Aluminum Spirit Level Kraft&Dele 60 cm
High measurement accuracy
✔️ The magnetic aluminum spirit level is equipped with 3 precision vials (90°, 180°, 45°), which provide increased measurement accuracy of 0.5 mm/m.
✔️ Furthermore, they are resistant to damage and weather conditions, so you can take reliable and precise measurements, even in difficult ambient conditions.
✔️ The integrated mirror function facilitates the observation of dragonflies in hard-to-reach places and allows you to take precise measurements even in difficult angles and positions, without compromising accuracy.
✔️ This ensures increased stability and measurement accuracy, so you can always achieve precise and reliable results.
Magnetic measuring surface
✔️ The lower milled magnetic measuring surface makes work on steel structures much easier, ensuring good grip on metal surfaces.
✔️ Thanks to this, the spirit level remains securely in place and allows precise measurements even in vertical and hard-to-reach steel structures.
✔️ Specially The shaped aluminum profile of the spirit level increases the comfort of use and enables ergonomic work in various situations.
✔️ Shock-absorbing end stops with a suspension provide additional protection for the spirit levels and can be removed if necessary to allow better access to the measured object.
✔️ The robust and durable construction is ideal for professional use and ensures reliable measurement results even in the most demanding working conditions.
✔️ Thanks to the three vials, the user can take measurements with high precision, which is essential for precise assembly and construction work.
✔️ The aluminum construction protects against corrosion, moisture and temperature changes, ensuring long-term and reliable operation. use
✔️ The magnetic base significantly facilitates work, allowing for quick and stable mounting of the level, which increases work comfort and efficiency.
✔️ The magnetic base is a feature that distinguishes this model.
✔️ It enables easy and stable mounting of the level to metal surfaces, which is especially useful when working in places where traditional stabilization methods are difficult to use.