Syracuse Office: (315) 695-2008 | Buffalo Office: (716) 893-3643
30 years of experience providing bar feeder and lathe automation solutions to the production turning industry.
Thirty years in the bar feeding business and over 11,000 installations have made Edge Technologies synonymous with magazine bar feeders in the North American machine tool marketplace. Our reputation for technical competence and delivering high customer satisfaction reflects the focus and passion that we bring to the business.
With the broadest two-tier CNC lathe bar feeder line-up in the business, both in size range and price points, Edge Technologies has the best match for your application and capital budget.
Edge has several product options in 6′, 8′, and 10′ sizes, ranging from the economically sensible Minuteman 320 SE bar feeder to the workhorse Turbo 8-80.
Also known as a “Shorty,” the 6′ and 8′ Magazine Loader models are best situated for small to medium production quantities where space is at a minimum. Bar feeders equipped with the same features as their 12′ counterparts, these models feed round, square, and hexagonal bar stock into CNC lathes. Edge has several product options in 6′, 8′, and 10′ sizes.
An extensive family of bar feeding solutions including Swiss, Sliding, or Fixed headstock CNC lathes can handle diameters ranging from .08-100mm. Lathe Spindle Loaders and Multispindle Stockreel Loaders range up to 100mm.
Designed with a small footprint, short bar loader bar feeders offer many of the features associated with a 12′ magazine feeder.
Edge Technologies offers special bar feeding solutions for customers needing to work with especially long stock.
An extensive family of bar loading & unloading solutions including Swiss, Sliding, or Fixed headstock CNC lathes can handle diameters ranging from .08-100mm. Lathe Spindle Loaders and Multispindle Stockreel Loaders range up to 100mm.
Superior Quality Schlenker offers a complete line of superior quality workholding collets and guide bushings for applications requiring high precision and accuracy.