For 60 years, Better Engineering has manufactured high quality, automated, aqueous-based industrial parts washers and cleaning and sanitizing systems utilizing spray, immersion, and ultrasonic technologies. Better Engineering's (BE's) line of industrial parts washers and cleaning/sanitizing systems includes turntable style cleaning systems, conveyor washers, immersion and ultrasonic cleaning units, heavy duty degreasers, cellular parts cleaning units, and sanitary systems.
BE cleaning systems use detergents that are water soluble and biodegradable, thereby making them safer for the user and for the environment. BE develops innovative solutions to build critical automated cleaning systems for virtually every industry. Helping solve tough cleaning applications is what we do. We have the highest caliber engineering staff in the industry that utilizes innovative design software.
As such, we are able to build great, unique parts washing systems to solve any particular cleaning problem. We have the highest caliber engineering staff in the industry.
BE cleaning systems use detergents that are water soluble and biodegradable, thereby making them safer for the user and for the environment. BE develops innovative solutions to build critical automated cleaning systems for virtually every industry. Helping solve tough cleaning applications is what we do. We have the highest caliber engineering staff in the industry that utilizes innovative design software.
As such, we are able to build great, unique parts washing systems to solve any particular cleaning problem. We have the highest caliber engineering staff in the industry.
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BE develops innovative solutions to build critical automated cleaning systems for virtually every industry.
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 rebuilding.
Bill was the father of three, a community activist, and the patriarch of Better Engineering until his death in 2000.
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 rebuilding.
Bill was the father of three, a community activist, and the patriarch of Better Engineering until his death in 2000.
BE's mission is to build and deliver high-end, quality machines engineered to deliver optimal cleaning for any type of parts.
We combine quality workmanship that requires attention to detail and a passion for building each machine to the highest standards.
We are dedicated to providing you with the best solutions for your cleaning application and the support and service for continual optimal operation throughout the lifetime of your machine.
We have the highest caliber engineering staff in the industry.
We combine quality workmanship that requires attention to detail and a passion for building each machine to the highest standards.
We are dedicated to providing you with the best solutions for your cleaning application and the support and service for continual optimal operation throughout the lifetime of your machine.
We have the highest caliber engineering staff in the industry.
Better Engineering is a top manufacturer of washing and sanitizing equipment for numerous seafood processors to wash, sanitize, dry oyster containers, ice or dry ice totes, seafood pallet boxes, buckets, and other handled containers.
Our engineers have worked alongside seafood processing companies involved in the production, farming, importation, wholesaling, and retailing of fish and seafood for more than 60 years.
Each system comes with the option to add robotic arm integration for auto loading and unloading.
Our engineers have worked alongside seafood processing companies involved in the production, farming, importation, wholesaling, and retailing of fish and seafood for more than 60 years.
Each system comes with the option to add robotic arm integration for auto loading and unloading.
Better Engineering is a leading manufacturer of equipment designed to clean and dry trays, crates, rearing trays, pallets, racks, egg-grids, and plastic containers utilized in the insect cultivation industry.
Better Engineering works has worked closely with Insect Cultivators across the country to create washing systems that promote sustainability, meet strict standards, and save companies money.
These highly versatile systems include batch washers, bin and vat washers, rack washers, cabinet washers, and conveyor/tunnel washers, all tailored to the insect cultivation industry.
Better Engineering works has worked closely with Insect Cultivators across the country to create washing systems that promote sustainability, meet strict standards, and save companies money.
These highly versatile systems include batch washers, bin and vat washers, rack washers, cabinet washers, and conveyor/tunnel washers, all tailored to the insect cultivation industry.
The production of confections requires sophisticated cleaning technologies to meet the most stringent food safety requirements.
The confectionery industry includes sweets, candied nuts and fruits, jellied candies, chocolates, fudge, biscuits, toffees, and more.
These confection producers have different equipment, infrastructures, and risk profiles, leading to the need for different equipment design and cleaning methods to suit the individual facility.
Automated cleaning and sanitizing systems ensure repeatability of the cleaning process, increase productivity, lower labor costs, restrict hazards, and prevent product cross-contamination between batches.
The confectionery industry includes sweets, candied nuts and fruits, jellied candies, chocolates, fudge, biscuits, toffees, and more.
These confection producers have different equipment, infrastructures, and risk profiles, leading to the need for different equipment design and cleaning methods to suit the individual facility.
Automated cleaning and sanitizing systems ensure repeatability of the cleaning process, increase productivity, lower labor costs, restrict hazards, and prevent product cross-contamination between batches.
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