High-quality, precise and easy to read box profile spirit level with magnets

  • Attaching with rare-earth magnets for hands-free working on metal constructions
  • Easy to read due to the magnifying lens in the horizontal acrylic glass block vial and the extra sight glass in the vertical acrylic glass block vial
  • High measuring accuracy for standard and overhead measurements
  • Robust aluminium housing with thick walls
  • Extremely stable due to continuous profile/vial bridge with no vial recess
  • Easy to use due to ergonomic, air-cushioned grips
  • Good profile protection due to shock-absorbing, rubberised, polypropylene end caps
  • Rubberised end stop prevents slippage on walls

ZE M Serie

SKU: 603.100-..M Categories: ,


This box profile spirit level is the perfect tool for precise alignment. The robust aluminium housing has one horizontal and two vertical vials. An additional sight glass provides the user with optimum visibility of the vertical vial when placed against a vertical surface. It is therefore easier to take more accurate readings compared to conventional spirit levels. High measuring accuracy is possible for standard and overhead measurements. The profile/vial bridge is continuous without any notching for the vial. Attaching with rare-earth magnets offers the benefit of hands-free working on metal constructions. Rubberised end stops securely prevent slippage on walls. Ergonomic, air-cushioned grips ensure easy use. Shock-absorbing end caps protect the profile and the properties of the spirit level.

Additional information

Weight N/A
Dimensions N/A
Measuring accuracy

< 0.5 mm/m in normal position
< 0.5 mm/m in overhead position


1 horizontal vial
2 vertical vials

Magnetic force per magnet

5,7 kg

Number of magnets

4 (80 cm)
2 (180 cm)

End caps


Wall slip stopper


Measuring surface

fine milling on both sides (80 cm)
lacquered on both sides (180 cm)


aluminium profile


1100 g/m
2 mm wall thickness


magnified horizontal vial
shockproof acrylic block vial
Tilting mirror for optimum visibility of the vertical vial