“The EasyFrame system is a logical and complementary addition to the Building Technology solutions already provided by Simpson Strong-Tie, and expands our offerings for customers who continue to seek more efficient ways to convert the digital frame into strong, safe physical structures.”ĭriven by one of the most powerful linear optimization algorithms available, EasyFrame software is designed to save the greatest amount of wood possible by managing cut completion activity and constantly re-optimizing on the fly.Īs part of the acquisition, Gifford and Love will remain with the EstiFrame team to ensure a seamless transition as Simpson Strong-Tie assumes customer sales and service, continuing to provide saw setup and installation as well as onboarding and design services, including training operators on how to best use and leverage the EasyFrame system. “EstiFrame has established a strong reputation for providing easy-to-adopt, scalable solutions to LBM dealers and framing shops looking to gain critical efficiencies in component manufacturing,” said Simpson Strong-Tie vice president of Customer Facing Technology April Burt. The frame racks are available in several heights and lengths. Paired with either a manual or automated saw, the system provides pre-marked wall panels for easy assembly, driving construction efficiency and accuracy. EasyFrame B is a support frame suitable for indoor or outdoor use. Simpson Strong-Tie, a manufacturer of engineered structural connectors and building solutions has acquired Elk Grove, Calif.–based EstiFrame Technologies Inc.įounded in 2017 by Coby Gifford and Aaron Love, EstiFrame provides component manufacturing and framing technologies to the construction industry, including the EasyFrame automated marking system that matches saws with digital printers to label 2x frame members for fast and accurate assembly.ĭesigned to reduce construction timelines and address skilled labor shortages in framing and construction, the EasyFrame system prints framing blueprints for a structure directly onto the framing members themselves.
0 Comments
Leave a Reply. |