Common Uses of Stainless Steel Popular Metric Series BearingsBlog | July 24th, 2018
Popular metric series bearings are small and built to maintain frictionless separation between undersized drive components. Profiled with stainless steel bore sizes that fit within the miniature 1-mm to 10-mm bearing gauge, miniature metrics are designed to support small medical devices, servo motors, and many other commonly used drive configurations. High-functioning metric bearings even support sophisticated mechatronic applications.
Sustaining the Mechatronics Industry
Casual observers picture ball bearings as large, imperial-sized contrivances. In that image, they’re mounted on industrial motors, and they absorb huge quantities of torque. Contrariwise, popular metric series bearings are complex and elaborate, but they’re also relatively small. Among the common sizes, the 0.6-mm to 10-mm bore range is favoured. Then the scale extends further, perhaps as far as 50-mm. Between that bore spread, other popular diameters are sized to fit countless problematic usage domains. Picture a 1-mm stainless steel metric series bearing inside an infusion pump or a lab centrifuge. Thin section drive mechanisms even benefit those applications by offering low-noise, high-performance drive profiles.
Miniature Stainless Steel Strength
Used in conjunction with similarly refined mechanical components, the small metric rings withstand torturous forces. Granted, the applied physical forces are typically moderate. All the same, the miniature bearings are expected to function just as well as their larger cousins. In food applications, the ringed friction isolators use food-grade lubricants. They sport stainless steel materials, all the better to endure acid-based foodstuffs. In marine applications, the small metric parts use added chromium to improve the corrosion resistance properties of the alloy. The popular metric series serves miniature mechatronic and marine applications, caustic processing environments and the medical field, and they’re even spinning silently within some of the finest electronics equipment.
The Motion-Electronics Field
Aeronautics systems, including vibrationless guidance bearings, require small-gauge metric parts. Communications equipment is next, with the moving antennae inside the gear utilizing tiny bearing-supported servo motors. Laser printers, office equipment, packaging machinery, every one of these commonly implemented electronics configurations requires at least a handful of popularly sized metric series bearings. In these two-part systems, solid-state printed circuit boards occupy one section of a tiny device housing, which leaves the stainless steel rings and races room to manipulate compact sensor arrays, pumps impellers, and much more besides.
Think of stainless steel metric series bearings, the standard-bore components that power countless applications, as mechanical bridges. In medical pumps, centrifuges and robotic processing systems, electronic signals provide fractional control force, then that signal energy is converted into minuscule quantities of precision-driven kinetic energy. And remember, that bridging process is made possible by this bearing type.
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