Moriroku Network  /  Listowel Technology Inc
Plastic auto parts are mass produced with state of the art assembly stations using photo cells and robotics
Individual and multi-person work areas are designed with ergonomic, environmental and cost effective considerations
Visual training tools, automation and robotics ensure the final product is manufactured to meet customer quality specifications
LTI’s highly trained technical staff design, build and maintain automation and robotic work stations for mass production of quality plastic products
LTI’s flexible mass production systems can manufacture plastic injected molded parts, which can also be painted if required
State of the art logistics tracking and inventory systems are in place at LTI to ensure the right parts are shipped at the right time as our customer requires

 Listowel Technology, Inc

Incorporated in 1996, Listowel Technology, Inc. has been a world class supplier of automotive parts with advanced capabilities from product design to prototyping to mass production of high quality automotive parts. LTI's advanced equipment, stable workforce and network of family companies provide all of the resources our customers need. LTI's operating philosophy centers around the concepts of safety, teamwork, customer satisfaction, continuous improvement and advanced manufacturing techniques. The company's environmental management system has been certified to the ISO 14000 standard since 2001. People are the company's most important asset, with an emphasis on safety, training, development and involvement throughout the organization.

News and Events
  • News - April 9, 2015
    President Shin Sakairi will address LTI associates on our past fiscal year's per...
  • News - May 28, 2015
    LTI, as sponsor of North Perth's Community of Character program, will participat...
  • News - November 28, 2014
    LTI's new warehouse expansion officially opened. This multi-million dollar inves...
  • News - March 2, 2015
    Construction of LTI's new paint line has started, with the target completion in ...