Find IKO precision components at ACORN®, an authorised UK distributor. Explore products for bearing and linear motion applications, from needle roller bearings and cam followers to linear guides, ball splines and crossed roller bearings.
IKO products are used in a variety of industries, including automation, robotics, machine tools and semiconductor manufacturing. The right component depends on your application’s requirements for load, speed, accuracy, available space and operating environment.
IKO products continue to win praise across a wide variety of industries, IKO was the first Company in Japan to initiate technical developments on the needle roller bearing. In addition to this, IKO have also developed a range of linear motion rolling guide units for applications that require extremely high levels of precision such as semiconductor manufacturing equipment. IKO products are developed and manufactured by people constantly pursuing Innovation, developing highly technological Know-how, and striving to manufacture products with originality. Innovation, know-how, and originality are indicative of the IKO brand name.
Nippon Thompson has been, and aims to continue being, a company that is centred on technology development and contributes to society.
Whether you’re replacing a bearing or specifying a linear motion system, ACORN can help you identify a suitable product. Have the IKO part number ready if available. For a new application, details such as load, speed, movement, dimensions and operating conditions can help guide product selection.
Browse IKO products online or contact ACORN for product support.
The range includes needle roller bearings, linear motion guides and bearings, cam followers, track rollers, ball splines and crossed roller bearings.
Yes. ACORN is an authorised UK distributor of IKO products.
Start with the product reference if you’re replacing an existing component. For a new application, consider the load, speed, required accuracy, space and operating environment. ACORN can help with product identification and selection.
