Navigation

    MAXXimum finishing

    The finishing module in hyperMILL® MAXX Machining is a highly efficient solution for the semi-finishing and finishing of planes and free-form surfaces with various barrel cutters.

    Finishing | hyperMILL MAXX Machining

    Faster and better: As a pioneer in the CAM field, OPEN MIND has spent time focusing on how to use special milling tools in 5-axis machining. This expertise has allowed OPEN MIND to also use barrel cutters in finishing, for example, and develop a totally unique package for this type of finishing. These strategies allow for much larger step-over distances between paths compared with conventional methods. This results in huge time savings. At the same time, surface quality is the same or even better.

    “For over 50 years, everyone thought they knew the best way to mill plane faces.


    OPEN MIND has now developed an innovative and highly efficient method for finishing planes. The potential savings are extraordinary, even for hard-to-reach faces.”

    Dr. Josef Koch, CTO of OPEN MIND Technologies AG

    Time saved during plane machining: up to 90%

    OPEN MIND developed its innovative 'tangent plane machining' strategy specifically for machining the planes of steep surfaces and bottom surfaces. The conical barrel cutters used in this strategy make it possible to achieve machining time savings of up to 90 per cent compared with conventional methods. Tangent plane machining takes full advantage of the milling tool geometry in order to achieve perfect surfaces during plane machining. Intelligent automated functions ensure optimum tool orientation and fit. In this way, even hard-to-reach areas can be machined reliably and efficiently.

    Tangent plane machining
    Time saved during finishing: up to 90%
    Tangent machining

    Features/General information

    • Much greater step-over distances with the same theoretical scallop height
    • Hard-to-reach areas can now be finished better
    • Efficient and reliable finishing strategies
    • With these strategies, thermal deformation of machine elements are less likely to leave an impression on the component.
    • Reduced number of tools
    • Possible applications: tool and mould manufacturing, aerospace, tire moulds, turbine blades and impellers
    • hyperMILL® MAXX Machining supports barrel cutters. The different cutter types are available in many 5-axis cycles:

      • Tangent plane machining
      • Tangential milling
      • 5-axis rework machining
      • 5-axis machining for impellers, blisks and turbine blades

    Features/Tangent plane machining

    • Strategy for tangent plane machining with conical barrel cutters for time savings of up to 90%
    • Especially for machining steep or flat planes in undercut situations
    • Automatic alignment and nestling of the conical barrel cutter
    • Simple programming ensures a high degree of user-friendliness

    Benefit

    • Reduced machining times with time savings of up to 90% during tangent plane machining
    • High-quality surfaces
    • Extended tool life

    Details about the finishing module
    in hyperMILL® MAXX Machining

    Strategies

    MAXX Finishing | strategies

    The following machining strategies are available for tangent plane machining:

    (1) Machining the face
    (2) Machining the face with limit
    (3) Machining the limit

    Indexed machining

    MAXX Finishing | indexed machining

    The face is machined with different orientations in specific areas. A high level of surface quality between the orientations is achieved thanks to a defined overlap.

    Simultaneous machining

    MAXX Finishing | Simultaneous machining

    The entire face undergoes 5-axis simultaneous machining. 5-axis simultaneous machining is especially effective with dynamic machines.

    Bottom machining

    MAXX Finishing | bottom machining

    Bottom surfaces with undercut situations and edge areas of high walls or pocket bottoms can be optimally machined using the strategy for conical barrel cutters.

    Barrel cutters in general

    MAXXimum finishing | Barrel cutter
    Comparison of barrel cutter and ballmill

    Barrel-shaped tools use a section of the circumference, allowing for very large radii. For example, the compact design of the tools allows for a cutting radius of 500 mm. Types:

    • General barrel cutter
    • Tangential barrel cutter
    • Conical barrel cutter

    Conical barrel cutter

    The conical barrel cutter represents a completely new type of milling tool geometry that was developed by OPEN MIND. Thanks to this innovation, faces with minimal curvature can be efficiently machined.

    Conical barrel cutter | hub finishing
    Conical angle greater than 50° for hub finishing
    Conical barrel cutter | steep area
    Conical angle of less than 40° for machining steep areas

    Advantages

    • Greater step over distances during semi-finishing and finishing operations.
    • Barrel cutters enable a greater step-over distance with the same theoretical scallop height
    • Efficient production thanks to shorter machining times with the same or better surface quality
    • Increased tool life while simultaneously reducing the number of tools required
    • Tolerance deviations due to heat warping at the tool are reduced to a minimum
    • Axial deviations of the machine are smoothed
    • Simple tool definition in hyperMILL®
    • Full mapping of barrel cutters, even during the simulation
    • Barrel cutters with ball mill tips can be simultaneously used as barrel cutters and ball mills

    High-Performance-Finishing of demo parts with the finishing module of hyperMILL® MAXX Machining – machined on a GROB G550.

    A highly efficient solution for the semi-finishing and finishing of planes and free-form surfaces with various barrel cutters. This video shows the application of 5-axis tangent plane machining with its benefits.

    Contact
    Interested? Got a question? Let us know.
    Kontakt zu The CAM Force

    OPEN MIND Technologies – contact information worldwide.

    contact

    contact
    Please fill out the contact form below for any questions you may have.

    Fields marked with * are required.