 71 % 1 m/s 19:00 13 ℃ 1024 hPa 75 % 2 m/s 22:00 12 ℃ 1025 hPa 89 % 1 m/s
Tomorrow's weather in Caroline Springs VIC
01:00 11 ℃ 1025 hPa 95 % 2 m/s 04:00 11 ℃ 1025 hPa 95 % 2 m/s 07:00 11 ℃ 1026 hPa 94 % 2 m/s 10:00 13 ℃ 1027 hPa 80 % 3 m/s 13:00 15 ℃ 1026 hPa 70 % 3 m/s 16:00 16 ℃ 1026 hPa 69 % 6 m/s 19:00 14 ℃ 1028 hPa 79 % 5 m/s 22:00 13 ℃ 1030 hPa 79 % 5 m/s