MiLESEEY DP20 Pro Dual Laser Measuring Tool - 390Ft Rechargeable Laser Distance Measure with App and Backlit Display

About this item

• [Patented Co-Axial Optics Technology] The advanced patented coaxial optics system guarantees perfect two-way beam alignment, delivering exceptional measurement precision of up to +/- 1/16” for measurements conducted in both directions.
• [Efficient & Convenient] MILESEEY DP20 PRO GEN-2 bilateral laser distance meter is a powerful measuring tool that significantly improves your work efficiency as it assists in making measurement much faster. It can measure any distance up to 390ft (120m) without having to strain your body or resort to dangerous positions, much less damage will do to your body.
• [Exquisite Design & Craftsmanship] Fine-processing metal housing, simple-to-use buttons with intuitive laser-engraved icons, extra-compact & lightweight, made of premium aircraft-grade magnesium-aluminium alloy, MILESEEY DP20 PRO GEN-2 is durable enough and highly wear & corrosion resistant to withstand rugged job site conditions and extreme temperatures.
• [Newly Upgraded] MILESEEY DP20 PRO GEN-2 introduces new software that allows effortless one-click switching between single and dual laser measurements. Optimized display with larger and brighter digits ensures higher readability even in low-light situations. What’s more, a removable silicone cover is pre-installed for better protection against bumps and drops.
• [Middle Laser Marking Beam] In addition to the left and right end, the uniquely designed middle laser beam provides visualized reference and allows precise marking of the measuring point.
• [App Connectivity] All the measuring results in DP20 PRO GEN-2 can be easily transferred to the SMART LIFE app for easier and more efficient management of the data. You can quickly construct a plan, make a sketch and share results across your partners.
• [1/N Line Segment Division] The dual-laser measure features a 1//N segment function that automatically divides a line segment into several equal smaller segments so that users can quickly locate the center point of the measurement in some complex situations.