3D Laserschweiß- & Laserschneidtechnik
Die 3D Laserschweiß- und Laserschneidtechnik ist eine Schlüsseltechnologie in unserer Fertigung. Diese Verfahren bieten hohe Präzision und schnelle Durchlaufzeiten und sorgen für einen minimalen Wärmeeintrag, wodurch wir eine Verformung oder Beschädigung des Materials vermeiden. Überall dort, wo präzise und funktionale Bauteile gefragt sind, wo komplexe Geometrien verarbeitet werden müssen, finden diese Verfahren Anwendung.
Saubere Schweißverbindungen in drei Dimensionen
3D Laserschweißen
1. Made to measure:
The flowforming mandrel is produced based on the desired dimensions of the internal splines (such as involute splines).
2. Setting the process in motion:
A flat (flowformed, turned, drawn or forged) circular blank or preform is pressed tight against the flowforming mandrel mounted on the main spindle and clamped by a pressure plate. The main spindle and circular blank begin to rotate.
1. Made to measure:
The flowforming mandrel is produced based on the desired dimensions of the internal splines (such as involute splines).
2. Setting the process in motion:
A flat (flowformed, turned, drawn or forged) circular blank or preform is pressed tight against the flowforming mandrel mounted on the main spindle and clamped by a pressure plate. The main spindle and circular blank begin to rotate.
3D Laserschneiden
1. Made to measure:
The flowforming mandrel is produced based on the desired dimensions of the internal splines (such as involute splines).
2. Setting the process in motion:
A flat (flowformed, turned, drawn or forged) circular blank or preform is pressed tight against the flowforming mandrel mounted on the main spindle and clamped by a pressure plate. The main spindle and circular blank begin to rotate.
Verfügbare Maschinen
3D-Laseranlagen
1. Made to measure:
The flowforming mandrel is produced based on the desired dimensions of the internal splines (such as involute splines).
2. Setting the process in motion:
A flat (flowformed, turned, drawn or forged) circular blank or preform is pressed tight against the flowforming mandrel mounted on the main spindle and clamped by a pressure plate. The main spindle and circular blank begin to rotate.
1. Made to measure:
The flowforming mandrel is produced based on the desired dimensions of the internal splines (such as involute splines).
2. Setting the process in motion:
A flat (flowformed, turned, drawn or forged) circular blank or preform is pressed tight against the flowforming mandrel mounted on the main spindle and clamped by a pressure plate. The main spindle and circular blank begin to rotate.
1. Made to measure:
The flowforming mandrel is produced based on the desired dimensions of the internal splines (such as involute splines).
2. Setting the process in motion:
A flat (flowformed, turned, drawn or forged) circular blank or preform is pressed tight against the flowforming mandrel mounted on the main spindle and clamped by a pressure plate. The main spindle and circular blank begin to rotate.