REDSCAN mini-Pro Series

LiDAR technology has uses across many industries. At OPTEX, we take its precision and apply it with one clear purpose: reliable intrusion detection.

REDSCAN was not adapted from an industrial sensor or repurposed from another market. It was designed for security environments where accuracy, reliability and control matter.

Every detection area has a purpose. Virtual walls, virtual planes and defined zones help protect doors, corridors, roofs, façades, perimeters and high-risk indoor spaces. This gives security teams clear alarm points, accurate event triggers and fast visual verification through CCTV and VMS integration.

In security, more data is not always the answer. The right detection is. OPTEX 2D LiDAR focuses on the protected area, detects movement across the defined zone and helps reduce unwanted alarms from activity outside the area of concern.

The latest LiDAR sensor is built to adapt to your specific site needs. Choose from various mounting options, including wall, ceiling, and pole mounts, enabling both horizontal and vertical detection. In horizontal mode REDSCAN mini-Pro can protect roofs, skylights and ceilings; in vertical mode it can create virtual walls to protect assets, facades and protect narrow areas around buildings or perimeters. If you require a longer area to be protected, the extended detection range allows up to 30m 95-degrees coverage. For larger perimeters we would recommend the REDSCAN Pro.

The detection area can be divided in up to 8 independent zones, and for each of them the object target size, sensitivity and output can be customised. It gives great flexibility to adapt the settings depending on the zones location and level of threat.

Count on the REDSCAN mini-Pro to detect intrusions even in the harshest conditions and complete darkness. It's designed to work in the coldest temperatures of up to -40°C to scorching 60°C heat, while also not being affected by rain, snow, wind or strong light. The REDSCAN mini-Pro ensures resistance against environmental factors, guaranteeing consistent and accurate performance in extreme weather.

The RLS-2020A REDSCAN mini-Pro is an outdoor and indoor LiDAR sensor designed for accurate intrusion detection across high-security sites.

It creates virtual detection walls or planes across 20 x 20 m at 95 degrees, helping protect perimeters, façades, roof areas, restricted zones, server rooms and high-value assets.

The sensor analyses the size, location and distance of a moving object from the unit. This helps security teams detect genuine intrusion activity with precision and reduce reliance on video motion alone.

The RLS-2020A suits sites where CCTV or VMS coverage already exists. It provides accurate LiDAR detection data into the wider security system, allowing cameras, alarms and other connected systems to respond when a detection event occurs.

With vertical or horizontal detection, up to 8 independent zones and configurable sensitivity, target size and outputs, the RLS-2020A gives installers the flexibility to match detection to the layout and risk of each site.

The RLS-2020V REDSCAN mini-Pro offers the same LiDAR detection performance as the RLS-2020A, with the added benefit of a built-in FHD camera with IR LED.

It creates virtual detection walls or planes across 20 x 20 m at 95 degrees and analyses a moving object’s size, location and distance from the unit. This gives security teams accurate detection across outdoor and indoor high-security applications.

The key difference is visual alarm verification. When an alarm occurs, the built-in camera helps operators see what triggered the event, review the cause and respond with greater confidence.

The RLS-2020V suits sites where detection and verification from one device adds operational value. It is a strong choice for locations with limited camera coverage, remote areas or applications where post-event review matters.

With vertical or horizontal detection, up to 8 independent zones, configurable sensitivity, target size and outputs, the RLS-2020V gives installers precise control over how each detection area performs.