OCMEE DESIGN

Overfinch has done it again. The Velocity Edition takes the Range Rover to another level—wide-body stance, carbon fiber detailing, and a striking Arancia Orange interior. Every detail speaks to performance, craftsmanship, and exclusivity. We love seeing brands push the boundaries of engineering and design, and this build is a perfect example of that. Overfinch continues to set the standard for bespoke luxury SUVs. What’s your favorite detail on this build? The carbon work, the wheels, or that interior? #OCMEEDesign #Overfinch #LuxuryPerformance #AutomotiveDesign #EngineeringExcellence

?? Behind the Design in 100 Seconds ?? Ever wondered how a Differential Gear Mechanism like this is designed? ?? Here’s a step-by-step glimpse into our CAD modeling process in SolidWorks, all packed into just under 100 seconds! ?? Dive into the details and see how engineering concepts turn into precise digital models. ?? Which part of the design process do you find most fascinating? Let us know in the comments! ?? #GearMechanism | #SolidWorks | #MechanicalDesign | #EngineeringExcellence

Differential Gear Mechanism with Worm Gear Mechanism in just 10 seconds! ?? #GearMechanism | #MechanicalEngineering | #SolidWorks | #EngineeringInnovation

Aston Martin Valhalla: The Hybrid Supercar With a bespoke 4.0L twin-turbo V8 + 3 electric motors delivering 1,079 HP, the Valhalla achieves: ? 0-62 mph in 2.5 seconds ? 217 mph top speed ? Up to 600 kg downforce at 149 mph Limited to 999 units at ￡850,000, it blends F1-inspired design and cutting-edge electrification for unmatched performance. Deliveries start late 2025. What’s your take on hybrid supercars reshaping the industry? #AstonMartin #Valhalla #HybridInnovation #OCmeeDesign

?? Welcome to Tutorial 5: Advanced Sketch-Based Features in the Part Design Workbench ?? In this tutorial, we dive deeper into the Part Design Workbench of CATIA V6, exploring advanced sketch-based features to enhance your 3D design capabilities. This session builds on foundational concepts and introduces powerful tools for precise and efficient part modeling. What You'll Learn: ? Holes and Threads: Master the creation of simple and advanced holes (counterbored, countersunk, threaded) and learn how to position them accurately(05 OCMEE_Holes and Thre…). ? Stiffeners and Solid Combine: Understand how to use open profiles to add stiffeners for structural support and combine solids for complex geometry(06 OCMEE_Stiffeners and…). ? Slots and Ribs: Explore the creation of slots to remove material and ribs to add material using sweeping techniques along a center curve(07 OCMEE_Slots and Ribs…). ? Multi-Section Solids: Create complex solids by connecting multiple sections with tangency control, coupling options, and guide curves(08 OCMEE_Multisection S…). Key Topics Covered: Hole Definition & Positioning: Learn to define hole depth, type, and threading options, and accurately position them using sketches or reference points. Advanced Stiffeners: Use side and top stiffener options to reinforce your parts efficiently. Slot and Rib Features: Master profile orientation, merge options, and profile control for smooth sweeps along planar or 3D curves. Multi-Section Solids: Combine multiple sections with guide curves for controlled, organic shapes. Action Items: ?? Practice creating different hole types with precise positioning. ?? Experiment with stiffeners, slots, and ribs to enhance part functionality. ?? Create multi-section solids with tangency and coupling for advanced shapes. ?? For detailed PDFs and to purchase the full training series, contact us at: [email protected] ?? Visit our website for more: ocmeed.com ?? Follow for updates and more tutorials: ?? Instagram: @ocmee.design ?? LinkedIn: OCMEE Design ?? X: @OcMee_Design #CATIAV6 #PartDesign #3DEXPERIENCE #OCMEEDesign #Engineering #Tutorial

Welcome to Tutorial 4: Part Design Workbench – Sketch-Based Features This tutorial focuses on creating sketch-based solid features using the Part Design Workbench in CATIA V6. It covers the foundational tools and techniques essential for designing 3D solid parts with precision and flexibility. What You'll Learn: ? Introduction to Sketch-Based Features: Understanding profiles, their role in 3D design, and distinguishing between features that add or remove material(01 OCMEE_Introduction_PD). ? Creating Pads: Learn to extrude profiles to create solid features, control extrusion limits, and utilize options like "Thick Pad" and "Mirrored Extent"(02 OCMEE_Intro to sketc…). ? Creating Pockets: Remove material from solids by extruding profiles. Explore limits, open/closed profile usage, and the "Reverse Side" option(03 OCMEE_Creating Pocke…). ? Creating Shafts and Grooves: Rotate profiles around an axis to add (shaft) or remove (groove) material. Master axis selection and angle adjustments for precise designs(04 OCMEE_Creating Shaft…). Key Topics Covered: Preparing sketches for Pads, Pockets, Shafts, and Grooves Modifying extrusion directions, limits, and thicknesses Best practices for using open and closed profiles Hands-on troubleshooting for common design challenges Action Items: ?? Practice creating Pads and Pockets with varied constraints and profiles. ?? Experiment with Shafts and Grooves to build symmetrical and cylindrical designs. ?? Customize your workflow by exploring advanced options like "Up to Surface" and "Neutral Fiber." ?? For detailed PDFs and to purchase the full training series, contact us at: [email protected] ?? Visit our website for more: ocmeed.com ?? Follow for updates and new tutorials: ?? Instagram: @ocmee.design ?? LinkedIn: OCMEE Design ?? X: @OcMee_Design #CATIAV6 #PartDesign #3DEXPERIENCE #OCMEEDesign #Engineering #Tutorial

Welcome to our third tutorial in the CATIA V6/3D Experience series! In this video, we'll explore advanced features of the Sketcher workbench, focusing on transitioning from 2D sketches to 3D models. Here's what you'll learn: Setting up and navigating the Sketcher environment. Using basic and advanced sketch constraints for precision. Creating and modifying geometric sets and support planes. Utilizing tools like the symmetry constraint, equidistant points, and more. Analyzing and troubleshooting sketches for perfect designs. Our tutorials are designed to give you hands-on experience and deepen your understanding of CATIA's powerful capabilities. Subscribe to our channel for more detailed tutorials and insights into 3D modeling and CAD design. Stay tuned for more! Key Topics Covered: Sketch Constraint Modification Additional Geometry Creation Sketch Analysis and Support Changes Advanced Constraints like Symmetry and Equidistant Points Follow Us: Instagram: @ocmee.design Facebook: OcMee Design Twitter: @OcMee_Design LinkedIn: OCMEE Design TikTok: @ocmee.design For detailed PDFs and more resources, visit our website [ocmeed.com]. #catia #caddesign #3dmodeling #engineering #OCMEEDesign #productdevelopment #designinnovation #AdvancedCAD #SketcherTutorial #automotiveengineering #automobile

Welcome to Another CATIA V6/3DEXPERIENCE Tutorial by OCMEE Design! 2.a - Sketcher: In this video, we delve into the tools and functionalities within the SketchUp app of CATIA V6. This tutorial will guide you through: Key Topics Covered: Setting up and using reference elements Creating and manipulating points and coordinate systems Using the Sketcher tool for various origin points and preferences Drawing and editing profiles with arcs and lines Applying geometric constraints and toggling Snap to Point features Constructing closed and open contours Step-by-Step Breakdown: Introduction to Sketcher App Tools: Learn about the essentials tab, position sketch, and more rudimentary isolated reference elements. Creating and Editing Points: Discover how to place points using coordinate locations, change reference points, and alter axis systems. Using the Sketcher Tool: Navigate different origin points, customize toolbars, and adjust settings in the Sketcher app. Drawing Profiles: Master creating profiles with arcs and lines, utilizing the Snap to Point feature, and handling open and closed contours. Applying Constraints: Explore how to apply, edit, and troubleshoot geometric constraints to ensure precise designs. Action Items: Practice placing and editing points in the Sketcher app. Experiment with creating profiles using various shapes and constraints. Customize your Sketcher app preferences for a more efficient workflow. ?? For business inquiries and to purchase our full CATIA V6 training package with 25 videos and comprehensive PDF guides, contact us at: [email protected] ?? Visit our website: ocmeed.com Connect with us: Instagram: @ocmee.design LinkedIn: OCMEE Design Twitter: @OcMee_Design Don't forget to like, comment, and subscribe for more tutorials and updates! #CATIAV6 #3DEXPERIENCE #CAD #OCMEEDesign #Engineering #Tutorial #Design

Welcome to our CATIA V6 Training Session at OCMEE Design! 1. Intro to CATIA V6/3DEXPERIENCE In this video, we provide comprehensive insights into setting up and navigating CATIA V6/3DEXPERIENCE. Learn how to customize your user interface, navigate the workbench, and use essential tools and features. What You'll Learn: Setting up and navigating CATIA V6/3DEXPERIENCE Key features: status bar, shading modes, and geometric sets Customizing the workbench in SketchUp Using the navigation bar and scroll wheel for rotation and zoom Organizing parts and reference elements in geometric sets Navigating and opening parts in CATIA Troubleshooting tips for common issues Action Items: Practice basic modeling techniques using sketches and extrude/pad features. Explore additional CATIA tools and commands through use and experimentation. Refer to the time tree and search functions for help with specific tasks. Don't forget to like, comment, and subscribe for more tutorials and insights! ?? For business inquiries: [email protected] ?? Visit our website: ocmeed.com Connect with us: Instagram: @ocmee.design LinkedIn: OCMEE Design Twitter: @OcMee_Design #CATIAV6 #3DEXPERIENCE #CAD #OCMEEDesign #Engineering #tutorial

Just Breathe . . . . . A timeless machine . . . . . #BMWClassic #JustBreathe #TimelessDesign #CarArt #PureEmotion