Technology Refuse to Follow isn’t just a tag line, it’s what we do. Every technology we develop has a specific benefit in mind, not just bells and whistles, or lipstick. Our technologies make archers better and more successful every step of the way. THE ONLY CAM THAT LOCKS IN ACCURACY.™ Deadlock Technology Now you can trust your bow to deliver peak accuracy every shot, and never lose its tune mid-season, mid-match or in the middle of trying to get it done. Bowtech’s patented DeadLock Cam System gives you permanently-perfect arrow flight and all the accuracy and confidence that comes with it…with none of the weak links of other tuning methods, so it will never fail you. Just tune it, lock it, trust it. It’s the only cam that locks in accuracy. Featured Bows Binary Cam The Binary Cam system which consists of two synchronized cams. This delivers perfect vertical knock travel because each cam lets out the bowstring at the same exact rate. They also take up the bowstring at the same rate keeping your knock directly behind the arrow vertically as it is fired. Featured Bows MICRO SYNC DIAL A revolutionary enhancement in PowerShift™ Technology. The Micro Sync Dial™ gives the shooter the ability to precisely time cam position without sacrificing wasted time in a bow press. Featuring 10 micro dial adjustments allowing for fast and efficient cam synchronization. This technology insures your ability to quickly adjust any cam timing issues with a single allen wrench, even in the field. . CPX Center Pivot Extreme redefines balance and stability on a torque and vibration free platform. The CPX riser refuses to be twisted and forces the string to be in perfect alignment. By pure design CPX risers create a steady and smooth draw resulting in the cleanest and most accurate shot possible. With CPX… Accuracy is built in. FLX-Guard The FLX-Guard® cable containment system allows for flawless execution in terminating riser torque. The FLX-Guard® responds by flexing inward, absorbing the cable guard torque that would have otherwise been transferred to the riser resulting in a substantial reduction in lateral nock travel, allowing for tuneability, forgiveness, and accuracy.