Interfaced Technologies Inc. is now distributing Epson Robots and Flex Feeding Lineup in Ontario!
Looking for Epson Robots in Ontario? Interfaced Technologies handles Epson’s full line of robots and integrated equipment! Interfaced Technologies has supported Epson Robots projects in Ontario since 2019.
Covering SCARA Robots, 6-Axis robots, All-in-one robot models, and even Epson’s extensive line of integrated options, Interfaced Technologies can help provide the ideal solution for your application.
With their office and applications lab in St. Catharines, Ontario, Interfaced Technologies serves all of Ontario, including the GTA. From Windsor to Ottawa and even out to Sudbury and beyond, Interfaced Technologies is here to help! With over 20 years of experience in helping customers solve problems with technology, Interfaced Technologies is dedicated to providing support from the initial idea all the way to the implementation and service of Epson Robots.
Interfaced Technologies’ applications lab and learning space is key to making them the premiere Epson Robots distributor for Ontario!
Interfaced Technologies Ontario Robotics Education Lab, where they teach topics including intro to programming, intro to robotics, advanced programming, and integrated option programming
Interfaced Technologies Ontario Application Testing Lab, where they utilize in house equipment to test application feasibility and details.
Part of the Interfaced Technologies Intro to Robotics Course
Interfaced Technologies Epson IntelliFlex Feeding cell, where they test various flex feeding applications. They are our trusted partner for robotics and flex feeding!
If you’re looking for local sales and support for Epson Robots, Interfaced Technologies is an official distributor ready to support your project from the inital idea all the way to long term service and support.
For Epson Robot related inquiries in Ontario, Contact:
Interfaced Technologies Inc.
applications@interfacedtech.com
(289) 438 – 8394
325 Welland Avenue Unit 100, St Catharines, ON, L2R 2R2