BE-history-timeline

william_hiss_picture_lo     Bill Hiss exemplified “the greatest generation”. Born in 1924, he joined the US Navy when he was 18 and served four years in the Pacific during WW II. He started in business in 1952. Father of three and community activist, Bill Hiss was the patriarch of Better Engineering until his death in 2000.

2010

By 2010, Better Engineering has established itself as a premier manufacturer of complex in-line cleaning systems such as the conveyor washer shown at the top right… this high speed belt washer cleans metal stampings at a speed of 30 feet per minute… the stampings are held between two (2) belts so they can’t move and get scratched… the parts move through six (6) stages, exiting the unit completely clean, dry, and spot free.

2000

Better Engineering now has over 50 standard parts cleaning systems, a large engineering staff for customized machinery, a parts-cleaning-lab/chemistry division, and distribution throughout the world. BE ‘s product line includes a wide variety of turntable systems, tumbling units, belt washers, monorail lines, innovative systems designed for cellular production, and a full line of water-based detergents.

1990

By this time, Better Engineering was the largest producer of aqueous parts cleaning systems. BE had distributors throughout the US and they were now producing larger and more sophisticated systems for industry.

1980

Better Engineering manufactured their first water-based parts cleaning system – a small jet washer designed for auto repair facilities. At the time, nobody could have foreseen the impact this product was to have on BE’s future.

1970

Between 1960 and 1980, Better Engineering sold over 8,000 of their patented torque converter flushers. BE developed other tools and equipment for the auto rebuilding industry.

1960

Better Engineering was founded upon the invention of a machine called the “Torque Converter Flusher.” This patented machine was used by automatic transmission repair facilities to gauge and clean torque converters during the rebuilding process.