Logotipo blanco con una forma geométrica a la izquierda y texto en negrita "AEC Technology" al lado. Debajo, un texto más pequeño dice "Construction Beyond Technology", que destaca la experiencia en fotogrametría digital, todo sobre un fondo gris claro.
White logo with a circle and geometric shapes above the bold text “AEC Technology.” Below, in smaller letters, it reads: “Construction Beyond Technology.” The light gray background highlights innovation like Laser Scanner for Construction.

SERVICES / 3D SCAN

OPTIMIZE
DESIGN PROCESSES
DIGITIZE
REALITY
OPTIMIZE
ASSET MANAGEMENT
PERFORM
SPECIAL ANALYSES
CONTROL
THE CONSTRUCTION
PLAN THE
RENOVATIONS AND ADAPTATIONS
APPLICATION FOR
ALL INDUSTRIES

WHAT DO WE DO?

LiDAR TECHNOLOGY SERVICES

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White icon showing a camera on a tripod, a drone above with lines pointing down to trees and mountains, symbolizing aerial photography and videography technology used alongside laser scanner for construction projects.

LiDAR TECHNOLOGY

What is LiDAR Technology?

Light Detection and Ranging
It works by emitting thousands of laser pulses per second towards a target and measuring the time it takes for each pulse to reflect and return to the sensor. This information enables the creation of detailed 3D models of terrain, objects, or structures.

Discover our projects!

LiDAR TECHNOLOGY

BENEFITS OF LiDAR TECHNOLOGY

COST REDUCTION
Arriba: Tres obreros de la construcción con cascos de seguridad usan cinta métrica en una pared. Abajo: Un obrero usa un escáner láser LiDAR para la construcción en la obra. Las etiquetas distinguen entre métodos tradicionales y escaneo láser.

50% or more labor cost reduction
TIME SAVING
Escaneo 3D a color de una habitación con sofás, columnas y trípodes que sostienen el escáner láser LiDAR para la construcción. Un temporizador digital en la esquina superior derecha muestra 6 minutos. La imagen presenta un sombreado intenso en rojo, amarillo y azul.

Time saving
on each journey
LESS MANUAL LABOR
Un trabajador de la construcción que usa casco y chaleco de seguridad usa una tableta para operar un Escáner Láser LiDAR para la Construcción dentro de un edificio enmarcado con montantes de metal.

Detection of opportunities
and conflicts in early stages
of the project
DETECTION OF CONFLICTS
Representación digital 3D de una estructura de puente con vigas y columnas que se intersecan, mostrada desde una perspectiva en ángulo, algunos detalles aparecen semitransparentes y esbozados, ideal para visualizar datos del Escáner Láser LiDAR para la Construcción.

Detection of opportunities
and conflicts in early stages
of the project
INCREASED SAFETY
Un dispositivo robótico de color amarillo y gris con patas de trípode y luces verdes, similar a un escáner láser LiDAR para la construcción, opera debajo de grandes tuberías en un espacio industrial oscuro y desordenado.

Increased safety for work equipment in access areas
SCAN TO BIM
Se muestra un modelo digital 3D de un estadio, capturado con el Escáner Láser LiDAR para la Construcción, con secciones resaltadas en diferentes colores y transparencia variable para mostrar detalles estructurales y de asientos contra un fondo degradado gris azulado.

Creation of digital twins for BIM processes
(SCAN TO BIM)
COLLABORATIVE WORK
Una persona que usa gafas de seguridad y casco sostiene una tableta que muestra diagramas y texto, posiblemente mostrando el Escáner Láser LiDAR para la Construcción, en un entorno industrial interior.

Collaborative work in common data environments
DOCUMENTATION
Una persona que usa una computadora portátil, visualiza un plano arquitectónico detallado o un dibujo técnico generado con un Escáner Láser LiDAR para la Construcción que se muestra en la pantalla.

Documentation of projects
at all stages
AS-BUILT DRAWINGS
A 3D Escáner Láser LiDAR para la Construcción reveals a historic building’s detailed contours in red, orange, and green on the left. On the right, a technical floor plan displays architectural measurements with precision.

AS-Built drwaings of
exact conditions
PRESERVATION OF SPACES
Una cámara o Escáner Láser LiDAR para la Construcción, sobre un trípode, se instala en un estrecho y antiguo túnel de piedra con paredes rugosas y techo bajo. Se colocan fuentes de luz esféricas a lo largo del suelo, iluminando el pasillo.

Preservation of spaces when performing scans
AUTOMATION
Dos monitores de computadora sobre un escritorio; la pantalla izquierda muestra una imagen en escala de grises, posiblemente de un Escáner Láser LiDAR para la Construcción, mientras que la derecha muestra un modelo arquitectónico 3D colorido, con una persona trabajando al frente.

Automation of data processing
ACCURACY
Una herramienta de medición digital que utiliza un Escáner Láser LiDAR para la Construcción superpone una línea vertical discontinua amarilla en una pared con puertas dobles en un espacio industrial; el zoom insertado resalta la línea que lee 3.563 unidades.

Millimeter accuracy
GROUND DETECTION BENEATH VEGETATION COVER

Delve into and detail
the different types of soil.
RAPID COVERAGE OF LARGE AREAS

Speed up the scanning of large areas.
DAY AND NIGHT OPERATION

Technology that adapts to lighting conditions.
OPERATIONAL EFFICIENCY AND SAFETY

Fewer risks and better analysis of area conditions.

OUR TARGET CUSTUMERS

INDUSTRIES AND SECTOR WE SERVE

INDUSTRIES
AND SECTOR WE SERVE

A multi-story construction site with scaffolding and equipment, overlaid by a gear, blueprint icon, and a Laser Scanner for Construction. The text at the bottom reads AEC INDUSTRY.
A digitally stylized image of a medical building icon overlaid on an aerial view of a modern facility, captured with Laser Scanner for Construction, with HEALTH written in bold white letters on a blue banner at the bottom.
Industrial facility interior with large metal equipment and structural beams; an icon of a crane and a robotic arm is in the upper left. Text below reads, Manufacturing and Assembly. Includes Laser Scanner for Construction for precise measurements.
Aerial view of large institutional buildings with solar panels on the roofs, surrounded by trees. A Laser Scanner for Construction enhances site mapping. An illustrated building icon with a clock is overlaid top left; INSTITUTIONAL appears at the bottom.
Illustration of a modern hotel building with colorful accents and greenery. An icon in the top left shows a hotel staff member pushing a luggage cart, highlighting innovative amenities like Laser Scanner for Construction. HOTEL appears at the bottom on a blue banner.
A digital rendering of a large apartment building with transparent walls, revealing interior infrastructure as captured by a Laser Scanner for Construction. A circular housing icon is on the top left, and HOUSING appears in a blue bar at the bottom.
A field of wind turbines and solar panels under a blue sky, with an energy icon, the text ENERGY SECTOR, and a Laser Scanner for Construction featured at the bottom of the image.
A digitally enhanced image of a large academic building with palm trees in front, featuring a Laser Scanner for Construction, an icon of a classical building with books, and the word EDUCATION on a blue banner at the bottom.
A stylized aerial image of a highway interchange in vivid colors, featuring a white Laser Scanner for Construction icon in the corner and text reading Infrastructure and Transport at the bottom.
A worker in orange safety gear and a helmet uses a laptop and a Laser Scanner for Construction while inspecting large industrial pipes and valves at a mining and petrochemical facility. An icon of industry symbols appears in the top left corner.
Two people sit at desks, examining software maps on their monitors. One points at a screen displaying a Laser Scanner for Construction. An icon of code overlays the monitor. Text at the bottom reads, Software Industry.
A stylized, colorful aerial view of a large sports stadium features a blue banner reading SPORTS COMPLEXES and a circular sports icon with balls and equipment in the top left—perfect for showcasing Laser Scanner for Construction technology.
A large commercial building, highlighted with a thermal or Laser Scanner for Construction scan in red, yellow, and blue, sits by a busy road. An icon of a shopping cart is in the top left corner. The word COMMERCIAL is at the bottom.
A drone flies over a colorful, digitally mapped agricultural field, enhanced by laser scanner for construction technology, with a tractor icon overlay in the corner. The word AGRICULTURAL appears at the bottom, highlighting modern farming innovation.
A drone equipped with a laser scanner for construction flies above a lush, green forest at sunset, with a forestry icon in the corner. The text at the bottom reads “Forestry Sector.”.
A digital outline of a warrior statue, captured with a Laser Scanner for Construction, stands in front of a building surrounded by plants. An icon of a museum is in the upper left corner, with CULTURAL HERITAGE on a blue banner below.

LiDAR TECHNOLOGY

APPLICATIONS OF LiDAR TECHNOLOGY

An iMac displays a 3D building model, captured with a laser scanner for construction, on the left. On the right, a list under DESIGN includes fields like urban design, wind farm design, drainage systems, railway design, and renewable energy projects.
An illustrated partially constructed building with a crane, next to a list of construction-related services such as terrain mapping, progress monitoring, 3D modeling, and Laser Scanner for Construction solutions.
Two tablets display inspection images. Next to them, a list titled Operation and Maintenance includes tasks such as line inspection, transportation, monitoring, plant inspection—with support from a Laser Scanner for Construction—energy, and water management.
Two tablets displaying infrastructure images sit above a list titled Operation and Maintenance, detailing tasks like inspection and monitoring for bridges, power lines, highways, factories, and telecommunications using a Laser Scanner for Construction.
A multi-story building under construction with scaffolding, a crane above, and a list of services—including project design, progress monitoring, network design, and advanced solutions like Laser Scanner for Construction.
An iMac displays a 3D building model above a list of design services, including urban, road, bridge, tunnel, drainage, wind farm, and railway projects—enhanced by Laser Scanner for Construction technology.

LiDAR TECHNOLOGY

EXPLORING LiDAR:

DIFFERENCES AND USES BETWEEN AIRBORNE
AND TERRESTRIAL SYSTEMS AIRBORNE LiDAR

Split infographic compares airborne LiDAR, shown with a drone, for capturing large areas from the air, and terrestrial LiDAR using a laser scanner for construction, ideal for collecting data from fixed or portable ground points.
A comparison of airborne and terrestrial LiDAR: Airborne LiDAR, shown with a drone, is ideal for vast, hard-to-reach areas. Terrestrial LiDAR, shown as a laser scanner for construction, excels at scanning small structures like buildings and tunnels.
Comparison graphic of airborne LiDAR (drone image, lower precision, faster data capture) versus terrestrial LiDAR (survey device, Laser Scanner for Construction—high precision and detailed data) with descriptive text and a “3” between them.
A comparison graphic shows airborne LiDAR, featuring a drone, for mapping and environmental projects, and terrestrial LiDAR with a laser scanner for construction, building inspection, and heritage conservation.
Split graphic comparing Airborne LiDAR with a drone (left) for large area scans, and Terrestrial LiDAR with a ground-based laser scanner for construction (right) delivering high-resolution scans; both methods described with text.

LiDAR TECHNOLOGY

EXPLORING LiDAR:

DIFFERENCES AND USES BETWEEN AIRBORNE AND TERRESTRIAL SYSTEMS AIRBORNE LiDAR

Un cuadro comparativo entre el LiDAR aerotransportado (con imagen de dron) y el LiDAR terrestre (con imagen del dispositivo), que muestra el escáner láser para la construcción: aerotransportado para una cobertura de área grande, terrestre para una alta resolución de detalles en zonas específicas.
Comparison image of airborne LiDAR (left, with drone) vs terrestrial LiDAR (right, with yellow laser scanner for construction). Text explains both are used for mapping infrastructure; airborne covers large areas, terrestrial focuses on buildings and smaller sites.
Comparación entre el LiDAR aéreo (izquierda, dron) y el LiDAR terrestre (derecha, escáner láser amarillo para construcción). El LiDAR aéreo es más rápido, pero menos preciso; el terrestre proporciona mayor precisión y datos más detallados.
Infografía que compara el LiDAR aerotransportado (ideal para áreas grandes e inaccesibles como bosques y montañas) con el LiDAR terrestre y los escáneres láser para la construcción (mejores para áreas pequeñas y estructuras cercanas como edificios, túneles e infraestructura).
Gráfico dividido que compara el LiDAR aéreo (con dron) y el LiDAR terrestre (con escáner láser para construcción). El LiDAR aéreo cubre grandes áreas con sensores aéreos, mientras que el LiDAR terrestre escanea zonas más pequeñas desde el suelo o puntos fijos.

LASER SCANNER

DELIVERABLES

A list of special analysis services is shown on the left, while the right displays a 3D point cloud model—captured using a laser scanner for construction—with colored data overlays, illustrating digital architectural measurement and analysis.
A slide about Point Cloud featuring a list of services on the left, such as integration scans, 3D models, and panoramic tours using a Laser Scanner for Construction. On the right, an industrial facility appears in blue-toned point cloud digital data.
Una diapositiva muestra un modelo estructural 3D de la estructura de un edificio a la derecha, con un texto a la izquierda que explica los tipos de modelos -Malla 3D, CAD, Modelos BIM, Realidad Aumentada 3D, acceso BIM en línea- mejorados por Escáner Láser LiDAR para la Construcción.
A slide titled 2D Documentation lists 2D CAD Documentation, Orthophotos, Digital Elevation Models (DEMs), and Digital Surface Models (DSMs), presenting a color-coded 2D CAD map created using Construction LiDAR Laser Scanner.
Escaneo de nube de puntos 3D de un área interior con paredes, superficies coloreadas en azul y rojo y líneas de cuadrícula que ilustran el mapeo espacial y la medición utilizando un Escáner Láser LiDAR para la Construcción.

Special Analysis

• Dimensional Control: Areas and volumes

• Deformation Analysis and Supervision

• Floor Flatness Analysis / Contour Mapping

• Earthworks measurements

• Dump or Quarry Capacity Analysis

• Stockpile Quantity Measurement

• Volumetric Calibration ofStorage Tanks (Gauging)

• Probability Analysis dof Structural Steel Profiles

• Interference Detection:Comparison of Design Intent with Construction Conditions

Una representación digital de un moderno complejo de edificios de varios pisos con fachadas de vidrio y espacios abiertos, que muestra cómo el Escáner Láser LiDAR para la Construcción permite un diseño preciso, con autos estacionados en un garaje subterráneo y un paisaje urbano de fondo.

Models

• 3D Mesh Models. High Definition Geometric Meshes

• 3D CAD Models / Non-Intelligent 3D Models

• 3D BIM models (Building Information Modeling)

• 3D Augmented Reality

• Online Access of BIM Models

A large, modern factory interior with metal beams, machinery, and processing lines under a high, curved roof. Bright lighting highlights industrial equipment and an Escáner Láser LiDAR para la Construcción for precise site measurements.

Point Cloud

• Point Cloud Data(RAW Data)

• Point Cloud Integration Scans

• Point Cloud Debugging

• 3D Digital Point Cloud Model

• Panoramic Tours (Fly through of the Model)

• Online Access to Digital Point Cloud Models

Un mapa colorido y detallado con estructuras circulares azules delineadas, árboles verdes, marcadores blancos y varias líneas que muestran la topografía y las divisiones del terreno, posiblemente creado utilizando un Escáner Láser LiDAR para la Construcción para una planificación precisa del paisaje o el urbanismo.

Special Analyses

• 2D CAD Documentation

• Orthophotos

• Digital Elevation Models (DEM)

• Digital Surface Models (DSM)