

Walking Presser Foot U192/U193
₹150.00 – ₹260.00Price range: ₹150.00 through ₹260.00
TYPE |
REGULAR ,LEFT ,RIGHT |
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Description
Double Presser Foot for Jack / Walking Presser Foot U192/U193
The Double presser foot for Jack is designed to improve fabric control and stitch consistency on single needle lock stitch industrial sewing machines. Ideal for heavy fabrics, layered materials, or challenging textures, this walking foot ensures smooth feeding and professional-grade results.
U192/U193 Walking Presser Foot for Industrial Sewing
This presser foot is engineered to provide even feeding of multiple fabric layers. Its dual-foot design grips the fabric from both top and bottom, preventing slippage and misalignment. By enhancing fabric movement, it allows operators to achieve accurate, consistent stitches, making it perfect for industrial and high-speed sewing environments.
Key Features of the Double Presser Foot
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Ensures consistent feeding across multiple fabric layers
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Reduces puckering and stitch misalignment
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Compatible with single needle lock stitch industrial machines
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Durable construction for extended use
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Ideal for heavy fabrics, upholstery, and layered sewing projects
Alternate Names
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Walking Presser Foot U192/U193
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Dual Foot Industrial Sewing Foot
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Double Feeding Presser Foot
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Jack High Shank Walking Foot
Compatibility With Industrial Machines
This presser foot is compatible with:
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Juki single needle lock stitch machines
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Jack industrial sewing machines
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Maqi sewing machines
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Zoje industrial machines
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Umbrella TA1 series
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Other single needle lock stitch machines with similar configurations
Why Choose the Double Presser Foot for Jack?
The Double presser foot for Jack combines precision, reliability, and durability. Its walking mechanism ensures even feeding of multiple layers, enhancing stitch quality and overall sewing efficiency. With its robust construction and broad compatibility, it is an essential tool for manufacturers, tailors, and sewing professionals aiming for consistent, high-quality results in industrial applications.