10 Degrees of
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Enabling Next-Generation Intermittent Ribbon Architectures with IGF Bonding Technology
How much design freedom does your intermittent ribbon bonding pattern really allow?
In many production environments, bonding is still treated as a fixed manufacturing step. Yet true differentiation in fiber ribbon design emerges when bonding architecture becomes programmable.
IGF intermittent ribbon bonding technology transforms bonding into a controllable architectural design dimension. From digitally defined bonding lengths and configurable bonding patterns to contactless high-frequency application at up to 700 m/min, IGF enables maximum structural flexibility — without compromising industrial stability or optical performance.
Discover how programmable bonding freedom enables the next generation of intermittent ribbon architectures.
What Maximum Flexibility Means in Practice:
Programmable bonding lengths and interruptions for repeatable architectural control in intermittent ribbon bonding patterns.
Individually defined bonding paths across up to 16 fibers enabling selective structural distribution across the ribbon width.
Customizable bond geometry and flattened design ensuring planarity and controlled mechanical behavior for 250 µm, 200 µm or fiber sizes down to 160 µm.
Adaptive bonding materials with balanced adhesion supporting clean separation and application-specific performance.
Contactless high-frequency bonding up to 700 m/min executed with integrated monitoring for industrial reproducibility.
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Medek & Schörner GmbH
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Austria