Welcome to the era in which research is conducted on your behalf^
Do you have a promising research idea but limited access to specialised facilities? We are a trusted leader in experimental science and technology research, providing the expertise, equipment, and technical support needed to turn ideas into results.
Our services include advanced sample analysis and testing, rapid prototyping through reverse engineering and 3D printing and, the design and building of custom experimental setups.
^Your idea remains your intellectual property; we provide the research resources required to develop it into the agreed outcomes.
Reverse engineering & prototyping
3D Scanning
We provide high-resolution 3D scanning services for reverse engineering, using advanced stereo vision and laser scanning technologies to capture accurate 3D geometry across a wide range of object sizes. Our capabilities enable detailed digital reconstruction of components as small as a coin and objects as large as a car, supporting precise dimensional analysis, surface modelling, design recovery, and inspection.
3D printing
We provide advanced 3D printing services using fused deposition modelling (FDM) technology for the production of prototypes and functional components. Our capabilities include printing with engineering- and research-grade materials, including fibre-reinforced and particle-filled composites, enabling the development of high-performance parts for research, testing, and industrial applications.
Material characteristion & Analysis
Makhbari offers you a physico-chemical analysis and characterisation service for all types of materials
TGA DSC analysis
We perform thermogravimetric analysis (TGA) and differential scanning calorimetry (DSC) to evaluate the thermal stability, compositional changes, and phase transitions of materials, encompassing both organic and inorganic samples.
XRD analysis
We perform X-ray diffraction (XRD) analysis to determine the phase composition, crystallographic structure, and structural properties of a wide range of powder materials, encompassing both organic and inorganic samples.
SEM EDX analysis
We conduct high-resolution microscopic imaging using scanning electron microscopy (SEM), together with elemental analysis via energy-dispersive X-ray spectroscopy (EDX), across a wide range of samples, from powders to fracture surfaces.
Digital microscopy
We provide high-resolution digital microscopy for the inspection and analysis of materials and components, enabling detailed surface examination, defect identification and dimensional assessment.
Mechanical Testing
Tensile Test
We evaluate key material properties like yield strength, ultimate tensile strength, elongation, and elastic modulus, which determine if your material fits its intended engineering application
Compression Test
We test different materials to determine thier behavior under crushing or pushing loads as we measure vital properties like compressive strength, yield point, and modulus of elasticity
Bending Test
We perform three-point bending test to evaluate your material’s behaviour under flexural loads. We measure flexural strength, modulus of elasticity, flexural strain, and overall deformation until failure
Thermal Test
We conduct tensile, compression, and bending tests for your samples under variable temperature from room temperature to 200°C to determine the effect of thermal load on its mechanical behavior
Preparation of samples
We conduct accelerated ageing and heat treatment of materials and components prior to mechanical testing, enabling controlled assessment of thermal exposure effects, material stability, degradation behaviour, and performance under representative operating conditions.
HARDNESS Test
We measures resistance to permanent indentation, scratching, or abrasion for polymers and composites. We use commun testing methods including Rockwell, Shore..etc
wEAR Test
We evaluates how polymers and their composites degrade due to friction and repetitive contact. We measure volume loss, structural deformation, and the coefficient of friction
Thermal Analysis
Thermal IMAGING
We conduct infrared (IR) imaging of thermal processes and phenomena in fluids and solids, using high-sensitivity thermal imaging technology to capture, visualise, and analyse temperature distributions and heat-transfer behaviour with high spatial and temporal resolution.
Thermal Conductivity
We measure the thermal conductivity of a wide range of materials, including alloys, composites, polymers, ceramics, and other engineered or functional materials
Temperature Measurments
We conduct thermal monitoring using thermocouples and advanced thermal sensors to capture accurate point-based and distributed thermal data
Energy & Environement
Air Quality
We provide indoor and outdoor air quality monitoring, measuring CO₂, HCHO, PM2.5, PM10, temperature, and humidity to assess environmental conditions and support health, safety, ventilation, and compliance evaluations
