UCOMAX PRIVATE LIMITED Makarpura, Vadodara, Gujarat

lded Flawed Specimens are precision-engineered test samples that contain intentional, controlled defects within or around the weld area. Typical flaws include cracks, lack of fusion, porosity, and slag inclusions — closely replicating real-world welding imperfections.These specimens are vital for Non-Destructive Testing (NDT) applications, offering a practical, realistic way to evaluate inspection procedures, train personnel, validate techniques, and test equipment performance.At UCOMAX, we specialize in manufacturing high-quality Welded Flawed Specimens designed for practical, reliable Non-Destructive Testing (NDT) training and validation. Each specimen is crafted using premium raw materials free from pre-existing defects and welded with precise, controlled flaws that accurately replicate real-world imperfections such as cracks, porosity, lack of fusion, and slag inclusions. These specimens help ensure inspectors, trainees, and equipment are tested under realistic conditions, supporting certification, procedure validation, and performance checks across industries like refineries, petrochemicals, power plants, and more.

The UCOMAX WCVD Thickness Calibration Block (Wide Coverage Multiple Diameter) is purpose-built for efficient ultrasonic thickness calibration across a wide range of pipe diameters and wall thicknesses. This block features multiple narrow slots precisely cut completely through the block, creating clear, repeatable calibration points at different distances from the OD. Each distance represents a unique wall thickness, allowing inspectors to cover multiple standard pipe schedules with just one block. Wide Coverage: Calibrates multiple wall thicknesses for various pipe diameters in a single block.Clear Markings: Engraved pipe diameters, thickness values, alloy, and unique S/N for easy traceability.Practical Design: Narrow through-slots provide accurate, repeatable calibration points.

The UCOMAX WCMW Block (Wide Coverage Multiple Width) is a custom-designed piping calibration block developed for ultrasonic DAC/TCG calibrations on a broad range of ASME pipe sizes. Each block maintains a consistent outside diameter (OD) while providing multiple stepped thicknesses on the inside diameter (ID) to cover different pipe schedules in one compact design. By placing the steps on the ID, the block maximizes wedge curvature — fully aligned with ASME T-432.2 requirements for phased array inspections introduced in 2017. Careful design of block length, reflector placement, and tapered ends eliminates echo conflicts and termination noise — helping operators establish smooth, uninterrupted DAC/TCG curves without the hassle of “split-DAC” effects. Multi-Width Design: Single block covers multiple pipe schedules with ID thickness steps.Optimized Calibration: Tapered ends and well-placed reflectors prevent echo interference.Ready for Field Use: Media-blasted surface, engraved markings, and positioning guides.

The UCOMAX WCMW AOD Piping Calibration Blocks are specially created for axial calibration during the inspection of circumferential butt welds. Available in three sizes — small (3″–5″), medium (6″–10″), and large (12″–20″) — these blocks make it possible to cover a wide range of pipe sizes with just a compact set. As a complete kit, the three blocks are supplied in a durable protective case for easy transportation to inspection sites, enabling fast, convenient calibration for over 96 pipe sizes. Covers More: Three blocks replace dozens of standard calibration blocks.Axial Orientation: Purpose-built for calibration in the axial direction for circumferential weld inspections.Ready to Go: Comes in a protective kit for safe transport and easy site use.

The UCOMAX WCMT Block (Wide Coverage Multiple Thickness) is a custom-engineered calibration standard designed to simplify ultrasonic testing for ASME piping inspections on large-diameter pipes over 20 inches.This special block combines six flat calibration sections in a single practical design, covering pipe wall thicknesses from 0.200″ to 2.0″, all within ASME Section V, Article 4 tolerances.Each WCMT Block is individually machined to order, ensuring it matches your exact inspection needs. The block uses side-drilled hole (SDH) reflectors, which provide consistent, repeatable reference signals across various angles — ideal for both piping and non-piping applications (T-434.2.1).Engraved section markings make it easy to identify the thickness range covered by each segment. This versatile, multi-use design reduces the need for multiple separate blocks, saving time and effort in the field. Custom-Made: Designed and machined to order for your project needs.Wide Coverage: Combines six sections — 0.250″, 0.375″, 0.500″, 0.750″, 1.0″, 1.5″ — in one block.Reliable Calibration: SDH reflectors provide ASME-compliant, repeatable signals for both conventional and phased array UT.

The VisionEdge Ultra by UCOMAX combines advanced non-contact optical measurement with robust structural design to deliver repeatable, high-accuracy results for demanding industries. From electronics and precision molds to small mechanical parts, this system ensures reliable quality control with minimal operator effort. Built on a durable marble platform with a high-resolution imaging system and flexible magnification, it’s the trusted solution for your precision inspection needs.Key Highlights:Non-contact video measurement with optional contact probeHigh-resolution digital color camera with optical zoomDurable marble platform for maximum structural stabilityLED programmable light source with coaxial optionIntuitive operation, minimal maintenance, and long service life

Smart Measurement & Drawing: Draw and edit multiple shapes on-screen; screen printing for special irregular parts; unlimited graphic layers.High Accuracy: Measurement accuracy within 3 microns; repeatability within 5 microns.Full HD Display: 60 fps, HDMI output, 1920×1080 resolution with real-time optical & total magnification display.Flexible Measurement Tools: Supports measurement of points, lines, circles, angles, polygons, center distances, and more.

The V-2 Calibration Block is a compact, versatile reference standard designed for quick and reliable on-site checking of miniature shear wave probe index, time base, beam angle, and gain settings. Its precise design ensures consistent ultrasonic flaw detection results in the field. Standard Compliant: Built to BS 2704 Block A4 and DIN 54122 specifications.Field-Friendly Design: Small size with precise reference marks for on-site shear wave probe calibration.Convenient Storage: Supplied with a durable plastic case for protection and easy transport.

The UV Light for Magnetic Particle Testing (MPT) is an essential tool for conducting non-destructive testing (NDT), specifically magnetic particle inspection (MPI). Features:The UV LED lamp features a uniform beam with no hot-spots.Custom-designed optics provide intense and even UV-A coverage of UV-A to easily identify indications.Integrated filter ensures minimal visible light emission to improve inspection reliability.Instant ON/OFF, No Warm-Up Time for Full Intensity.Ergonomically Designed Robust Housing.Long Lasting LEDs.Rechargeable Li-Ion Battery*Switchable between UV & White Light** 

The UCO LS Scanner is a manual scanning tool developed for the inspection of long seam welds on large-diameter pipes and vessels. It provides a stable and consistent platform for ultrasonic probes, allowing operators to collect accurate data while maintaining smooth movement along the length of the weld. Its adjustable design makes it suitable for various pipe sizes and different inspection requirements, while the robust frame ensures durability in a range of working conditions. The scanner is lightweight and simple to set up, making it practical for both field and workshop use.Accommodates up to two ultrasonic probes for simultaneous inspectionManual scanner with integrated wheels for smooth, controlled travel along weld seamsAdjustable probe holders for different pipe diameters and inspection anglesCorrosion-resistant construction suitable for outdoor and industrial environmentsCompatible with encoder options for positional data if requiredQuick and straightforward to assemble and adjust without special toolsCompact and lightweight for easy handling and transport 

The UCO Lite Scanner is a compact manual scanner specifically designed for Time of Flight Diffraction (TOFD) weld inspection on pipes and flat ferromagnetic surfaces. It provides a stable scanning platform for two ultrasonic probes, ensuring reliable data collection during circumferential or flat surface scans. The scanner attaches securely to the surface using magnetic wheels, allowing steady and controlled movement even when working in inverted or tight positions. Its lightweight aluminum frame and simple adjustments make it practical for field use, easy to transport, and quick to set up without the need for specialized tools. The UCO Lite supports accurate and repeatable inspections while helping operators maintain consistent probe alignment and cable management throughout the scanning process.Supports two TOFD probes for circumferential or flat weld inspectionsFour magnetic wheels provide secure surface attachment and smooth movementLightweight and easy to handle in different positionsTool-free, spring-loaded probe arms for quick adjustmentsRemovable handle for better access in confined spacesBuilt-in cable management keeps probe and irrigation lines organizedClear markings allow precise probe separation and alignmentSupplied with frame, wheels, encoder, probe arms, and carrying case (probes and wedges are optional) 

The UCO Flex is a manual, one-axis encoded scanner designed for inspecting circumferential welds on pipes and flat surfaces. Its hinged, flexible frame adapts to pipe diameters starting from 114 mm (4.5 inches) and larger, providing stable and consistent probe contact for accurate ultrasonic testing. The adjustable frame grips the pipe securely, while spring-loaded probe arms maintain proper pressure to achieve clear, repeatable inspection results. Magnetic wheels help the scanner stay firmly attached to ferromagnetic surfaces, allowing smooth manual movement around the weld. The scanner can be configured with up to eight probes for phased array, pulse-echo, or TOFD inspections, making it suitable for various inspection needs in standard or tight spaces.Fits pipes with diameters of 114 mm (4.5 inches) and largerHinged frame design adjusts to different pipe sizesHolds four probes as standard, expandable up to eightMagnetic wheels ensure stable scanning on steel surfacesSpring-loaded probe arms adjust quickly without toolsSlidable side frame helps reach tight or obstructed areasBuilt-in encoder for position trackingIntegrated rulers and water manifold for consistent probe setupLightweight construction with removable handles for easy handling and transport 

Strong Grip and Secure Positioning: The U-Clamp design ensures a strong grip and secure positioning on a variety of surfaces, making it ideal for holding ultrasonic transducers or probes in place during testing.High-Resolution Encoder: Equipped with a high-resolution encoder, this device provides precise position tracking, ensuring accurate and repeatable results during the ultrasonic inspection process.Easy to Adjust and Attach: The adjustable U-Clamp mechanism allows for quick and easy attachment to various surfaces and configurations, making it highly versatile for different inspection setups.

Stereo Prime is a versatile trinocular stereo microscope designed for precision inspection, dissection, and research tasks. Its ergonomic observation head, wide magnification range, and dual illumination system make it ideal for electronics, life science, and quality control applications.Key Highlights:Flexible Zoom System: 0.7X to 4.5X zoom range with 1:6.4 ratio, standard magnification 7X–45XComfortable Working Distance: 100 mm working distance for convenient specimen handlingDual LED Illumination: Incident and transmitted light with separate brightness controlsStable Mechanical Stand: Pole stand with fan-type base and specimen holding clipOptional Accessories: Auxiliary lenses & various eyepieces for expanded magnification 

Stereo Optimet is a high-performance zoom stereo microscope with a 10:1 zoom ratio, bright safe LED illumination, and high eye-point wide field eyepieces. It is ideal for biomedical research, microelectronics, and semiconductor inspection, providing natural color restoration, comfortable operation, and reduced user fatigue during extended work sessions.Key Highlights:Zoom Objective System: 0.65X ~ 6.5X; total magnification 6.5X to 65X with standard 10X eyepiece.Wide Field Eyepieces: PL10X/22 mm standard; optional PL15X/15 mm, PL20X/12 mm, WF-25X/9 mm.Flexible Illumination: 3W high-brightness LED for both reflected and transmitted light.Comfortable Working Distance: 110 mm standard; vertical effective movement 220 mm.Stable Frame & Base: Integrated coaxial fine and coarse focusing with cylindrical roller guide; precision 0.002 mm; base size 320 mm × 260 mm × 274 mm.Optional Optics & Camera Adapter: Auxiliary objectives (0.3X / 0.5X / 0.7X / 1.5X / 2.0X) and C-mount adapters 0.35X, 0.5X, 1X

Stereo Nexgen is a professional-grade stereo microscope for precision tasks in advanced research, semiconductor inspection, and fine electronics work.Its Galileo optical system ensures sharp, parallel optical paths for high-fidelity stereo images. An ergonomic observation head and flexible stand design make it a powerful tool for clear, fatigue-free viewing during extended sessions.Key Highlights:Galileo Parallel Optical Path: Delivers clear, distortion-free stereo images.Trinocular Head: Inclined from 35°, vertical phototube, interpupillary distance 54–76 mm.Wide Field Eyepieces: 10X/22 mm standard.Large Zoom Range: 0.65X–6.5X with 1:10 zoom ratio for smooth magnification control.Coarse & Fine Focusing: Integrated track stand with smooth lateral zoom movement; precision 0.002 mm.Efficient LED Illumination: Incident light with transformer and intensity control.Comfortable Working Distance: 110 mm for larger samples. 

 UCOMAX manufactures high-precision Step Blocks used for the calibration and verification of thickness measuring instruments, primarily in ultrasonic testing (UT) and other Non-Destructive Testing (NDT) applications. Each block is precisely machined with a series of flat steps of known thicknesses. These steps help inspectors check instrument accuracy, verify linearity, and ensure reliable measurements across a range of wall thicknesses and materials.High-Precision Manufacturing: Each block is machined with tight tolerances to ensure repeatable and reliable readings.Durable Materials: Made from premium engineering alloys for long service life and corrosion resistance.Clear Engravings: Deep, easy-to-read step markings for hassle-free on-site use.Versatile Sizes: Standard and custom step ranges available to match diverse inspection needs.Protective Storage: Comes with robust engineering plastic cases for safe handling and transport.Traceable Quality: Calibration certificates available on request, traceable to recognized standards. 

Wedges are used in both shear wave and longitudinal wave applications, including straight beam linear scans. These wedges perform basically the same function in phased array systems as in conventional single element flaw detection, coupling sound energy from the transducer to the test piece in such a way that it mode converts and refracts at a desired angle in accordance with Snell's Law.Available in standard refracted angles of 0°, 45°, 55°, and 60° in steel for angle-beam inspections from 30° to 70°, SW or LW.The IHC wedge option can be ordered to improve the quality of the inspection. Irrigation, mounting holes for the wedge holder to work with any suitable scanner, and carbide pins to increase wear resistance.Custom wedges with specific refracted angles can be ordered, wedge shape and contour can also be customized.Wedges can also be custom contoured to accommodate complex part geometries.We also provide high temperature wedges that can be used up to 150⁰C. 

The Saturated ECT (Eddy Current Testing) Probe is designed for high-performance, non-destructive testing of thick-walled conductive materials. These probes utilize a saturated eddy current method to achieve deeper penetration, making them particularly effective in detecting internal and surface defects, such as cracks, corrosion, and material degradation. They are ideal for use in industries like aerospace, power generation, and oil & gas, where safety and reliability are critical.Saturated ECT probes offer superior sensitivity and precision compared to traditional eddy current probes, ensuring that even subtle material imperfections are detected. Their robust design allows for effective use in harsh environments, including extreme temperatures and challenging surface conditions. This makes them indispensable tools for routine inspection and preventive maintenance.Key Benefits:Ideal for inspecting thick materials such as pipes and structural components.Effective at detecting subsurface defects like cracks and corrosion.Non-destructive testing ensures no damage to components. 

RFET Tubes, also known as Radio Frequency Eddy Current Tubes, are specialized tubes designed for non-destructive testing applications. They are particularly used in heat exchangers, cooling systems, and other tubular systems to identify material degradation caused by corrosion, erosion, cracking, or other mechanical failures. By employing RF Eddy Current technology, these tubes enable highly sensitive flaw detection, even in difficult-to-inspect regions of the tubes.RFET Tubes provide excellent corrosion monitoring capabilities, offering valuable information on the structural integrity of the tube material. They are commonly used in heat exchanger maintenance programs, helping to prevent catastrophic failures and prolonging the life of equipment. These tubes are often utilized in industries that require regular inspection of their systems, such as oil and gas pipelines, chemical processing plants, nuclear power plants, and power generation facilities.

The remote field probes are equipped with a preamplifier and feature enhanced wear resistance, a thicker casing, improved differential response, and better signal-to-noise ratio (SNR). Designed for detecting irregularities likepitting, corrosion, and erosion in ferromagnetic tubing, these probes are available in below mentioned configurations. Single Exciter ProbesFeatures:Features a robust 32 dBpreamplifier for enhanced signal clarity.Upgraded casing with increasedthickness for superior wear resistance.Optimized differential response for improved accuracy.Effectively detects defects like pitting, corrosion, and erosion in ferromagnetic tubing.  Dual Exciter ProbesFeatures:Integrated 32 dB preamplifier for enhanced signal amplification.Selectable single or dual exciter operation via the software interface.Optimized differential response and superior signal-to-noise ratio.Improved sensitivity to pitting when using dual exciter mode.Enhanced detection of irregularities near the support plate. 

The PROTRACK Scanner is a compact, motorized crawler designed to perform remote weld and corrosion inspections on pipes, tanks, and other large steel surfaces. It uses magnetic wheels to stay firmly attached to the inspection surface and can operate in horizontal, vertical, or inverted positions. Controlled from a handheld remote, the PROTRACK allows operators to carry out precise, repeatable scans from a safe distance. Its modular design supports various inspection setups, including weld scanning with multiple probes or corrosion mapping with optional accessories. Easy to transport and quick to deploy, the PROTRACK is well suited for field inspections in challenging industrial environments.Steerable crawler operated remotely for safe, precise inspectionsMagnetic wheels ensure secure attachment on steel surfacesSuitable for horizontal, vertical, or overhead scanningSupports multiple probes for weld and corrosion inspectionsModular design with optional accessories for different applicationsCompact and portable for easy transport and quick setup

IntroductionPortmet Portable Metallurgical Microscope is mainly used in field to identify the structures of all kinds of metal and alloy when failure in making sample. It adopts a rechargeable vertical LED illuminator, which provides even and adequate illumination. It can work more than 40 hours after one charge.The magnetic base is optional, it can be adsorbed solidly on the work piece, it is adapted to various diameter pipes and flat, the magnetic base can be adjusted from X, Y directions. Digital cameras can be used with the microscope for image, video capture and analysis.Eyepiece Plan eyepiece 10×/18mmObjective Long work distance plan objective: 10×/0.25, WD7.3mm; 50×/0.70, WD 0.5mmTotal Magnification 100×, 500xMechanical tube length 160mmFocusing range 20mmIllumination Adjustable LED light(chargeable)

Driven Type : Battery

Condition : New

The Phased Array Calibration Block A is a versatile reference standard specifically designed for the setup and calibration of phased array ultrasonic flaw detectors. While similar in size to a traditional IIW-Type Block, this block is specially engineered to meet the complex requirements of phased array applications. Use it to perform beam angle verification, wedge delay calibration, sensitivity checks, DAC/TCG calibration, and more — ensuring your phased array system operates with maximum accuracy. Purpose-Built: Optimized for phased array flaw detector setup and calibration.Multiple Features: Seven through-holes, twenty-four FBH, and four notches for full calibration coverage.Practical Design: Similar dimensions to an IIW-Type Block with a sturdy protective case included.

Weld Prime is a state-of-the-art image analysis software developed for welding inspectors, metallurgists, quality control engineers, and material scientists who need accurate, reliable, and user-friendly tools for weld measurement and defect detection. From live image capture to automated measurement and detailed reporting, Weld Prime brings efficiency and precision to every stage of your weld inspection process. Whether you work in heavy fabrication, manufacturing, or research, Weld Prime helps you maintain the highest welding quality standards with ease. Key Highligths:Versatile Image Handling: Supports both grey monochrome (8-bit) and full color (24-bit) images. Open, view, and analyze multiple images of any resolution at once, making comparison and documentation effortless.Wide Format Support: Compatible with standard image formats including BMP, JPEG, TIFF, PNG, GIF, and PSD — no conversion hassles.Live Image Capture & Adjustment: Connect your digital camera and capture live images with complete control over display size, white balance, brightness, contrast, hue, and saturation. Save images instantly to organized folders for analysis.Precision Annotation: Mark your images with a comprehensive range of tools — lines, angles, circles, squares, grids, cross lines, scale bars, arrows, and custom text. Highlight areas of interest, add notes, and define dimensions with adjustable colors and line thickness.Accurate Calibration: Ensure measurement consistency by calibrating each microscope objective and camera setup. Easy recalibration whenever hardware is adjusted or replaced guarantees ongoing accuracy.Automated Measurements: Save time and reduce errors with programmable measurement tools that automatically detect edges and capture key weld quality parameters.Reliable Defect Detection: Identify critical weld defects such as cracking and porosity to ensure weld strength, durability, and safety compliance.Seamless Reporting: Instantly generate professional graphs, charts, and reports. Export data to MS Word, Excel, or any Windows-based software for presentations, client reports, or quality documentation.

 At UCOMAX, Research & Development is more than a service — it’s the core of our promise to deliver customized, high-precision solutions for industries where reliability and performance can’t be left to chance.We partner with clients to transform ideas into proven, production-ready systems that solve real operational challenges, extend equipment life, and unlock new efficiencies.From new product development and advanced reverse engineering to embedded electronics and smart system integration — our R&D division turns complex challenges into practical, measurable results. what sets us apart:Our Reverse Engineering AdvantageIn-House ExecutionPractical, Cost-Conscious SolutionsProtecting What Matters — IP & ConfidentialityA Reliable Extension of Your Innovation Team 

Material Prime is a modular, computer-aided image analysis software designed specifically for metallurgists, laboratory technicians, scientists, and R&D engineers in the metal industry. Built for advanced microstructural evaluation, Material Prime supports tasks in quality control, defect detection, and product development.The software adheres strictly to ISO and ASTM standards and supports a wide range of image formats (BMP, TIFF, JPEG, PNG, GIF) and input devices including USB 2.0, USB 3.0, and TWAIN-compatible cameras. Material Pro’s high-efficiency image processing delivers up to 80% more image data than comparable systems and streamlines image capture, measurement, enhancement, and reporting.Key Highlights:Built specifically for metallurgical applications and materials analysisFollows ISO and ASTM standards (e.g., E112, B276, E1077, A247-67)Supports image types: BMP, JPEG, TIFF, PNG, GIF, and PSDCompatible with USB 2.0/3.0 and TWAIN imaging devicesHigh-resolution image capture and measurement toolsOne-click live measurement and automatic report generationMultiple analysis modules including grain size, porosity, carbide, coating, decarburizationCustomizable settings and templates for reports with/without compositionOrganized gallery folders for easy image retrievalSupports both grayscale and color images

Hardness Prime is an advanced image analysis software designed to simplify and speed up hardness testing for Vickers, Brinell, and Knoop methods. Built for metallurgical labs, research institutes, and quality control departments, it delivers precise, repeatable results with manual and automatic modes. Compatible with most microscopes and digital cameras, Hardness Prime offers a powerful yet user-friendly platform to capture, measure, and report hardness values in minutes. Key Highlights:Manual & Automatic Measurement ModesSwitch between manual marking for special samples or let the software auto-detect indentations for faster, repeatable testing.Vickers Hardness TestManual: Measure diagonals by marking points on screen.Automatic: Detects edges automatically for consistent results.Brinell Hardness TestManual: Mark edges of the ball impression and measure the mean diameter manually.Automatic: Auto-detects the impression edges for fast diameter calculation.Knoop Hardness TestManual: Mark the long diagonal manually for delicate microhardness testing.Automatic: Software auto-measures the diagonal for quick, accurate readings.Camera & Live Image ControlAdjust live image settings such as white balance, brightness, contrast, hue, and saturation. Capture images in various sizes and save them in organized folders for easy access.Calibration & ReportingCalibrate once per objective for accurate measurements. Generate detailed reports ready for printing, sharing, or exporting to Word, Excel, or PDF

Foundry Prime is a comprehensive cast iron microstructure analysis software designed specifically for the foundry and cast iron industries. Built on a touchscreen-friendly platform, it enables precise analysis of nodules, graphite flakes, carbides, and microstructural phases according to ASTM, ISO, and JIS standards. Whether you’re analyzing ductile iron, grey iron, or carbide banding, Foundry Prime streamlines the entire process — from live image capture to automated measurement, classification, and professional reporting — all with single-click simplicity. Key Hightlights:Standard Compliant: Analyzes nodules and graphite flakes as per ASTM A247-67 and ISO 945-1 standards. Excludes nodules touching boundaries and artifacts below 10 microns for accuracy.Smart Nodularity & Flake Analysis: Automatically separates nodules from non-nodules based on spheroidicity, size, and form. Reports graphite flake type, size, orientation, and distribution.Flexible Matrix Analysis: Reports the matrix composition — pearlite, ferrite, graphite, and carbide — for etched samples. Calculates pearlite percentage by excluding graphite area.One-Touch Automation: Powerful algorithms for segmentation, boundary detection, and neural network classification deliver quick, repeatable results at the push of a button.Live Camera Control: Adjust image capture settings in real time — white balance, brightness, contrast, hue, and saturation — to ensure high-quality images every time.Precise Measurement: Take manual measurements on lines, traces, or shapes. Log results automatically for further analysis, printing, or export to spreadsheets.Ready Reports: Generate fully formatted reports with your chosen international standards and templates (with or without chemical & physical properties).Easy Gallery Access: Organize captured images in clear folders for Nodularity, Flake, Carbide, and Line Measurement — retrieve them anytime.

Copper Prime is a specialized microstructure analysis software built for copper and its alloys. It supports quality control, failure analysis, and research by allowing precise evaluation of key metallurgical features such as grain size, porosity, second phase content, dendrite arm spacing (DAS), impurities, and structural defects.The software enables users to quantify these characteristics and compare them to acceptance criteria, following standardized methods. With modular tools like segmentation, measurement, and coating thickness analysis, Copper Prime provides a flexible and reliable solution for copper-based metallography.Key Highlights:Built specifically for microstructural analysis of copper and copper alloysMeasures grain size, porosity, second phase, impurities, and defectsGrain size analysis in accordance with ASTM E112Decarburization evaluation as per ASTM E-1077-91Measures plating or coating thickness using cross-sectional microscopyHistogram-based segmentation with multiple phase overlaysOne-time settings configuration for ISO/ASTM calibration and reportsSaved reports and organized gallery for easy retrieval and review 

Aluminium Prime is a modular image analysis software specifically developed for the microstructural evaluation of aluminium alloys. Widely used across industries such as transportation, shipbuilding, aviation, construction, and machinery manufacturing, aluminium alloy performance is closely linked to microstructural properties like grain size, porosity, and phase distribution.The software uses advanced and improved algorithms for efficient and precise analysis, offering functions like grain boundary extraction, quantitative calculation, microstructure classification, and segmentation. With dedicated modules for every key analysis area, Aluminium Prime enables fast, repeatable, and standards-compliant results tailored to the needs of aluminium alloy industries.Key Highlights:Purpose-built for aluminium alloy microstructure analysisGrain size evaluation using multiple ASTM methods (E-112, E-93, E-1181)Quantitative porosity analysis based on ASTM B276Powerful segmentation tools with grayscale histogram and phase overlaysImage-based measurements with manual tracing and result exportEasy calibration and one-click analysis setupAutomated image and data storageOrganized gallery for viewing and retrieving captured analysis images