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Visual 3D v6 Professional Visual3D v6 Professional is the definitive software suite for the processing, analysis, and reporting of three-dimensional biomechanical data. As the laboratory standard in academic, clinical, and sports science settings, it integrates data from optical motion capture systems, force plates, and electromyography (EMG) to provide a comprehensive quantitative assessment of human movement. Researchers and clinicians use Visual3D to compute critical metrics such as joint angles (kinematics), joint forces and moments (kinetics), ground reaction forces, and muscle activation patterns, enabling deep insights into gait, athletic performance, injury mechanisms, and rehabilitation progress. Core Functional Capabilities of Visual3D v6 Professional Integrated 3D Data PipelineStreamline data from acquisition to report. The software manages the entire workflow: importing raw marker trajectories and...
VIC 3D 9.4.70 VIC-3D is a leading commercial software system for optical, non-contact measurements of material deformation and strain. It is primarily used for Digital Image Correlation (DIC), a technique that tracks the movement of a speckle pattern on a specimen's surface to compute full-field 3D displacements and strains. It is an essential tool in experimental mechanics, used for materials testing, structural testing, and failure analysis across industries like aerospace, automotive, and consumer electronics. Understanding the Version Number: 9.4.70 The version "9.4.70" follows a common software versioning scheme: 9: The major version. A change here indicates a significant overhaul with substantial new features or architectural changes. 4: The minor version. An increment typically adds new functionalities or improvements within the...
ANY-maze 7.61 ANY-maze 7.61 | Professional Animal Behavior Tracking & Analysis Software ANY-maze 7.61 is an advanced video tracking platform for the automated recording and quantitative analysis of animal behavior in diverse experimental paradigms. It provides researchers in neuroscience, pharmacology, and behavioral science with robust tools to generate objective, high-throughput data from video recordings. Core Functionality Overview: Multi-Animal & Multi-Zone Tracking: Accurately tracks multiple animals in complex arenas (e.g., mazes, open fields, social chambers) using sophisticated video analysis with support for nose-point, center-point, and dynamic zone detection. Extensive Behavioral Metrics & Event Logging: Automatically calculates parameters such as distance, speed, rotation, zone occupancy, and social proximity, alongside manual or automated event logging for specific behaviors (e.g., grooming, rearing). Integrated Experiment...
Complete Anatomy 2025 Master Human Anatomy with Complete Anatomy 2025 Complete Anatomy 2025 is the world's most advanced 3D anatomy platform, offering an incredibly detailed and interactive model of the human body for education, reference, and patient communication. Developed by Elsevier, it is used by medical, nursing, and allied health students, educators, and clinicians to explore, understand, and teach anatomical structures in a way that surpasses traditional textbooks and static images. With its photorealistic graphics, comprehensive labeling, and dynamic tools, Complete Anatomy 2025 transforms the study of the human body into an engaging, immersive, and deeply informative experience. Core Functional Capabilities of Complete Anatomy 2025 Photorealistic, Fully Interactive 3D AtlasExplore over 17,000 interactive anatomical structures. The software presents male and...
phoenix winnonlin 8.4 Accelerate Drug Development with Phoenix WinNonlin 8.4 Phoenix WinNonlin 8.4 is the world's leading software platform for pharmacokinetic (PK), pharmacodynamic (PD), and toxicokinetic (TK) data analysis, forming the computational core of modern drug development. As part of Certara's integrated Phoenix platform, it is the regulatory and industry standard used by pharmaceutical and biotechnology companies to analyze how drugs move through and affect the body. From early non-compartmental analysis (NCA) of first-in-human trials to complex population PK/PD modeling, WinNonlin provides the robust, validated tools necessary to make critical decisions about dosing, safety, and efficacy, and to prepare submission-ready reports for global health authorities like the FDA and EMA. Core Functional Capabilities of WinNonlin 8.4 Comprehensive Non-Compartmental Analysis (NCA)Perform...
orcaflex 11.6a Simulate the Dynamic Ocean Environment with OrcaFlex 11.6a OrcaFlex 11.6a is the world's leading software for the dynamic analysis of offshore marine systems subjected to environmental loads from waves, wind, and currents. Developed by Orcina Ltd., it is an indispensable engineering tool used globally for the design, analysis, and integrity assessment of flexible risers, mooring systems, subsea pipelines, towed arrays, and other complex marine structures. By performing detailed time-domain simulations, OrcaFlex predicts the motions, forces, and stresses in these systems under operational and extreme conditions, ensuring their safety, reliability, and fitness-for-purpose throughout their lifecycle. Core Functional Capabilities of OrcaFlex 11.6a Integrated Time-Domain Dynamic SimulationModel the coupled response of entire floating systems. The software solves the equations of motion...
GPR-SLICE V7.0 GPR-SLICE V7.0 is a professional, advanced software package dedicated to the processing, analysis, and visualization of two-dimensional and three-dimensional Ground Penetrating Radar (GPR) data. Widely used by geophysicists, archaeologists, utility locators, and civil engineers, it transforms raw GPR radargrams into clear, interpretable maps and volumes. Its signature time-slicing technique allows users to create horizontal depth slices through 3D data cubes, making it possible to map buried objects, structures, and geological features in plan view—revolutionizing how GPR data is interpreted for non-destructive subsurface investigation. (H2) Core Functional Capabilities of GPR-SLICE V7.0 Comprehensive 2D & 3D Data ProcessingPrepare data for optimal interpretation. Apply a full suite of filters (dewow, background removal, gain, bandpass filtering, migration) to individual 2D radargrams and...
Image-Pro 10 Transform Images into Quantitative Data with Image-Pro 10 Image-Pro 10 is a comprehensive, professional-grade software platform for the acquisition, processing, analysis, and measurement of scientific and industrial images. As a long-established leader in the field, it provides researchers and quality control technicians with a vast toolkit to extract accurate, reproducible quantitative data from microscope images and other digital images. With applications spanning life sciences (cell biology, pathology), materials science, and industrial inspection, Image-Pro 10 streamlines complex workflows, from live camera control and multi-dimensional acquisition to sophisticated object segmentation, classification, and statistical reporting. Core Functional Capabilities of Image-Pro 10 Advanced Image Acquisition & Device ControlCapture high-quality images directly within the software. Control a wide range of microscopes, cameras, and...
Vic-3D 10 (H1) Master 3D Material & Structural Analysis with Vic-3D v10 Vic-3D v10 is the premier software suite for three-dimensional Digital Image Correlation, the leading optical technique for non-contact, full-field measurement of 3D shape, displacement, and strain. Trusted by engineers and researchers worldwide, it transforms synchronized images from stereo cameras into a rich, quantitative 3D dataset of an object's behavior under load. Whether analyzing complex composite materials, validating finite element models, or troubleshooting product failures, Vic-3D v10 provides unparalleled insight into real-world deformation that traditional sensors cannot capture, enabling breakthroughs in aerospace, automotive, biomedical, and consumer product design. (H2) Core Functional Capabilities of Vic-3D v10 High-Fidelity 3D Shape Reconstruction & TrackingCreate a dynamic digital twin of your test specimen....
Dragonfly 2025.1 Dragonfly 2025.1 is a powerful, user-friendly software platform for the interactive processing, visualization, and quantitative analysis of 2D, 3D, and even 4D/5D (3D + time + channels) scientific and industrial image data. Developed by ORS Visual (Object Research Systems), it is widely used by researchers and engineers in fields such as materials science, geology, life sciences, and non-destructive testing to extract meaningful measurements and insights from datasets generated by micro-CT (computed tomography), MRI, FIB-SEM, and other advanced imaging techniques. Dragonfly bridges the gap between raw volumetric data and actionable scientific results. Core Functional Capabilities of Dragonfly 2025.1 Advanced 2D/3D/4D Visualization & RenderingExplore your data in immersive detail. Utilize volume rendering, multi-planar reconstruction (MPR), and cinematic rendering techniques to...