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Graphene is the material to have won the Nobel Prize and is referred ‘the material of dreams’. It is lighter than wood, stronger than diamond as well as the smallest material that mankind has ever discovered. Based on the development of these graphene-applied carbon prepreg, WIAWIS was able to develop stronger, more accurate and more durable bows by maximizing the perfor-mance of the carbon.
A special material laminated in the limb base, Counter veil system efficiently absorbs the shock and vibration in shooting. It reduces unnecessary movement and improves bow accuracy.
The quality of carbon prepreg has a direct affect on bow performance. WIAWIS carried out detailed studies on various factors that would affect bow performance, such as: accuracy; rigidity; rebound force (modulus); durability; shock; vibration absorption etc. The studies enabled development of high quality nano carbon prepreg, designed and optimized specifically for the bow. It is used today in the manufac-turer production of our bows.
The lighter and stronger special foam core developed with WIAWIS’ own technology not only increases arrow speed but also decreases bow torsion of about 40 percent compared to other foam cores. Also,its superior performance to absorb impact and vibration reduces unnecessary movement of the bow at the moment of shooting and improves its accuracy.
The elements that directly affect the performance of the bow, that is, center-shot, torsion of limbs & a riser, shock absorption, vibration reduction, bow torque, as well as shooting feeling are analyzed scientifically and designed by a group of archery experts.
WIAWIS bows are planned and designed efficiently by a group of top design experts who have won the Reddot Design Award.
Our expert designers have more than 20 years of knowledge for production/manufacture of WIAWIS bows, as well as experience and know-how as professional archers. WIAWIS bows are created by the best experts from the design to the production of WIAWIS products.
