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| Mastercam |
HSM Performance Pack |
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| Maquinado de Alta Velocidad mejorado con el paquete de Alto Desempeño de Mastercam |
- Menos movimientos y menores distancias de retracción.
- Tiempo de cálculo significativamente reducido en archivos grandes.
- Rutas de maquinado extremadamente suaves con retracciones que dan
- Un movimiento de herramienta continuo y con menos ruido y vibraciones.
- Maquinado con 3+2 ejes.
- Remaquinados.
- Maquinados en superficies planas.
- Entradas suaves que previenen rotura de herramienta y prolongan su vida.
- Protección contra colisión del sujetador de la herramienta.
- Soporte de ángulos de herramientas esféricas y con punta.
- Opción de maquinados inclinados/superficiales para todas las estrategias. |
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| Adaptive Clearing |
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| Adaptive Clearing is a roughing strategy which offers significant improvements compared to conventional roughing strategies. The strategy avoids full-width cuts by progressively shaving material off the remaining stock. The Adaptive Clearing strategy is the most efficient way to cut in hard as well as soft material. The strategy generates a toolpath which is aligned with the remaining stock in such a way that the cutting conditions remain constant while always making the largest possible cut effectively resulting in a more constant feedrate and less vibration. |
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| Roughing strategies |
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Pocket is the main roughing strategy for clearing large quantities of material effectively. The part is cleared layer by layer with smooth offset contours maintaining climb milling throughout the operation. To avoid plunging, the tool ramps down along a helical path between levels.
To maintain a high feed rate, and thereby reducing the machining time, sharp changes of direction are avoided by smoothing the tool motion. |
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| Finishing strategies |
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Parallel passes is one of the most widely used finishing strategies. The passes are created in the XY-plane and follow the surface in the Z-direction. You can choose their angle as well as their stepover in the horizontal direction. The passes can be linked either in a zig-zag pattern or uni-directional.
Parallel passes are best suited for shallow areas and down milling. |
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| Pencil tool path |
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The pencil strategy creates tool paths along internal corners and fillets with small radii removing material that no other strategy can reach.
It is even possible to make pencil paths along fillets that are larger than the tool corner radius by setting the overthickness parameter. |
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| User defined retraction policy |
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The retraction policy determines how moves between cutting passes are done.
Shortest path is the shortest possible gouge free path moving in all three axes.
Using this strategy minimizes the amount of air-cutting. This not only reduces the machining time, but also reduces the wear on the cutter. |
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