Supervisory Control and Data Aquisition (SCADA) Systems

Can-Eng Furnaces International Limited was recently awarded a contract from an India based conglomerate to design, manufacture, install, and commission an Aluminum Automotive Casting Heat Treatment system for their new green field North American expansion in South Carolina.

Looking forward to meeting new friends, partners and colleagues who will be meeting at the world’s most important trade fair for Fastener Manufactures and Tube Processing Industries.

CAN-ENG FURNACES INTERNATIONAL LTD. has been awarded a contract by a major automotive parts supplier for the complete overhaul and refurbishment of a Cast Link Belt Normalizing Furnace. 

CASTEXPO is fast approaching, and CAN-ENG furnaces would like to take this opportunity to invite all new and existing industry partners to visit us at booth No. 718 in Atlanta, Georgia, April 27th to the 30th, 2019.

CAN-ENG Furnaces International Ltd was recently awarded a contract to design and supply a mesh belt heat treat system with a production capacity of 4,000 lb/hr of high quality automotive fasteners. CAN-ENG was entrusted with the contract from this new European based client based on proven reliability, efficiency, and soft-part-handling features; hallmarks of CAN-ENG’s Mesh Belt Furnace Systems.

Can-Eng Furnaces International Limited was recently awarded a contract from a leading North American manufacturer of forged aluminum suspension components. This project reflects a long list of recent projects involving Automotive Light Weighting initiates where Can-Eng technologies have been favored in delivering the lowest cost of ownership per unit of production.

CAN-ENG Roller Walking Beam/Walking Hearth Furnace systems have fully integrated hardening, quenching and tempering for high volume and continuous production up to 65 metric tons/hr (140,000 lbs/hr).

CAN-ENG Furnaces International Limited has been contracted by a large Canadian-based Tier 1 Automotive Supplier located in Alabama to design, manufacture and commission an automated T-7 Heat Treatment System for the processing of high integrity aluminum automotive structural castings.

As Euroguss 2018 in Nuremburg, Germany rapidly approaches, Can-Eng is once again excited to participate in the premier global event for High Pressure Die Castings.

As FNA 2018 is quickly approaching, CAN-ENG Furnaces International Ltd. would like to take this opportunity to welcome all new and existing industry partners to our exhibition booth No. 111-113.

Can-Eng Furnaces has been chosen to design and commission a high-capacity, heat-treatment system for a Tier 1 Global Automotive Manufacturing Company.

CAN-ENG is the industry leader for the supply of Continuous Mesh Belt Atmosphere Furnace Systems. Much of this can be attributed to design innovation which changed the industry and continues today.

As Alabama Governor Kay Ivey officially opened Kamtek’s (a manufacturing operation of global automotive supplier - Magna International) new manufacturing facility in Birmingham, Alabama one premium equipment manufacturer’s name could be seen above the backdrop; Can-Eng. Can-Eng Furnaces International Ltd.

I was able to catch up with Tim Donofrio, CAN-ENG Furnaces’ new VP of Sales to discuss CAN-ENG’s latest success in the process of high pressure die casting structural components for the Automotive and Aerospace Industries.

A global automotive corporation’s American based bearing division placed an order with Can-Eng Furnaces International for a mesh belt furnace system for heat treating thrust races, retainer/cages, and washers.

CAN‐ENG Furnaces International Limited was chosen to design and commission a 500 kg/hour Continuous Mesh Belt Atmosphere Furnace Systems for EJOTATF Fasteners de México, San Luis Potosí, Mexico. This new system for the hardening and tempering of high volume specialty fasteners includes a mesh belt controlled atmosphere hardening furnace, oil quench system, mesh belt controlled atmosphere tempering furnace, post tempering cooling and advanced controls and monitoring system.