Are You Looking for Tillers and Trenchers that Literally Revolutionized the Rental Equipment Industry?
Welcome to Barreto Manufacturing's website, where you can learn more about how all-hydraulic technology - first utilized by Greg Barreto in 1983 - revolutionized the way tillers and trenchers were built, and changed them from unreliable nightmares into revenue producing stars for the rental yard market.
Here at barretomfg.com, you'll find exciting information on Barreto's award-winning product line, including the latest innovations, from the 912 self-propelled mini-trencher to the 1324 steerable trencher with zero turning radius. You'll soon see why Barreto's innovation in design and quality in manufacturing have earned it a global reputation as manufacturer of the world's most reliable, most profit-producing equipment in the rental yard market today.
All-Hydraulic Technology Means No Belts, Chains or Gears
Greg Barreto built the first all-hydraulic tiller in 1983 because he was tired of replacing the belts, chains and gears that were constantly breaking down on the tillers where he worked. Deciding there had to be a better way, he experimented with hydraulic power and discovered that, by removing the need for belts, chains and gears, he removed the need for constant maintenance.
That first Barreto tiller was so reliable, it worked in a rental yard for over 20 years! When Greg introduced trenchers, he started hearing things from rental yard owners such as "trenchers were never a money maker for me, until we bought the Barreto." And "our guys do a lot of trenching every year, and the Barreto trencher is the only machine that can stand up to the conditions."
Since Greg introduced all-hydraulic technology to tillers and trenchers, industry leaders followed, with imitating all-hydraulic equipment. But Barreto Manufacturing was first, and the Barreto 1320 Tiller remains the industry standard by which all other tillers are measured.
Featured Product
THE NEW STEERABLE TRENCHER
All Hydraulic & Zero Turning Radius
Long, arching curves are now possible with virtually no operator effort. With a faster forward drive speed, you save time getting around the job site.