Ceramic grid
Ceramic Al2O3
Ceramic grid
properties: t=0.25 to 1.0 mm
material: ceramic Al2O3
special features: filigree structure in hard-brittle material
technologies: laser fine cutting
Metal grid and screen structures
Stainless steel V2A, copper foil, tungsten
Metal grid and screen structures
properties: t=0.05 to 0.1 mm
material: stainless steel V2A, copper foil, tungsten
special features: different bar widths in relation to mesh size
technologies: laser fine cutting,
laser structuring, laser drilling
Grid
Copper
Grid
properties: t=0.3 mm
material: copper
special features: oxide-free edges, distortion-free despite long thin webs
technologies: laser fine cutting
Grid for heater structure
Stainless steel foil
Grid for heater structure
properties: t=0.03 mm
material: stainless steel foil
special features: surface heater as thermocouple for sensor technology
technologies: laser fine cutting
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Ceramic grid
Ceramic Al2O3Ceramic grid
properties: t=0.25 to 1.0 mm
material: ceramic Al2O3
special features: filigree structure in hard-brittle material
technologies: laser fine cutting
-
Metal grid and screen structures
Stainless steel V2A, copper foil, tungstenMetal grid and screen structures
properties: t=0.05 to 0.1 mm
material: stainless steel V2A, copper foil, tungsten
special features: different bar widths in relation to mesh size
technologies: laser fine cutting,
laser structuring, laser drilling -
Grid
CopperGrid
properties: t=0.3 mm
material: copper
special features: oxide-free edges, distortion-free despite long thin webs
technologies: laser fine cutting
-
Grid for heater structure
Stainless steel foilGrid for heater structure
properties: t=0.03 mm
material: stainless steel foil
special features: surface heater as thermocouple for sensor technology
technologies: laser fine cutting