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Grooved Shafts and Nuts are special types of linear components that achieve linear motion with almost zero friction and transfer torque. Balls work within the grooves on the shaft surface, and the housing that holds these balls is referred to as a nut, instead of a bearing. Thanks to their rigid designs, grooved shafts and nuts are preferred in many demanding applications.
At Akar Rulman, as with many other product categories, we offer alternative brand options in this category. We provide solutions for your projects with THK and NB brand Grooved Shafts and Nuts.
Grooved Shafts and Nuts are specialized linear components that transfer torque and provide linear motion with maximum precision and almost zero friction. The balls that move along the grooves on the shaft surface allow for high precision and low torque movement. Their rigid design ensures reliability and durability in demanding industrial applications.
Akar Rulman offers a wide range of Grooved Shaft and Nut solutions with high-quality options from THK and NB brands for its customers’ projects.
Grooved Shafts and Nuts provide linear motion with almost zero friction, ensuring high precision.
With their rigid design, these components offer long-lasting performance even under heavy loads and tough industrial conditions.
Here, you can find answers to frequently asked questions about Grooved Shaft & Nut and our products.
They are commonly used in CNC machines, automation systems, medical devices, and defense industries.
Their grooved structure and ball design offer lower friction and higher torque capacity.
Akar Rulman offers a wide range of Grooved Shaft and Nut products from THK and NB (Nippon) brands.
They require low maintenance, but regular lubrication and cleaning are recommended for long-lasting performance.
En iyi deneyimleri sunmak için, Akar Rulman olarak cihaz bilgilerini saklamak ve/veya bu bilgilere erişmek amacıyla çerezler gibi teknolojiler kullanıyoruz. Bu teknolojilere izin vermek, bu sitedeki tarama davranışı veya benzersiz kimlikler gibi verileri işlememize olanak tanır. Onay vermemek veya onayı geri çekmek, belirli özellikleri ve işlevleri olumsuz etkileyebilir.