Cages - Import export

The AntiCreep Cage Crossed Roller Way Unit prevents cage creep by using a rack and pinion mechanism in the crossed roller way that is mounted to a groundfinished rigid table and bed. The builtin rack and pinion mechanism is the perfect solution for cage creep issues. It provides reliable operation in various situations where a crossed roller way would be difficult to use, including applications on a vertical axis. No correction for cage creep is necessary, even under high velocity or long term operation. Interchangeable Mounting Dimensions Since the rack is placed inside the way, it maintains the same outside dimensions and offers complete mounting compatibility with the conventional crossed roller way unit; making it easy to replace the conventional type crossed roller way units in machines and equipment, as well as using it in new designs. UltraHigh Precision and Smooth Motion A combination of a precisely finished raceway surface and a nonrecirculating type linear motion

In IKO Needle Roller Bearings with Separable Cage, the inner ring, outer ring and IKO needle roller cage are combined, but they can be separated easily. This type has a simple structure with high accuracy. In addition, the radial clearance can be freely selected by choosing an assembly combination. Because they use needle roller cages, these bearings have excellent rotational performance, and are best suited for massproduction, high accuracy products such as machine tools, textile machinery, and printing machines.

IKO Needle Roller Cages for General Usage are bearings that provide excellent rotational performance. Their specially shaped cages, with high rigidity and accuracy, precisely guide the needle rollers. Since needle rollers with extremely small dimensional variations in diameter are incorporated and retained in this needle roller cage, they utilize the machining accuracy of the way and are useful in small spaces when combined with shafts and housing bores that are heat treated and accurately ground as raceway surfaces. In addition, since they are lightweight and have high rigidity as well as a large lubricant holding capacity, they can withstand severe operating conditions such as high speed rotation and shock loads, and they are used in a wide range of applications.

The cage is made of synthetic resin, which helps reduce the weight of the device in which the needle roller cage is incorporated. In addition, by optimizing the shape of the cage, the number of needle rollers has increased compared to high carbon steel cages of the same diameter, increasing the load capacity.

The AntiCreep Cage Crossed Roller Way prevents cage creep by using a rack and pinion mechanism in the crossed roller way while also providing smooth linear motion with super high accuracy. The builtin rack and pinion mechanism is the perfect solution for cage creep. It provides reliable operation in various situations where a crossed roller way may have issues, including applications on a vertical axis. No correction for cage creep is necessary, even under high velocity or long term operation. Interchangeable Mounting Dimensions Since the rack is placed inside the way, it maintains the same outside dimensions. This provides complete mounting compatibility with the conventional crossed roller way, making it easy to replace the conventional type in machines and equipment, as well as using it in new designs.

IKO Needle Roller Cages for Engine Connecting Rods are bearings for use in engine connecting rods. These bearings have superior performance proven in high performance engines of racing motor cycles, and are widely used in small motor vehicles, motor cycles, outboard marines, snow mobiles, highspeed compressors, etc. and also in generalpurpose engines. Bearings for engine connecting rods are used under extremely severe and complex operating conditions such as heavy shock loads, high speeds, high temperatures and stringent lubrication. Needle Roller Cages for Engine Connecting Rods are lightweight, and have high load ratings and high rigidity as well as superior wear resistance to withstand severe conditions.