Wera 1427 Awl - 105 mm


Currently unavailable


Currently unavailable
The Wera 1427 Kraftform Plus Awl is an essential tool for professional woodworkers, leather crafters, and DIY enthusiasts who require precision pilot holes and accurate material marking. Engineered with a durable full-tang blade for superior stability and force transfer, this tool excels at creating consistent holes in wood, leather, and soft plastics. While it offers unmatched strength, users should be aware that its specialized round blade profile is designed specifically for piercing and marking rather than heavy-duty prying tasks.
| Model Part Number | 05027405001 |
|---|---|
| Brand | Wera |
No, the blade is a fixed, full-tang component of the tool and is not intended to be removed or replaced.
We do not recommend using this awl for prying. The blade is designed for piercing and marking, and excessive lateral force may damage the tip.
The full-tang design ensures that the force applied to the handle is transferred directly to the tip without the risk of the blade separating from the handle.
The Wera 1427 is intended for wood, leather, and soft plastics. It is not designed to mark or pierce hardened metal surfaces.
While the tip is durable, you can use a fine-grit honing stone to gently touch up the point, ensuring you maintain the original circular profile.
Ensure you are using the awl for pilot marking only; for very hard hardwoods, consider a light tap with a mallet or pre-drilling a smaller diameter starter hole.
Wipe the Weralit II handle with a dry, lint-free cloth to remove workshop oils or residues that may accumulate during use.
There is no complex setup required for this tool; simply ensure your material is properly secured in a vice or on a stable workbench before piercing. To maintain the tool's effectiveness, wipe the blade with a light machine oil after use, especially if working with acidic materials like certain leathers or damp woods, to prevent oxidation. Store in a dry environment and avoid using the tip to scrape metal surfaces, as this can dull the precision point over time.