Laser rangefinder ST. SLM100 — handheld distance meter, max range 30 m

ST. SLM100 — handheld laser rangefinder designed for quick point-to-point distance measurements up to 30 m. The compact device uses laser technology to deliver rapid single-distance readings suitable for indoor measurements and short-range outdoor tasks. Lightweight and portable, it is intended for quick checks on-site, room layout verification, furniture placement and other basic measuring needs.

Advantages

The ST. SLM100 provides fast and direct distance readings without the need for complex setup or manual tape measures. Its compact form factor and low weight make it easy to carry and operate with one hand. The laser-based measurement offers improved accuracy and repeatability for short distances compared with visual estimation, while the simple interface minimises user steps for routine checks.

Suitable for

• Measuring room dimensions and interior layouts
• Checking distances for furniture placement and fitting
• Simple site measurements up to 30 meters
• Quick verification tasks during renovations and installations

Key specifications

• Measurement principle: laser point-to-point distance measurement
• Maximum range: 30 m
• Device type: handheld, portable distance meter
• Suitable environments: indoor and short-range outdoor use
• Operation: single-button or simplified user interface for immediate readings
• Typical applications: room layout checks, furniture placement, quick site measurements

How to use

Point the rangefinder at the target surface and activate the measurement using the device control; the unit will emit a laser pulse and display the measured distance. For best results, ensure the target surface reflects the laser beam clearly and hold the device steady while taking readings. When measuring across a room or to furniture, position the device at a stable height and aim directly at the desired point on the opposite surface.

Usage recommendations

Use the ST. SLM100 primarily for distances within its 30 m range and prefer solid, reflective surfaces for more consistent readings. Avoid direct eye exposure to the laser beam. For outdoor use, perform measurements in moderate light conditions and, when possible, increase measurement stability by bracing the device or using a support.