injection molding Soaring to New Heights: Extending Tool Service Life in CFRP-Aluminum Stack Drilling An innovative solid carbide drill design with CVD diamond coating achieves 130% longer tool service
injection molding Soaring to New Heights: Extending Tool Service Life in CFRP-Aluminum Stack Drilling An innovative solid carbide drill design with CVD diamond coating achieves 130% longer tool service
injection molding Soaring to New Heights: Extending Tool Service Life in CFRP-Aluminum Stack Drilling An innovative solid carbide drill design with CVD diamond coating achieves 130% longer tool service
injection molding Soaring to New Heights: Extending Tool Service Life in CFRP-Aluminum Stack Drilling An innovative solid carbide drill design with CVD diamond coating achieves 130% longer tool service
injection molding Soaring to New Heights: Extending Tool Service Life in CFRP-Aluminum Stack Drilling An innovative solid carbide drill design with CVD diamond coating achieves 130% longer tool service
injection molding Soaring to New Heights: Extending Tool Service Life in CFRP-Aluminum Stack Drilling An innovative solid carbide drill design with CVD diamond coating achieves 130% longer tool service
injection molding Soaring to New Heights: Extending Tool Service Life in CFRP-Aluminum Stack Drilling An innovative solid carbide drill design with CVD diamond coating achieves 130% longer tool service
injection molding Soaring to New Heights: Extending Tool Service Life in CFRP-Aluminum Stack Drilling An innovative solid carbide drill design with CVD diamond coating achieves 130% longer tool service
These high mechanical and thermal stresses result in high abrasion, increased risk of chipping and formation of cracks on cutting tools, which shortens tool service life and reduces productivity.
Oerlikon’s additive manufacturing unit is leading transformative change in the aerospace, medical, automotive, power generation and tooling industries.
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