Norton Framing & Gallery

$$$$
Closed
yelp logo

(3)

Photos

330 Elm St
South Dartmouth, MA 02748

Norton Framing & Gallery is a renowned framing and gallery establishment located in the charming Padanaram Village of South Dartmouth, MA. With a team of expert framers, including Philip and Devon, they provide exceptional custom framing services, framing repairs, and the creation of beautiful mirrors. Their attention to detail, design-forward approach, and competitive pricing make them a top choice for both local residents and visitors seeking impeccable framing solutions.

Customers rave about the flawless and professional outcomes achieved by Norton Framing & Gallery, with their expertise extending to large art canvas paintings and various other pieces. Their work has been included in exhibitions, and their fast turnaround time, expert advice, and wide selection of materials make for a fun and rewarding experience. Located in the picturesque Padanaram Village, Norton Framing & Gallery is a must-visit destination for anyone in search of top-quality framing services.

Generated from the website

Reviews

yelp logo
5.03 reviews
Photo of Skipper W.
Skipper W.
8/18/2023

I have had literally dozens of things framed here. Pictures. Artwork. You name it. Some for home, some for work....every single one was done with great care and skill. Philip is a pleasure to...

Photo of Rosemary R.
Rosemary R.
8/17/2020

Norton Gallery is THE place to take ANYTHING you want framed from Andy Warhol to your 6 year old's masterpiece! Phil thinks outside "the frame" and your piece will be unique and make a statement...

Kristin M.
1/12/2021

Thank you to Phil and his team for helping us make a custom mirror. It is just beautiful. Phil came to our Round Hill spot with 2 others and installed it. Everyone was taking covid precautions. It...

Own this business?
See a problem?

You might also like

United StatesMassachusettsSouth DartmouthNorton Framing & Gallery

Partial Data by Infogroup (c) 2025. All rights reserved.

Partial Data by Foursquare.