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10PCS MF104ZZ Flanged Ball Bearings 4X10X4 mm Steel Shielded for 3D Printer & Stepper Motor
10PCS MF104ZZ Flanged Ball Bearings 4X10X4 mm Steel Shielded for 3D Printer & Stepper Motor
Precio habitual
$16.07 USD
Precio habitual
$0.00 USD
Precio de oferta
$16.07 USD
Precio unitario
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Specifications:
Item:MF104ZZ
Structure: Deep Groove
Material: Chrome Steel
Bore Dia (d): 4mm
Outer Dia (D): 10mm
Width (B): 4mm
Closures: Metal Shielded
Lubrication: Grease
Magnetic: little
Hardness: 58HRC
Corrosion Resistance: General
Clearance: C0
Grades: ABEC-9
Features:
Deliver Unmatched Precision in Miniature Motion Systems
Engineered for applications where space constraints meet high-performance demands, these ultra-compact flanged bearings ensure flawless rotational accuracy in the most demanding miniature assemblies. The precision-ground flange provides secure mounting and perfect alignment, effectively eliminating axial play while maintaining optimal concentricity. Manufactured to super-precision tolerances, they deliver vibration-free operation at high rotational speeds, ensuring consistent performance where standard miniature bearings fall short.
Advanced Micro-Engineering for Demanding Applications
✅ Multi-stage sealing system with integrated contact and non-contact barriers provides complete protection against dust, moisture, and other contaminants while maintaining low torque characteristics
✅ Specially hardened stainless steel raceways and precision-grade balls work in harmony to deliver smooth operation with minimal acoustic signature and optimized service life
✅ Advanced flange design ensures perfect perpendicularity to the shaft axis, providing enhanced stability and rigidity in compact assemblies
✅ Unique cage design and optimized internal geometry allow for high-speed capability while maintaining precise ball guidance and reduced friction losses
Rigorously Validated for Critical Applications
Ideal for precision miniature motors, medical diagnostic equipment, optical positioning systems, and high-speed automation equipment where reliability and precision are non-negotiable. Each bearing undergoes comprehensive testing for running accuracy, noise levels, and lifetime performance, ensuring they meet the stringent requirements of medical, aerospace, and industrial automation applications.
