EMAG at MAKTEK Eurasia 2026: Compact machining solutions for turning and grinding

High-productivity machining of small workpieces - with the smallest footprint.

From September 28 to October 3, 2026, EMAG will be exhibiting at MAKTEK Eurasia in Istanbul, the premier industry gathering for the machine tool sector in the Eurasian region. At the Tüyap Fair and Congress Center, in Hall 5, Booth 507, we will demonstrate how turning and grinding processes for small and medium-sized components can be cost-effectively integrated into existing production lines.
The focus of our trade show presentation will be on two machines that deliver high productivity with a minimal footprint: the VL 4 vertical turning machine with integrated pick-up automation and the WPG 7 external cylindrical grinding machine. Both solutions address the challenge of achieving high-precision manufacturing amid rising cost pressures.

Schedule an appointment at our booth and talk to our application engineers about your components. We look forward to seeing you in Hall 5, Booth 507.
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Turning and Grinding from a Single Source: Compact Manufacturing Solutions for a Wide Range of Workpieces

EMAG VL 4 vertical lathe with integrated pick-up automation for chucked components up to 200 mm.
The VL 4 performs machining of chucked components up to 200 mm in diameter. The integrated pick-up automation loads the spindle automatically and reduces non-productive time to a minimum.

Vertical turning with integrated automation – High-volume production of chucked components in a compact footprint

The VL 4 vertical lathe combines compact dimensions, integrated automation, and high machining performance for chucked components.

  • Machining of workpieces up to 200 mm in diameter and 200 mm in length
  • Compact machine design for optimal use of floor space
  • Integrated pick-up automation for short non-productive times and a continuous flow of parts
  • Vibration-damping MINERALIT® machine base for high machining quality and long tool life
  • 12-station turret, optionally with powered tools
  • Main spindle with up to 25 kW and 4,500 min⁻¹
  • Optional Y-axis for machining complex geometries
  • Easy link-up via TrackMotion
  • IoT-ready for integration into networked manufacturing systems

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EMAG’s WPG 7 external cylindrical grinding machine for high-precision external cylindrical grinding of small shafts on a 4 m² area.
The WPG 7 performs grinding on small shafts and pinions up to 250 mm in length in just 4 m². The drive reaches speeds of up to 50 m/s with grinding wheels up to 500 mm in diameter.

High-precision external cylindrical grinding in just 4 m², ideal for small shafts and pinions

The WPG 7 external cylindrical grinding machine enables precision and cost-effective machining of small shafts and pinions with a minimal footprint.

  • Workpiece lengths up to 250 mm
  • Compact footprint of 1,800 × 2,400 mm
  • Grinding speeds up to 50 m/s
  • Grinding wheels up to 500 mm in diameter
  • High process stability thanks to a rigid design and optimized thermal behavior
  • Optionally available with in-process measurement, balancing system, and GAP and Crash Control
  • Available as a straight-cut or angle-cut machine
  • Flexible automation via conveyor belt, pallet carousel, or robot
  • Integrated linear gantry for quick workpiece changeovers
  • Fanuc controller with standard grinding cycles
  • Quick installation and commissioning

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Humanoid robot with gear components such as tooth profiles and planetary gears for precision joint drives.
Gear components such as circular splines, planetary gears, and wave generators. EMAG offers manufacturing solutions for components used in heavy-duty robotic drives.

Manufacturing of Gear Components for Humanoid Robots

At MAKTEK, EMAG is showcasing manufacturing solutions for high-precision gear components in humanoid robots.

  • Circular splines with precision internal teeth
  • Thin-walled flex splines with tight form tolerances
  • Wave generators with elliptical contours
  • Planetary gears for high torques
  • Planetary roller screws for linear actuators
  • Cost-effective batch production with high repeatability
  • Specific application examples from robotics and gear manufacturing

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Several rotor shafts with spline and running gear teeth, as well as a mounted rotor assembly.
An overview of various rotor shaft designs: with spline tooth profiles, monolithic with integrated running tooth profiles, and with a mounted rotor assembly. Batch production is shown in the background.

Manufacturing Solutions for Rotor Shafts in Electric Drives

EMAG presents manufacturing solutions for high-precision rotor shafts - the key component between the electric motor and the transmission. Since the acoustic masking provided by the internal combustion engine is no longer present in electric drives, the requirements for dimensional accuracy, concentricity, and gear tooth quality increase significantly.

  • Monolithic rotor shafts machined from a single piece - without tolerance chains at the joints
  • Assembled rotor shafts, joined by laser or friction welding
  • Internal and external gear teeth (splines) for positive-fit torque transmission
  • Rotor shafts with integrated drive teeth as the input shaft to the transmission
  • Precision bearing seats and reference surfaces with high dimensional and positional accuracy
  • Optimized NVH performance due to high surface and concentricity quality
  • Fully automated, link-up batch production with assured process control

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Manufacturing expertise for your Production – Come talk to us at MAKTEK Eurasia 2026

At MAKTEK Eurasia 2026, our team will be happy to meet with you for personal discussions - whether regarding ongoing projects, specific manufacturing tasks, or new requirements. We look forward to seeing you in Hall 5, Booth 507.
Contact us

Get your ticket on the official MAKTEK Eurasia Homepage:
to the Ticket Page

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