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We offer high performance at a low price!
Due to the carbon fiber material, it contributes to the lightweight of the shaft. Since it is designed domestically, it can be customized according to your requests. We have achieved high quality with our made-to-order products.
Lighter than aluminum. Comparable deflection to steel. Lightweight and durable.
Lightweight Design By using carbon (CFRP) instead of steel for the main body material of the shaft, it is possible to reduce the weight to about half of the original mass. *This comparison is only for the main body part excluding the shaft end. High Strength with Low Deflection When aluminum alloy is used to reduce weight, the strength significantly decreases compared to steel, and deflection may increase, making it unsuitable for high-load applications. In the case of carbon (CFRP), the reduction in strength is minimal, and the increase in deflection is also low, allowing it to be suitable for high-load applications similar to steel. Low Inertia and Eco-Friendly The GD2 (inertia) of carbon (CFRP) shafts is about half that of aluminum alloy and about one-fifth that of steel. This means that energy consumption for rotational motion can be reduced, making it an eco-friendly air shaft that matches the times. Beautiful Appearance The outer surface is wrapped with a lattice-patterned cross, resulting in a beautiful finish. Additionally, CFRP has high corrosion resistance and does not rust.
High strength with deflection comparable to steel! An air shaft that can reduce energy consumption in rotational motion.
This product, when air is injected, causes numerous lugs (claws) to protrude from inside the shaft, allowing it to clamp the core. It is suitable for high-load applications similar to steel, as it experiences minimal reduction in strength and little increase in deflection. The outer circumference is wrapped with a lattice-patterned cross, resulting in a beautiful finish. Additionally, CFRP has high corrosion resistance and does not rust. 【Features】 ■ Lightweight ■ High strength ■ Low deflection ■ Low inertia and eco-friendly ■ Beautiful appearance *For more details, please refer to the PDF document or feel free to contact us.
