Every time a workpiece is re-clamped on a machine tool, positioning errors increase, non-productive setup time grows, and the risk of scrap during the final machining stage becomes higher. For components with complex 3D geometry—turbine blades, moulds, dies, and aerospace parts—this is an everyday manufacturing challenge.
The solution is 5-axis machining in a single setup, where the machining center processes every surface of the workpiece within one cycle from a single datum. HIGH SPEED EAGLE V7linear from the German manufacturer OPS-INGERSOLL Funkenerosion GmbH is an excellent example of how this technology delivers high-speed, thermally stable and highly accurate machining.
How Does Single-Setup 5-Axis Machining Work?
The machining center simultaneously controls linear movements along the X, Y and Z axes together with rotary movements around the A and C axes, allowing the workpiece to be machined from virtually every direction without re-clamping. This eliminates repositioning errors, reduces non-productive time, and provides full access to complex geometries such as free-form surfaces, undercuts and inclined faces without additional fixtures.
What Ensures the Accuracy and Dynamics of the HIGH SPEED EAGLE V7linear?
| Parameter | Specification |
|---|---|
| Travel (X / Y / Z) | 600 × 660 × 400 mm |
| 5-axis Rotary Table | Ø 430 mm, 300 mm with pallet |
| Maximum Workpiece Weight (5-axis) | 200 kg |
Business Benefits of Single-Setup 5-Axis Machining
Single-setup 5-axis machining reduces overall cycle time, decreases the number of machining operations, and lowers manufacturing costs by eliminating repeated workpiece repositioning and machine setup downtime. The greatest benefits are achieved by manufacturers producing complex components through multiple setups on different machines, including aerospace, medical engineering, mould and die production, and power engineering industries.
The exact return on investment depends on your component portfolio and current manufacturing process and should always be evaluated individually.
What Should You Consider Before Choosing a Machine?
Before making your investment, evaluate your actual tolerance requirements, the required tool magazine configuration, the need for automation integration, and machining requirements for specific materials such as graphite electrodes used in EDM manufacturing.
Calculate the ROI for Your Production
Send us your component drawings or production portfolio, and MACHENTECH engineers will prepare an estimated calculation of cycle time reduction and manufacturing cost savings for your application.
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