"The design, which borrowed its kinematics from the way a jungle cat's claws extend from its paws, was a jolt of fresh energy for an EDC world growing tired of endless flippers and predictable OTF switchblades. TiGo's SyncraBlade now takes that same philosophy of complex, purposeful motion and applies it to the humble utility knife, creating something that feels just as revolutionary."
"Watching the SyncraBlade extend is like observing a miniature precision machine at work. Two articulated arms move in perfect synchronization, carrying the blade forward along dual rails while maintaining its orientation. The entire assembly is milled from titanium, with every pivot point and linkage visible through strategic cutouts in the handle. This transparency isn't accidental; TiGo designed a tool that wears its mechanical complexity proudly, appealing to anyone who appreciates clever engineering as much as practical function."
"The mechanism itself is a classic four-bar parallel linkage, a system engineers have used for centuries in industrial machinery (although maker TiGo likes to call it their 'SyncraSlide' mechanism). The blade carrier slides forward on a set of internal rails, but its motion is driven by those two external articulating arms. This setup ensures the blade extends in a perfectly linear path, keeping the cutting edge safely away from your hand throughout the entire deployment."
TiGo's SyncraBlade transfers a complex morphing mechanism into a utility knife, inspired by kinematics that resemble a jungle cat's extending claws. A four-bar parallel linkage (branded SyncraSlide) drives two external articulated arms that carry a blade carrier along dual internal rails, producing perfectly linear deployment and keeping the cutting edge away from the user's hand throughout extension. The assembly is milled from titanium with visible pivots and strategic handle cutouts, showcasing mechanical complexity while supporting single-handed operation. The design accepts standard replaceable razor blades, combining the precision and safety of advanced kinematics with everyday utility.
Read at Yanko Design - Modern Industrial Design News
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