CAN-ENG Becomes FANUC Authorized System Integrator for Industrial Furnace Automation
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As a FANUC Authorized System Integrator, CAN-ENG is part of a global network of trusted robotic system integrators specializing in industrial automation solutions. This partnership provides customers with direct access to FANUC industrial robots, advanced automation technologies, and technical support delivered through CAN-ENG as a single-source provider. CAN-ENG works closely with manufacturers to select, design, and integrate robotic automation systems that deliver high performance, reliability, and operational safety and efficiency.
CAN-ENG’s engineers have been trained and certified directly by FANUC, ensuring expert application of robotic automation in thermal processing systems, including heat treatment furnaces, material handling automation, and high-volume industrial furnace operations. With strong in-house engineering and on-site support, CAN-ENG helps manufacturers modernize production through high-performance industrial robotics.
This collaboration reinforces CAN-ENG’s role as a single-source automation partner for industrial furnace projects. By offering a unified approach from industrial furnace design and in-house manufacturing to robot programming, system integration, and long-term support CAN-ENG simplifies project execution and delivers reliable turnkey automation solutions for demanding industrial environments.
About CAN-ENG Furnaces International Ltd.; CAN-ENG is a leading global designer and manufacturer of industrial furnace systems and thermal processing equipment for ferrous and non-ferrous metals. For more than 65 years, CAN-ENG has specialized in batch and continuous heat treatment furnaces, serving automotive, steel, aluminum, forging, stamping, oil and gas, rail, and foundry industries worldwide.
CAN-ENG’s rugged furnace designs are recognized for innovation, durability, and efficiency, incorporating energy-saving furnace technology, automated material handling, and advanced industrial robotics to improve production flow, throughput, and facility performance.”
