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
