The Mikronite process utilizes dry media in a high energy reverse centrifuge to impart beneficial compressive stresses to the target item. During processing each part is placed in its own individual "vessel," and due to the action of the machine itself, each part becomes suspended in its vessel as the media does its work. The finished part has a much smoother surface, which results in significant friction reduction. Just after our visit, additional Mikronite machines were put online, which brings the total up to nine (and counting). This truly is exciting technology.

The process is extremely beneficial to Crane Cams and various components, as well as differential ring and pinion gears, pulleys and many other applications. Be sure to visit the Web site listed at the end of the story, or call the number for more information on this exciting surface treatment.

But back on the cam and valvetrain side of things, operations and methods of manufacturing are also changing, thanks to the involvement of Mikronite Technologies. During our visit, a bank of new CNC machines was being installed and wired. As a result, the company will not be squeezed for floor space, due to the increase in capabilities over its proven machinery. During this visit a great deal of remodeling was also being done, which included moving, totally revamping, and re-equipping the in-house dyno area. A brand-new chassis dyno was also being installed in yet another room. Even the Mikronite department had been relocated since our visit during last year's Gatornationals. That certainly shows Crane Cams is poised for expanding its capabilities and strengthening its future.

Now that you've toured this impressive facility with us, be mindful of the fact that Crane's staff of performance specialists is redoubling its efforts to be on top - as the number-one camshaft company for speed and performance. Hang on for the ride.