Facom Slim Leg Compact Puller - U.14A


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The Facom U.14A is a specialized tool engineered for professional technicians who require precision extraction in confined mechanical spaces. Its primary benefit is the spring-loaded, self-gripping leg mechanism that enables reliable, hands-free operation when working with small, delicate components like bearings or battery terminals. While highly effective for its 0.5-tonne capacity, it is important to note that this tool is designed exclusively for small-scale, light-duty applications and should not be used for heavy-duty industrial extraction.
| Model Part Number | U.14A |
|---|---|
| Brand | Facom |
The puller has a maximum holding capacity of 0.5 tonnes.
No, this tool is designed for small bearings and delicate components; it is not suitable for heavy-duty automotive wheel bearings.
The U.14A has a reach of 40mm.
Keep the pivot points clean, free of grit, and lightly lubricated to maintain spring effectiveness.
Yes, its slim profile and delicate grip make it ideal for safely removing components from electronic housings.
The minimum spread width for the U.14A is 10mm.
Ensure the legs are fully seated behind the component and that the spread is properly adjusted for the item's diameter.
Clean the spindle threads of debris and apply a small amount of machine lubricant to ensure smooth operation.
Inspect the pivot points and spring mechanism for debris; clean with a degreaser if the movement is restricted.
To use the U.14A, ensure the spread is set between 10mm and 35mm. Simply open the spring-loaded legs and position them behind the component you intend to remove. Once the legs are secured, align the center spindle with the shaft and turn to apply extraction force.
Compatibility is limited to components within the 10-35mm diameter range. To care for your tool, keep the spindle threads clean and lightly lubricated with a high-quality machine oil. Periodically check the leg springs for tension loss and inspect the gripping tips for signs of wear to ensure consistent, reliable operation over time.