J.N. Eberle & Cie. GmbH
Booth number: 4127
www.eberle-augsburg.de
About us
J.N. Eberle & Cie. GmbH is one of the world’s leading manufacturers of industrial metal band saw blades. At its headquarters in Augsburg, Germany, the company produces high-performance carbide and bimetal band saw blades using state-of-the-art manufacturing technology.
Bimetal band saw blades are also manufactured at the company’s subsidiary in Poland, where the same technologies, expertise and quality standards are applied.
A key strength is the in-house production of bimetal strip steel in Augsburg, which serves as the base material for Eberle’s bimetal band saw blades and ensures outstanding cutting performance.
To provide comprehensive solutions for modern metal cutting, J.N. Eberle has recently expanded its portfolio to include high-quality circular saw blades and cutting fluids.
In 2026, J.N. Eberle celebrates 190 years of industrial heritage, standing for precision, reliability and high performance in industrial sawing applications worldwide.
Address
Eberlestr. 28
86157 Augsburg
Germany
E-mail: gudrun.richter@eberle-augsburg.de
Phone: +49 821 5212330
Internet: www.eberle-augsburg.de
Contact person:
Nikolaj Fiterer
Key Account Manager Intl.
E-mail: nikolaj.fiterer@eberle-augsburg.de
Phone: +49 170 4843223
Products & Services
duoflex PT Plus - Bimetal Band Saw Blade
The PT Plus band saw blade combines an aggressive yet stable cutting edge for outstanding cutting performance. An integrated chip former and increased chip space ensure optimal chip flow, especially when cutting solid materials, while the innovative variable setting delivers excellent cutting surfaces. Its design also offers more versatility by enabling efficient cutting of both profiles and solids.
duoflex VTX - Bimetal Band Saw Blade
The duoflex® VTX bimetal band saw blade is designed for high-performance sawing of large to very large workpieces and challenging materials. Its unique tooth geometry with variable, positive tooth design ensures excellent precision, stability and improved chip division during the cutting process. A combination of different tooth heights and varying set widths reduces cutting forces, while optimized tooth gullets enhance fatigue strength and overall blade durability.
