Precision Measuring Wedge for Accurate Gap Measurements
This measuring wedge is the ideal precision tool for craftsmen, inspectors, and construction professionals who need to accurately check gaps, joints, and distances. With a reading accuracy of 0.1 mm and a measuring range from 0.5 to 11.5 mm, it ensures reliable and reproducible measurement results – perfect for professional construction inspections and documentation.
The permanently etched, clearly engraved scale remains easy to read even with frequent use. This reduces measurement errors and makes reading easier even in poor lighting conditions. Made from solid aluminum, the measuring wedge stands out due to its high dimensional stability, wear resistance, and long service life – even in demanding construction site environments.
The integrated ergonomic handle ensures a secure grip and controlled operation, even during extended measuring processes. Thanks to its compact design, the tool is quickly ready for use and does not interrupt workflow. Particularly practical: measurements can be easily documented photographically, as the scale remains clearly visible.
Scope of Delivery
- 1 × Precision measuring wedge made of solid aluminum
Summary of Advantages
- Measuring wedge with 0.1 mm accuracy
- Measuring range 0.5–11.5 mm
- Permanently etched, easy-to-read scale
- Robust solid aluminum – dimensionally stable & durable
- Ergonomic handle for secure handling
- Ideal for gap, joint, and component inspections
- Perfect for documentation & expert reports
Recommended Applications
The measuring wedge is specifically designed for professional measurement tasks in construction:
- Checking joint widths
- Measuring gaps on components
- Assessing uneven surfaces
- Use during building inspections & expert assessments
- Quality assurance in interior finishing and construction
Thanks to its high precision, the tool is ideal for daily use on construction sites as well as for technical inspections.
FAQ – Frequently Asked Questions about the Measuring Wedge
How accurate is the measuring wedge?
With an accuracy of 0.1 mm.
The precisely etched scale is divided into 0.1 mm increments, allowing extremely accurate readings. Even minimal gap deviations become visible, which is crucial for construction inspections, quality controls, and expert assessments. The clear scale significantly reduces reading errors, ensuring reproducible and standard-compliant measurement results.
What material is the measuring wedge made of?
Made of high-quality solid aluminum.
The measuring wedge is manufactured from solid aluminum, making it highly dimensionally stable, wear-resistant, and durable. Unlike plastic solutions, aluminum remains stable even under temperature fluctuations and is torsion-resistant. This ensures long-term measurement accuracy and makes the tool ideal for daily use on construction sites.
What measuring ranges is the wedge suitable for?
For distances from 0.5 to 11.5 mm.
This measuring range optimally covers typical gap and joint dimensions in construction. Whether for component checks, interior finishing, window and door installation, or building inspections – the measuring wedge enables fast and precise checks of various distances. It is therefore a versatile tool for craftsmen, site managers, and experts.
Is the scale permanently readable?
Yes, it is permanently etched.
The scale is not printed but deeply etched into the material. This ensures it remains clearly visible even under heavy use, dirt, moisture, or frequent cleaning. Reliable readability is maintained even after long-term use – a major advantage for precise measurements and photo-documented inspections.
Is the measuring wedge suitable for expert reports?
Yes, particularly well suited.
Thanks to the precise scale and excellent visibility of the measurement markings, results can be quickly recorded and easily documented photographically. This is especially important for building inspections, damage assessments, and technical reports. The measuring wedge therefore supports professional, traceable, and legally secure documentation of measurement results.
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