Family owned and American built with pride for more than 60 years!
Engineering Cleaning Solutions For A Better Tomorrow
Better Engineering is a company that designs and manufactures industrial cleaning machines, also known as “part washer,” for various industrial, food, and pharmaceutical processing centers across the globe. The company was founded in 1960 by two WWII veterans, Bill Hiss and Earl Sprecher, who were looking for a way to clean and reuse automatic transmission parts. Their invention, the Torque Converter Flusher, led to the establishment of Bill and Earl’s Auto Shop in Rosedale, MD. They worked tirelessly in the basement of the auto mechanic shop, developing their patent for the Torque Converter Flusher, a machine that would revolutionize the automotive industry by cleaning used automatic transmission parts to be repaired or refurbished.
Once the patent was approved, Bill and Earl’s invention, the Torque Converter Flusher, hit the global market, creating the part washer industry.
Years later, Bill & Earl sold Bill & Earls Garage in Rosedale, moved their design and manufacturing operations to a business park in Bel Air, MD, and changed the business name to Better Engineering, using the first initial of each of their first names as a tribute to their legacy.
Bill Hiss
Our Founder, Bill Hiss, exemplified “the greatest generation.” Born in 1924, he joined the U.S. Navy and served in the Pacific during WWII. Bill went on to establish Better Engineering (BE) in 1960 with the invention of the patented “Torque Converter Flusher,” used by transmission shops to clean torque converters during the remanufacturing process.
Bill was the father of three, a community activist, and the patriarch of Better Engineering until his passing in 2000.
Family Owned & Operated
Over the years, Irma managed all aspects of the company with great pride until her passing in 2008.
Keith Hiss and Denise Hussar followed in their parent’s footsteps and are the second-generation owners of BE. Keith succeeded his father as president and general manager, taking Better Engineering to a new level by introducing the first part washer for the automotive industry. Under Keith’s leadership, Better Engineering was the first manufacturer of automated, aqueous-based parts cleaning systems that people are familiar with.
Today, Ryan Hiss and Lyndsey Hiss-Peters, two of Bill’s grandchildren, continue the family-owned and operated legacy of over 60 years.
Expansion and Innovation
Better Engineering has become a global leader in manufacturing industrial cleaning machines in the past four decades. Our products are used for automobile parts and in virtually every industrial industry, including precision cleaning for metal passivation and sanitization requirements in food and pharmaceutical processing. From our humble roots with Bill and Earl, our best-in-class engineering and production teams partner with our clients to innovate machines that solve some of the toughest cleaning challenges, delivering quality machines that exceed strict cleaning standards.
For more information about Better Engineering, watch our company profile video below.
Our History
Our Mission
THE BEGINNING
BE 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.
1960STARTING TO GROW
Between 1960 and 1980, BE sold over 8,000 of their patented torque converter flushers. BE developed other tools and equipment for the auto rebuilding industry like the oil cooler/line flusher.
1970ECO Friendly AQUEOUS CLEANING
When the EPA issued a report that cleaning solvents were bad for the environment, BE designed & 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.
1980EXPANSION
By this time, BE 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.
1990CUSTOMIZATION
BE now has over 50 standard parts cleaning systems, a large engineering staff for customized machinery, a parts-cleaning-lab/chemistry division, a full line of water-based detergents, and distribution throughout the world.
2000IN-LINE CLEANING
By 2010, Better Engineering has established itself as a premier manufacturer of complex in-line cleaning systems.
2010AUTOMATION & Robotic INTEGRATION
Today, BE designs and manufactures a broad range of machines from compact, single-stage systems to complex systems with automation integration.
TODAYWe are committed to providing products and services that meet or exceed our customers’ expectations. In order to effectively carry out this policy, we make the following commitments:
Our Company is
Customer Focused
Commitment to Quality
Better Engineering is committed to the highest quality standards and is ISO-9001 certified.
Our services
Sustainability
We are committed to being socially and environmentally responsible. Our operations are conducted fairly and support environmental sustainability to help reduce our collective environmental impact.
Factual Decision Making
We establish measurable quality objectives that clearly indicate the level of continuous improvement.
Leadership & Teamwork
We keep all employees informed about our direction and quality objectives and help one another to be positive and make positive changes.
Continual Improvement
We strive for continuous improvement of our designs, processes and overall quality management system.
60 YEARS EXPERIENCE
For three generations, BE has manufactured rugged, well-engineered automated parts washers, utilizing spray, immersion and ultrasonic technologies. Headquartered in Joppa, MD, Better Engineering now builds a full spectrum of fully automated cleaning systems including: turntable washers, conveyor washers, drum washers, immersion washers, as well as customized parts cleaning systems and systems that incorporate robotic integration.