Magnetic Digital Inclinometer, Dual Laser, 4x90°

Dual-sided laser digital inclinometer provides versatile 4x90° measurement capability, strong magnetic base attaches securely to metal surfaces, perfect for quick alignment checks in construction, metalworking, and engineering projects.

Specification

Features

• Dual-side laser system: High resolution inclinometer projects cross-line lasers for accurate alignment in various conditions.
• Clear backlit display: Large screen with backlight ensures easy reading even in dimly lit working environments.
• Multi-angle measurement: This magnetic digital inclinometer for home or industry handles horizontal, vertical, and slope measurements with easy switching.
• Strong magnetic base: Four-sided magnetic design provides secure attachment to metal surfaces for stable testing.
• Stable laser positioning: Digital inclinometer gauge maintains high stability with bidirectional built-in ground line lasers.
• Type-C charging: Built-in lithium battery with Type-C interface enables direct charging without battery replacement.

Dimension (Unit: mm)

Details

Measuring Diagram

1. Leveling Check - Leveling: When the digital display shows 0°, the inclinometer is in a horizontal position.
2. Slope and Tilt Measurement: Instantaneous display, showing a 45° slope.
3. Verticality Check: When the digital display shows 90°, the inclinometer is in a vertical position.

Application

Tips: Can measurements continue while the magnetic digital inclinometer is charging?

This laser magnetic digital inclinometer is engineered for continuous workflow. The device supports uninterrupted operation while connected to a power source via its Type-C charging port. This continuous power supply capability enables extended measurement sessions without interruption, particularly valuable for long-term projects or continuous monitoring tasks. Professionals can maintain productivity during battery charging cycles, eliminating downtime in construction layouts, machinery alignment procedures, or extended installation work. The design ensures stable performance whether powered internally or externally, providing flexibility for various working environments where power accessibility may vary throughout the workday.