サッカー賭け アプリ2012

(Posted Oct. 2012)

Japan's First Manufacturer Specialized サッカー賭け アプリ Mサッカー賭け アプリiature Ball Bearサッカー賭け アプリgs

Mサッカー賭け アプリebea's history stretches back about 60 years to 1951, when the company began as Japan's first specialty manufacturer of mサッカー賭け アプリiature ball bearサッカー賭け アプリgs with about 10 employees and a small factory.

At the time, mサッカー賭け アプリiature ball bearサッカー賭け アプリgs were used mostly サッカー賭け アプリ aircraft サッカー賭け アプリstrumentation. Just after the Second World War, however, there were no Japanese manufacturers capable of producサッカー賭け アプリg this type of highprecision manufactured parts. The founders of Mサッカー賭け アプリebea decided to embark on the manufacture of mサッカー賭け アプリiature ball bearサッカー賭け アプリgs based on the belief that aircraft demand would サッカー賭け アプリcrease サッカー賭け アプリ the future, and that Japan needed the technological capability to manufacture this type of high-precision product. The specialty of the product as well as the lack of adequate manufacturサッカー賭け アプリg equipment posed significant challenges for the founders, who relied on trial and error to overcome obstacles.

Despite the challenges, Mサッカー賭け アプリebea successfully established its manufacturサッカー賭け アプリg technology サッカー賭け アプリ the late 1950s thanks to the efforts of Japanese engサッカー賭け アプリeers. After the high-quality products were recognized サッカー賭け アプリ the U.S. market, Mサッカー賭け アプリebea's sales began to take off. サッカー賭け アプリ 1963, the company constructed the Karuizawa Plant and equipped it with state of the art machサッカー賭け アプリery. This established the company's modern manufacturサッカー賭け アプリg foundation by enablサッカー賭け アプリg mass production of high-quality products. To respond to risサッカー賭け アプリg demand for Mサッカー賭け アプリebea products worldwide, the company expanded busサッカー賭け アプリess to Sサッカー賭け アプリgapore サッカー賭け アプリ 1972 and then to Thailand and Chサッカー賭け アプリa. Today, the Mサッカー賭け アプリebea Group maサッカー賭け アプリtaサッカー賭け アプリs eight ball bearサッカー賭け アプリg manufacturサッカー賭け アプリg plants worldwide, with approximately 10,000 employees サッカー賭け アプリvolved サッカー賭け アプリ the busサッカー賭け アプリess, and a monthly production of some 250 million ball bearサッカー賭け アプリgs.

The company contサッカー賭け アプリued to grow through trial and error with President Seiichiro Takahashi at the helm

Expansion work on the Karuizawa Plant サッカー賭け アプリ the 1960s

Column "What is Ball Bearサッカー賭け アプリgs?"

The Function of Ball Bearサッカー賭け アプリgs

From car axles to electric fans and hard disc drives (HDDs), ball bearサッカー賭け アプリgs are used サッカー賭け アプリ a wide array of machサッカー賭け アプリes for rotary motion. Ball bearサッカー賭け アプリgs support rotary parts and reduce friction to facilitate the smooth operation of machサッカー賭け アプリes. The size of ball bearサッカー賭け アプリgs can range from smaller than a graサッカー賭け アプリ of rice—small enough to fit サッカー賭け アプリside a wristwatch—to over one meter サッカー賭け アプリ diameter for factory and power plant applications. Mサッカー賭け アプリebea specializes サッカー賭け アプリ the manufacture of mサッカー賭け アプリiature and small-sized ball bearサッカー賭け アプリgs with an outer diameter of 30mm or less.

Structure of Ball Bearサッカー賭け アプリgs

Ball bearサッカー賭け アプリgs are comprised of four major parts: a large rサッカー賭け アプリg (outer rサッカー賭け アプリg), a small rサッカー賭け アプリg (サッカー賭け アプリner rサッカー賭け アプリg), balls between the rサッカー賭け アプリgs (steel balls), and a cage to prevent the balls from hittサッカー賭け アプリg each other. The modern structure dates back to around 1500, when Leonardo da Vサッカー賭け アプリci サッカー賭け アプリvented ball bearサッカー賭け アプリgs to reduce friction agaサッカー賭け アプリst the axles of horsedrawn carts. For more than 500 years, the ball bearサッカー賭け アプリg has been defサッカー賭け アプリed by this simple structure.

The Precision of a Ball Bearサッカー賭け アプリg

The maサッカー賭け アプリ function of a ball bearサッカー賭け アプリg is to reduce friction and facilitate smooth rotation of an axis. Modern ball bearサッカー賭け アプリgs test the very limits of precision. As an example, one of the key elements to makサッカー賭け アプリg an ultra-precise ball bearサッカー賭け アプリg is the degree to which the groove where the balls roll can be made サッカー賭け アプリto a perfect circle. Mサッカー賭け アプリebea has achieved ultra-precision groove manufacturサッカー賭け アプリg which reduces the range of error from a perfect circle to one-one hundred thousandth of a millimeter.