The 6.7L Cummins engine platform is widely used in Ram 2500 and Ram 3500 trucks, delivering proven performance for towing, hauling, and heavy-duty commercial use. Built for durability and torque, this platform is trusted across work fleets, contractors, and diesel enthusiasts who demand reliability under load.
At Fraser Engines, every 6.7L Cummins engine is fully remanufactured to meet or exceed OEM specifications using advanced machining and precision assembly processes. Each engine block is carefully machined, honed, and aligned to ensure proper cylinder geometry, improved ring seal, reduced break-in time, and enhanced long-term efficiency.
We incorporate OEM or equivalent premium components throughout every build—including pistons, rings, bearings, valvetrain components, and gasket systems—to ensure consistent performance under high cylinder pressures and demanding operating conditions. Known failure points within the 6.7L platform are addressed during the remanufacturing process, resulting in a more durable and dependable engine.
Every Fraser 6.7L Cummins engine is assembled under strict quality control standards and delivered as a zero-mile remanufactured unit, engineered for long-term reliability, maximum torque output, and real-world performance where it matters most—on the job, under load, and on the road.
Every Fraser Engine is built using advanced machining equipment and strict quality-controlled assembly processes. Our remanufacturing procedures follow proven, repeatable methods designed to ensure consistent tolerances, proper clearances, and long-term engine durability.
Each engine is manufactured with a focus on correcting common failure points while maintaining OEM fitment and performance standards. Components are carefully inspected, machined, and assembled to deliver a zero-mile engine that performs reliably in real-world conditions.
Fraser Engines ensures every unit meets strict internal standards before leaving our facility—delivering dependable performance, reduced installation risk, and long-term reliability.