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VFC-A1106
Research reveals geckos' rapid adhesion/detachment on contact surfaces stems from densely arranged microscopic setae on their toes generating sufficient Van Der Waals forces with contact surfaces. The VFC series products originated from deep research on Van Der Waals adhesion mechanisms, not only obtaining gecko-like setae structures through micro-nano processing technology to achieve bionic adhesion via microscopic contact, but also establishing sufficient polar adhesion points through polymer material design to achieve molecular contact bionic adhesion. Both adhesion technologies can switch adhesion/detachment states through contact morphology adjustment, thereby utilizing Van Der Waals adhesion technology to achieve efficient reversible dry adhesion.Leveraging this adhesion technology, VFC products are widely applicable in semiconductors, optics and other fields, suitable for high-precision, damage-free, stable holding and handling scenarios, while overcoming traditional suction cups' rigid pressure difference requirements, achieving reliable adhesion even in vacuum environments.
Certifications
EU CE Certificate
EU ROHS Certificate
EU AP Inspection
Germany LFGB Inspection
U.S. FDA Inspection
Japan JFSL370 Inspection
Certifications
EU CE Certificate
EU ROHS Certificate
EU AP Inspection
Germany LFGB Inspection
U.S. FDA Inspection
Japan JFSL370 Inspection
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Adhesion Surface Diameter/mm 11
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Maximum Effective Payload/g 500
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Preload Force/N 2-50
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Maximum Instantaneous Detachment Force/N 22.5±2.5
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Material Adhesion unit: Polyurethane polyester rubber; Structural components: 304 stainless steel
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Operating Temperature/℃ 0~50; immediate failure temperature >100
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Self-weight/g 7.8
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Service Life ≥1,000,000 cycles (ideal conditions)
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Cleaning Method Alcohol (≥95%) + lint-free cloth

Application Video
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