Holeplates are distinguished by the following technical features: plate diameter and geometry, material used, hole diameter (turbocut up to 0.6 mm), geometric design (angle) of the holes, hole shape, hole pattern, special designs
Inclined drilledin a row Higher output with the same machine power consumption Gentler material processing Improved cutting pattern (cutting instead of crushing) Optimised hole pattern Higher efficiency
Inclined drilledin a row Higher output with the same machine power consumption Gentler material processing Improved cutting pattern (cutting instead of crushing) Optimised hole pattern Higher efficiency
Inclined drilledin a row Higher output with the same power consumption of the machine Gentler material processing Improved cutting pattern (cutting instead of crushing) Optimised hole pattern Higher efficiency Bars adapted to the turbocut support star
Inclined drilledin a row Higher output with the same machine power consumption Gentler material processing Improved cutting pattern (cutting instead of crushing) Optimised hole pattern Higher efficiency
Inclined drilledin a row Higher output with the same machine power consumption Gentler material processing Improved cutting pattern (cutting instead of crushing) Optimised hole pattern Higher efficiency
Inclined drilledin a row Higher output with the same power consumption of the machine Gentler material processing Improved cutting pattern (cutting instead of crushing) Optimised hole pattern Higher efficiency Bars adapted to the turbocut support star
Inclined drilledin a row Higher output with the same power consumption of the machine Gentler material processing Improved cutting pattern (cutting instead of crushing) Optimised hole pattern Higher efficiency Bars adapted to the turbocut support star
Inclined drilledin a row Higher output with the same machine power consumption Gentler material processing Improved cutting pattern (cutting instead of crushing) Optimised hole pattern Higher efficiency
Inclined drilledin a row Higher output with the same machine power consumption Gentler material processing Improved cutting pattern (cutting instead of crushing) Optimised hole pattern Higher efficiency
