Jayhawk brings laser bowling ball surface scanners to global market
Douglas G. Frank’s instruments move lab-style surface measurement into bowling pro shops and ball manufacturing lines worldwide.
By Maya Lindqvist · Senior Technology Correspondent
3 min read
Jayhawk Bowling Supply has made Douglas G. Frank’s laser-based bowling ball surface scanners available worldwide, extending a laboratory measurement technique into a practical tool for pro shops. The instruments give ball-drilling professionals a way to quantify surface texture, a factor tied to how a bowling ball reacts on the lane.
The Lawrence, Kansas, company distributes the Jayhawk Precision Ball Surface Scanner, an optical instrument that measures roughness on a bowling ball in seconds. Jayhawk said the scanner is now in use at about 250 pro shops globally, while its broader pro shop equipment business serves ball-drilling professionals in more than 65 countries.
The announcement sits at the intersection of sports equipment and measurement technology. In bowling, small changes in surface finish can affect traction and motion, yet pro shops historically relied on experience and touch when preparing or restoring a ball’s surface.
From lab instruments to bowling shops
Frank, a surface chemist and founder of Precision Analytical Instruments, built the scanner after decades designing measurement systems for government, academic and industrial laboratories. His earlier work included laser surface-analysis instruments used by consumer products manufacturers to study cleaning and polishing on glass and other materials.
The bowling scanner measures roughness parameters known as Ra and RS, which describe the height of microscopic surface peaks and the spacing between them. A 2008 study by the U.S. Bowling Congress identified surface roughness as one of the key controllable factors in ball motion, according to Jayhawk.
Frank said the scanner changes how a pro shop can handle resurfacing work. “Before this technology reached the bowling pro shop, surface preparation was guesswork,” he said. “A bowler would find a surface finish that worked, and no one could tell them what it actually was or restore it after resurfacing. Now a pro shop can measure it, record it, and reproduce it.”
The same shift toward measurement has also affected ball compliance and manufacturing. Frank designed digital ball scales that began screening every ball entering USBC Open Championships competition in 2005, replacing slower manual checks at tournament check-in, according to company documentation.
Manufacturing-floor use
Those scales later were sent to Monterrey, Mexico, for equipment screening at the World Tenpin Bowling Association Women’s World Championships, and the NCAA began using them at its women’s national finals in 2007, Jayhawk said. The USBC later moved more equipment compliance work away from tournament check-in and toward manufacturing, requiring balls to meet balance standards before reaching bowlers.
Frank’s precision scales are now used on bowling ball manufacturing lines. Jayhawk said manufacturers operate 14 of the scales, with balls passing across the devices before leaving the facility.
Frank holds a doctorate in surface analytical chemistry from the University of Cincinnati and has authored several dozen peer-reviewed scientific papers, including work on a surface-imaging technique known as ADAM. He wound down Precision Analytical Instruments’ manufacturing operations in 2018 but continues to support existing equipment with repairs, calibration and software work.
Jayhawk is handling distribution for Frank’s bowling instruments, including laser bowling ball surface scanners for pro shops. The rollout reflects a broader pattern in sports equipment: measurement tools once confined to laboratories and factories are moving closer to the point where athletes and technicians make day-to-day performance decisions.