Steel Sheet Pick-Drop Automation Design

@koid152

IThank you for visiting my profile. I'm a skilled Mechanical Designer with years of experience in using SolidWorks for creating detailed 3D models, assemblies, and technical drawings. I specialize in transforming conceptual designs into manufacturable products across various industries, including consumer electronics, and industrial equipment. My expertise includes designing complex components, optimizing designs for the performance. Let's talk about your idea and we can bring it to life.

@Ussama91

I propose a custom machine design that automates pick-and-drop movement of steel profile sheets, focusing on reliability and cycle time reduction. I'll utilize vacuum cups, magnetic heads, or mechanical clamps to grip oily surfaces and variable sheet sizes. I'll provide 2D/3D layout drawings, a design brief, native CAD files, and a motion study. I'll ensure a 20% cycle time improvement, component sizing for 6mm thick and 35kg sheets, and clear paths for guarding and operator access, adapting to your budget and delivering within your timeline. Waiting for your response in chat! Best Regards.

@tnowsolutions

I can develop a conceptual design for an automated pick-and-drop system for your steel profile sheets, optimising cycle time and reliability using vacuum, magnetic, or mechanical gripping solutions, and focusing on unloading stages with repeatable accuracy. Deliverables will include 2D/3D layout drawings, a design brief with cycle-time estimates and preliminary load calculations, native CAD files (SolidWorks/Inventor) plus STEP/PDF exports, and a short motion study illustrating one complete load/unload cycle.

@ssldevmaster

Hi, I can easily DO your work IN 24 HOURS, DM me now to get started, PRICE NEGOTIABLE 100% Work satisfaction is provided

@Hemantt841

With over 15 years of experience in mechanical design and automation, I have successfully completed more than 200 projects for a diverse range of clients, from startups to large enterprises. My expertise spans across CAD/CAM, robotics, and manufacturing design, allowing me to deliver effective solutions that enhance productivity and efficiency. For this project, my background in SolidWorks and 3D modeling, combined with in-depth knowledge of automation and mechanical engineering principles, will ensure a robust design that meets your requirements. I can develop a conceptual machine that grips, lifts, positions, and releases steel profile sheets with precision, while effectively handling challenges like oily surfaces and varying sheet sizes. My approach will involve creating detailed layout drawings to seamlessly integrate the new system into your existing line. I'll outline a clear design brief that explains the working principles, estimated cycle times, load calculations, and the necessary components. Additionally, I'll generate a short motion study to visualize the entire load/unload cycle, ensuring clarity and alignment with safety norms. Let’s discuss how we can finalize this design concept to elevate your production line’s efficiency.

@habeebopeyemi

Hello, I can help bring your professional-development program into the metaverse by designing a fully functional 3D school in Spatial.io. I’ll model your floor plan and key areas, optimize assets as lightweight GLB files, and publish the space to your Spatial workspace, ensuring smooth performance for 30+ users on desktop, mobile, and VR. Deliverables include: Fully modeled, textured, and lit virtual school Optimized GLB assets and source files (Blender/Unity) Step-by-step documentation and live walk-through I have experience building interactive training environments in Spatial and can share portfolio examples upon request. I’m ready to start and guide you through updates, signage, and scene management. Looking forward to working with you.

@rishangb3

Hi, This is exactly the kind of problem I enjoy solving practical engineering focused on real productivity gains. I can develop a clean, cycle-time-optimized pick-and-drop concept tailored specifically to your unloading stages. My approach would be to first map the current takt time and constraints of your line, then design a gantry or linear pick-and-place system that minimizes travel distance, optimizes acceleration profiles, and ensures repeatable placement accuracy. For gripping, I’d evaluate vacuum (with oil-resistant cups and redundancy), magnetic heads, and mechanical clamps based on surface condition, sheet variability, and reliability under 35 kg loads. The final concept will prioritize speed without sacrificing robustness or safety. You’ll receive: Clear 2D/3D layout drawings integrated with your existing line footprint A concise design brief with working principle, load estimates, and cycle-time calculations (targeting 20%+ improvement) Native CAD files (SolidWorks/STEP/PDF) A short motion study showing one complete load/unload cycle I work in a structured milestone format: Requirement validation & constraints review Concept alternatives + selection Detailed layout & calculations Motion study + final package delivery If needed, I can also share examples of similar automation concepts and mechanical system designs I’ve worked on. If you’re ready to move quickly, I can start immediately. Looking forward to discussing your line in more detail.