How Does a Worm Gear Work? Design, Self-Locking Mechanism, Gear Ratio, Advantages and Disadvantages—and How Worm Shafts Are Manufactured with Precision.
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Technologies
120mm Tank Ammunition: Projectile Bodies Machined from Solid Material in Three Operations
120-mm tank ammunition on five VL 8 machines: three operations from solid stock, TrackMotion automation, and proven cutting data.
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Pick-up principle, two spindles, TrackMotion: These are the advantages offered by EMAG’s VL 3 DUO dual-spindle lathe.
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How Does Scroll Free Turning Work? Five Questions, Five Answers: The Principle, Scroll Free Turning, Achievable Qualities, and Suitable Machines.
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From deep-hole drilling to ECM rifling: An overview of the process chain for gun barrels, workholding technology, and finishing.
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Machines
Rebuild for VL 3, VL 5, and VL 5i: How Machine Precision is restored in a predictable manner
Rebuild for VL 3, VL 5, and VL 5i: mechanical overhaul at a fixed price with only 5 days of downtime.
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Precision machining of small chucked components: The VL 100 GT combines hard turning, grinding, automation, and measurement.
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Precision ball tracks in joint housings: Modern VSC machines from EMAG enable stable processes and the highest quality.
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Technologies
Rotor shafts for electric drives: Why quality requirements are rising – and which designs have become established
Rising Quality Requirements in Electric Drives: An Overview of the Design, Types, and Interfaces of Rotor Shafts.
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Technologies
Precision Machining in High-Volume Production: The Manufacturing Process Chain for Steering Pinions
Interview on the high-productivity manufacturing process chain for steering pinions: From turning and gear hobbing to skiving on EMAG machines.