Zenesis Solution Srl, with its own headquarter in Carrara-Italy, is a new company established in Italy and owned by EHWA Diamond Industrial Co. Ltd. The core business of this new company is the production and spreading of the complete and revolutionary system to cut granite blocks called: ZENESIS Gang Saw (ZGS).

Cutting granite blocks with a diamond blade using a traditional gang saw with pendular movement of its frame, has been always a dream of many people working in the stone industry. In the past, many attempts have been done to reach this target, all of them without acceptable results to be used as an alternative to the traditional system with steel shot technology.

Why choose ZENESIS GANG SAW SYSTEM (ZGS)?

ZGS gives you back more productivity compare to your traditional gang saw: +15% cutting 2 cm slabs and up to 120.000 m2 of yearly production. 38 slabs for each meter of block's width are guaranteed.

ZGS let you cut one block with 2 meters height within 24 hours.

ZGS gives a new life to your traditional gang saw with a reasonable investment.

ZGS reduces the consumption of electricity to 30% compared to Traditional gang saw and 50% compared to the diamond multi wire machine.

ZGS uses a low speed and long life machine for cutting. Less maintenance in the time compared to Diamond Multi wire machine.

ZGS produces slabs with high precision and high stability of the thickness compared to the Diamond wire technology.

ZGS cut very well granites with hard points inside thanks to the high tension of the cutting blades.

ZGS has cut more than 160 type of different granites.

ZGS can cut granite, marble, quartz, even together.

The market increasingly requires exotic materials. These materials internally have strong inhomogeneities in the hardness. Everybody know that the alternation of hard zones with soft parts undermines the diamond wire which cannot guarantee acceptable cutting quality. The ZENESIS GANG SAW System, on the other hand, solves this problem by guaranteeing an irreproachable cut quality and excellent precision of the thickness of the final slabs.