On our website, we would like to use the services of third-party providers who help us improve our promotional offerings (marketing), evaluate the use of our website (performance) and adapt the website to your preferences (functionality). We need your consent for the use of these services; you can always revoke this consent. You can find information about the services and the chance to reject them under “User-defined.”You can find additional information in our Data Protection Policy.
The Ergo-Schnitt telescopic rods are made from glass fibre braid (GFB) covered with a layer of resin. The material offers 5 x higher resistance against breaking compared with aluminium. No corrosion occurs to the GFB and it is very low wear-and-tear. GFB does not conduct electricity when it is clean and dry. This has been confirmed and certified by an accredited inspection laboratory. Ergo-Schnitt telescopic bars can be steplessly set to any height. A tensile strength of 75 kg is attained via an eccentric lever which can be set with the opposite nut (left handed thread). The saw blade is made from time-proven Japanese SK5 steel. The rows of teeth are induction hardened and every fifth tooth has a special position so that the dust is removed from the cut more easily. Medium tooth width (8 teeth on 30 mm (1.18 in)) for universal use in fresh, soft, hard and dry wood.
Available from 1,48 meter to 7,86 meter.
The company Schmitt GmbH is a family-owned business that was established in 1980 - it was founded by Paul Schmitt. Since 1997 his son Norbert Schmitt has been working in the company and in 2001 he became a member of management. In 1999 the brand name Ergo-Schnitt was born - the result of a product development. Since then, the development of products for demanding users has continuously been worked towards. Ergo-Schnitt products are developed by testing them in the field. Work-safety and high demands on quality are two firmly established requirements for the development of new products. According to standards, the quality and practical viability of this is constantly tested and confirmed by relevant institutions.