Insert de moule en plastique moulé par injection
Étude de faisabilité en coopération avec Röders GmbH avec MAPAL Dr. Kress KG.
Informations générales
Projet : Insert de moule moulé par injection
Machine : Röders RXP601 DSH
Matériau : WR. 1.2343
Dureté : 50 ± 2 HRC
Dimensions Matière première : 200 x 120 x 90
Objectives
- Achieving surface quality and accuracy in accordance with requirements for plastic injection moulds
- Flexible tool solution from the standard range of products
- Reduction in the machining time due 5-axis simultaneous machining concept
Top facts about the machining solution
Roughing at high feed rates
OptiMill-3D-HF-Hardened
Efficient roughing by using a high-feed milling cutter with six cutting edges.
Efficient roughing by using a high-feed milling cutter with six cutting edges.
High surface precision
OptiMill-3D-CR-Hardened
Finishing with high surface precision and consistent roughness with a four-edge corner radius milling cutter.
Finishing with high surface precision and consistent roughness with a four-edge corner radius milling cutter.
Efficient finishing
OptiMill-3D-CS
Increased line spacing compared to conventional ball nose milling cutters by using shoulder radius milling cutter.
Increased line spacing compared to conventional ball nose milling cutters by using shoulder radius milling cutter.
Wiper geometry
NeoMill-3D-Finish
Axial and radial wiper geometry enables greater cutting depth and higher feed rates, thus contributing to higher productivity.
Axial and radial wiper geometry enables greater cutting depth and higher feed rates, thus contributing to higher productivity.