Spirit Level 3 Bubbles 0.5 mm/m Aluminum Handle Neodymium Magnet, PROLINE HD

Quick Facts

• Product Name: Spirit Level 3 Bubbles 0.5mm/m Aluminum Handle Neodymium Magnet
• Brand: PROLINE HD
• Model: -
• Precision: 0.5 mm/m
• Number of bubbles: 3 (90° / 0° / 45°)
• Material: Rectangular aluminum profile
• Handle: Ergonomic
• Magnet: Neodymium magnets
• Shock-absorbing end caps: TPR material
• Machined work surfaces
• Oxidized surface for rust protection
• Additional rings for 2% inclination measurement
• Magnified vial

What is the Spirit Level 3 Bubbles 0.5mm/m Aluminum Handle Neodymium Magnet and why should you choose it?

A spirit level with three bubbles and high precision is an essential tool for professionals requiring accurate measurements during construction and assembly tasks. This model from PROLINE HD features a sturdy aluminum profile, ergonomic handle, and powerful neodymium magnets for stability during use.

Main advantages:

• Exceptional accuracy: Measures with an accuracy of 0.5 mm/m for reliable results.
• Durable construction: Made from thick extruded aluminum profile and shock-absorbing TPR end caps.
• Flexible use: Three bubbles (90°, 0°, 45°) and additional rings for inclination measurement provide versatility.

Which environments is the product suitable for?

Construction industry:

• Setting out, assembly, and level checking in construction projects.

Industry and workshop:

• Machine installation, interior assembly, and precision work where exact levels are required.

Technical Specifications

Frequently Asked Questions (FAQ)

Can the spirit level be used for both horizontal and vertical measurements?

Yes, the three bubbles (90°, 0°, 45°) enable horizontal, vertical, and angled measurements.

How is the spirit level protected against shocks and rust?

Shock-absorbing end caps made of TPR material protect against falls, and the oxidized surface provides rust resistance.

What type of magnet is used and why?

Neodymium magnets are used to provide a strong and secure attachment to metallic surfaces.