Our Equipment

We work with the best equipment in the industry

AutoCAD Civil 3D

Autodesk BIM software for civil infrastructure design. Enables modelling of road corridors, drainage networks, earthworks and generation of georeferenced planimetric drawings.

Quantity: 1

QGIS

Open-source geographic information system for spatial analysis and cartographic production. Used for integrating topographic, geological and hydrological data in civil engineering projects.

Quantity: 1

ArcGIS

Esri enterprise GIS platform for spatial data management and advanced cartographic analysis. Used for generating geotechnical maps, risk zoning and territorial planning.

Quantity: 1

GeoStudio (SLOPE/W, SEEP/W, SIGMA/W)

Seequent geotechnical analysis suite for modelling slope stability, water flow and stress-deformation in soils and rocks. Widely used in the design of dams, embankments and retaining works.

Quantity: 1

Plaxis 2D/3D

Finite element software specialised in geotechnical and geological engineering. Enables advanced deformation, stability and flow analysis in soils and rocks for the design of excavations, tunnels and complex foundations.

Quantity: 1

Rocscience (Slide, RS2, Dips)

Rocscience rock mechanics and geotechnical toolkit for slope stability analysis (Slide), finite element analysis in rock (RS2) and structural analysis of discontinuities (Dips). Applied in mining, slope and tunnel projects.

Quantity: 1

Hec-RAS

Hydraulic modelling software from the US Army Corps of Engineers for analysis of flow in natural channels and waterways. Used for floodplain calculation, design of protection works and assessment of hydraulic behaviour of structures.

Quantity: 1

SAP2000

General-purpose structural analysis and design software from CSI. Enables calculation of concrete, steel and timber structures under static, dynamic and seismic loads, with direct integration of CIRSOC and ACI codes.

Quantity: 1

ETABS

Specialised CSI software for seismic analysis and design of buildings. Includes advanced modelling of slabs, walls and frames, drift verification and element design in accordance with national and international seismic codes.

Quantity: 1

CYPECAD

Integrated CYPE software for the analysis and sizing of reinforced concrete and steel structures in buildings. Enables calculation of slabs, columns, beams and footings with automatic generation of drawings and quantity surveys.

Quantity: 1

Soil Lab

Drying Oven

Laboratory oven with temperature control for determination of moisture content of soils and aggregates in accordance with IRAM and ASTM standards. Capacity for multiple simultaneous samples with adjustable temperature between 105 °C and 110 °C.

Quantity: 1

Precision Balances

High-precision analytical and semi-analytical balances for mass determination in geotechnical laboratory tests. Resolution of 0.01 g and 0.1 g, periodically calibrated and verified in accordance with current metrological standards.

Quantity: 1

Sieve Set

Complete set of stainless steel wire mesh sieves conforming to ASTM E11 and IRAM standards for granulometric analysis of soils and aggregates. Includes sieves from 75 mm to 0.075 mm (No. 200) with collecting pan and lid.

Quantity: 1

Casagrande Apparatus

Mechanical and electronic apparatus for determination of the liquid limit of cohesive soils using the Casagrande method in accordance with IRAM 10501 and ASTM D4318. Enables soil classification and evaluation of plastic behaviour.

Quantity: 1

Proctor Compaction Equipment (Standard and Modified)

Cylindrical moulds, hammers and auxiliary equipment for Standard (IRAM 10509) and Modified (IRAM 10513) Proctor compaction tests. Used to determine maximum dry density and optimum moisture content for quality control of embankments and subgrades.

Quantity: 1

CBR Press

Motorised load frame for laboratory CBR and soil resistance index tests under standardised mould conditions. Equipped with a proving ring or digital load cell, dial gauge and penetration piston in accordance with IRAM 10579 and ASTM D1883.

Quantity: 1

Oedometer for Consolidation Testing

One-dimensional consolidation apparatus (oedometer) for determination of compressibility and consolidation parameters of saturated clayey soils. Used to obtain the compression index, overconsolidation ratio and primary consolidation coefficient.

Quantity: 1

Direct Shear Apparatus

Motorised direct shear apparatus for determination of shear strength parameters (cohesion and internal friction angle) of soils and granular materials. Enables testing of samples under different normal loads and displacement rates.

Quantity: 1

Triaxial Cells

Complete triaxial testing system with pressure chamber, hydraulic control panel and pore pressure measurement system for CU, CD and UU tests on cohesive and non-cohesive soils. Provides effective and total shear strength parameters of the soil.

Quantity: 1

Constant and Falling Head Permeameters

Constant head permeameters for granular soils and falling head permeameters for low-permeability soils, in accordance with IRAM and ASTM standards. Used for determination of the permeability coefficient for filter and drain design and seepage analysis in soils.

Quantity: 1

Concrete Lab

Compression Testing Machine

High-capacity hydraulic press for compression testing of cylindrical and cubic specimens of concrete, mortar and construction materials. Equipped with a calibrated load cell and digital readout in accordance with IRAM 1546 and ASTM C39.

Quantity: 1

Cylindrical and Prismatic Specimen Moulds

Steel and high-density plastic moulds for casting cylindrical (15×30 cm, 10×20 cm) and prismatic concrete specimens in accordance with IRAM 1541 and ASTM C31 standards. Designed to ensure flatness of bearing faces and verticality of generators.

Quantity: 1

Flow Table

Flow table for determination of the consistency of mortars and cement pastes through the flow test in accordance with IRAM and EN 1015-3 standards. Enables evaluation of the workability of low water/cement ratio mixes used in high-performance concrete.

Quantity: 1

Slump Cone (Abrams)

Standardised metal cone for determination of fresh concrete slump in accordance with IRAM 1536 and ASTM C143. Reference parameter for controlling workability of concrete at the plant and on site, and for verifying delivery consistency.

Quantity: 1

Rebound Hammer (Schmidt)

Type N rebound hammer for non-destructive estimation of compressive strength of hardened concrete in structural elements in accordance with IRAM 1658 and EN 12504-2. Enables rapid diagnosis of the condition of concrete without damaging the structure.

Quantity: 1

Accelerated Curing Equipment

Temperature accelerated curing chamber for early determination of concrete strength. Enables estimation within 24–48 hours of the expected 28-day strength, useful for rapid mix design adjustment and on-site decision-making.

Quantity: 1

Field Equipment

Total Station

High-precision electronic total station for angle and distance measurement in topographic surveys. With a range of up to 2000 m and angular accuracy of 2", it enables terrain modelling, stakeout and deformation monitoring in structures.

Quantity: 1

Optical Level

Automatic optical level for high-precision differential levelling and establishment of altimetric references. Used for structural settlement monitoring, road levelling and benchmark determination in infrastructure projects.

Quantity: 1

Differential GPS (RTK)

Real-time kinematic GNSS positioning system for centimetre-level coordinate acquisition in the field. Enables mass capture of topographic points, construction stakeout and updating of georeferenced cartography.

Quantity: 1

Photogrammetric UAV

Unmanned aerial vehicle (UAV) equipped with a high-resolution photogrammetric camera and stabilisation system for aerial photogrammetric surveys of large areas. Enables generation of orthophotos, digital elevation models and 3D point clouds with centimetric accuracy.

Quantity: 1

4×4 Field Vehicles

Four-wheel-drive all-terrain vehicles for access to remote and difficult construction sites. Equipped for the safe transport of technical personnel, field equipment and laboratory samples under adverse terrain conditions.

Quantity: 1

Communication Equipment (VHF/UHF Radios)

Portable and mobile VHF/UHF band radios for communication between field teams in areas without cellular coverage. Ensure safe coordination during drilling, sampling and survey operations in remote areas.

Quantity: 1

Field - Soil

SPT Equipment (Standard Penetration Test)

Complete equipment for the Standard Penetration Test (SPT) including hammer, anvil, drill rods and split-spoon sampler in accordance with IRAM 10603 and ASTM D1586. Used in geotechnical boreholes for continuous subsoil characterisation.

Quantity: 1

Dynamic Cone Penetrometer (DCP)

Lightweight dynamic cone penetrometer for continuous evaluation of soil resistance in the field by measuring the number of blows per penetration interval. Enables correlation of the DCP index with in-situ CBR for compaction control.

Quantity: 1

Plate Load Test Equipment

Complete system for vertical and horizontal plate load testing (PLT), including steel plates of various diameters, hydraulic jack, reaction beam, proving ring and dial gauges. Used for in-situ determination of bearing capacity and deformation modulus of soil.

Quantity: 1

Rotary Drilling Rigs

Truck-mounted and portable rotary drilling rigs for geotechnical boreholes in soil and rock. Enable continuous core recovery and execution of in-situ tests (SPT, Lefranc) to depths of up to 60 metres.

Quantity: 1

Manual and Motorised Augers

Manual and motorised helical augers of various diameters for shallow subsoil exploration and collection of disturbed samples. Used in shallow test pits, soil investigations for housing and compaction control in road works.

Quantity: 1

Nuclear Density Gauge

Portable nuclear density gauge for rapid non-destructive determination of dry density and moisture of compacted soils in the field. Enables continuous compaction control of embankments, granular bases and subgrades during road construction.

Quantity: 1

Sand Cone Apparatus

Sand cone apparatus for in-situ density determination of compacted soils and granular materials using the calibrated sand replacement method. Standardised method in accordance with IRAM 10569 and ASTM D1556 for compaction control on site.

Quantity: 1

Field - Concrete

Digital/Analogue Field Rebound Hammer

Digital and analogue rebound hammer for non-destructive assessment of surface strength of concrete in existing structural elements. With data memory and USB output, enables recording of measurement series and calculation of the average rebound index in accordance with IRAM 1658.

Quantity: 1

Rebar Detector (Pachometer)

Electromagnetic rebar detector for locating steel bars in reinforced concrete structures and measuring concrete cover. Enables verification of reinforcement positioning, identification of corroded zones and assessment of the conservation status of structural elements.

Quantity: 1

Concrete Core Drill (Core Extractor)

Core drill with diamond bit for extraction of cylindrical samples of hardened concrete from existing structures. Cores are used for compression testing, petrographic analysis and assessment of in-situ concrete quality.

Quantity: 1

Concrete Moisture Meter

Capacitive moisture meter for non-invasive assessment of water content in concrete and masonry elements. Used in the diagnosis of moisture pathologies, selection of waterproofing systems and pre-application quality control before coatings.

Quantity: 1

Thermographic Camera

High-resolution infrared thermographic camera for detection of thermal anomalies, delamination, voids and moisture in structural elements. Enables non-destructive inspection of facades, slabs, bridges and roofs without interrupting the use of the structure.

Quantity: 1