Statori Self-bonding en
Self-bonding is one of the most advanced technologies in the production of motor cores, using self-bonding laminations to create extremely compact and robust lamination stacks. This innovative method involves cutting laminations, stacking them in specialized molds, and heating them according to precise thermal curves. This technology ensures exceptional quality and high performance, meeting the most demanding industry standards.
Stator Stacking Methods
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Stacking Types
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Stators up to 1.5 Meters in Diameter
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Stator Stacking Methods
We offer a wide range of stacking techniques for motor cores, each designed to meet specific application requirements. The main stacking methods include:
• Clamping
• Welding
• Bonding (Self-Bonding)
• Riveting
• Interlocking
These diverse techniques enable the creation of five distinct types of stators, each with unique properties to suit various types of motors and industrial applications.
Stacking Types
Stators can be stacked in two main ways: without skew or with skewing.
• Non-skewed stacking is the standard technique suitable for a wide range of electric motors.
• Skewed stators, on the other hand, are specifically designed for brushless motors or other specialized applications.
Skewed stator stacks can be manufactured through welding or bonding. In brushless motors, this type of stacking facilitates the insertion of magnets within the rotors. Our expertise allows us to deliver optimal solutions for both stacking types, addressing the diverse needs of our clients.
Stators up to 1.5 Meters in Diameter
VMF is a reliable partner for developing large-scale motor cores.
Our production capacity enables us to manufacture stators with diameters of up to 1.5 meters in a single lamination. This ability to handle large-scale projects makes us the ideal partner for industrial applications and large-scale engineering projects.
Combining advanced technology and expertise, we deliver products that ensure exceptional performance and reliability, even in the most demanding applications.