Fly Ash Brick Plant AGV

@Mahihassi

As a multidisciplinary engineering team with extensive experience in mechanical design and CAD, MHTechFusion is uniquely equipped to tackle your need for an Automated Guided Vehicle (AGV) in your fly ash brick manufacturing plant. Our team operates at the intersection of mechanical engineering and robotics, employing advanced CAD tools like SolidWorks and Fusion 360 to create reliable, manufacturable, and practical solutions. We are adept at designing complex systems like yours, focusing on functional aspects such as tolerance analysis, mechanical simulations, and design for manufacturing (DFM). With hands-on experience in creating precise assemblies that adhere to tight tolerances, we can ensure smooth movement of your products - a key requirement given your project's need for autonomous brick pick-up and placement. Our robotic solution will not only be inclusive of hardware but also entail a well-integrated software component. We have experience with various robotics technologies from PLC systems to ROS platforms like Arduino and Raspberry Pi. Additionally, our commitment to delivering comprehensive documentation including fully detailed engineering drawings, manufacturing-ready files (STEP, STL, DXF) and clear prototyping and production instructions guarantees a seamless execution.

@hayteekeys

HI, KINDLY READ THROUGH MY PROPOSAL I will deliver a complete custom battery-powered AGV/AMR solution for your fly ash brick plant capable of autonomously picking up steel plates (10-12 bricks), navigating outdoors to the drying yard, placing them in straight rows, and returning for the next cycle with reliable obstacle avoidance in dusty conditions. MY APPROACH ✅ Phase 1: Mechanical gripper/lifting design for plates, navigation system (SLAM + magnetic/optical line guidance hybrid), safety sensors, and core control architecture. ✅ Phase 2: Full integration, autonomous cycle programming, outdoor testing, and optimization for dust, uneven surfaces, and reliable row placement. RELEVANT PROJECTS - Custom AGV/AMR for brick/pallet handling in outdoor industrial environment (plate pickup, autonomous navigation, precise row placement, and return cycle for material handling; successfully deployed) DELIVERABLES - Complete mechanical, electrical, and software design - Functional prototype + final system support - Safety features, battery management, and full documentation QUESTIONS 1. Can you share site layout drawings, dimensions of steel plates, and current cycle time now? 2. Any preferred control platform (ROS2 + Raspberry Pi / PLC-based)? 3. When would you like the Phase 1 concept & technical proposal review? Ready to start immediately.

@geoker6

Hello, I am an Electrical and Automation Engineer with 15+ years of experience in industrial automation, PLC/SCADA systems, motor control, VFDs, electrical design, and commissioning of industrial facilities. Your AGV/AMR project is technically feasible and offers significant potential for improving productivity and reducing manual handling. Based on the requirements, I would recommend a battery-powered vehicle utilizing industrial PLC controls, safety sensors, obstacle detection, and outdoor navigation technologies such as LiDAR and RTK-GPS. My expertise includes automation architecture, control systems, PLC/HMI development, electrical design, industrial communications, and system integration. I can support the project through feasibility assessment, control strategy development, hardware selection, safety integration, and prototype planning. I also have access to industry partners experienced in AGV and material handling solutions. Proposed Budget: INR 300,000 This includes feasibility study, system architecture, automation and control design, technology selection, preliminary BOM, navigation concept, safety concept, and prototype implementation support. I would be pleased to review the site layout, pallet dimensions, payload weight, and operating requirements to develop a practical solution for your facility. Best regards, George Feghaly Electrical & Automation Engineer

@cesur135

Drawing from my rich experience in industrial automation, specifically PLC programming and systems integration, I am the ideal candidate to develop a customized AGV solution for your fly ash brick manufacturing plant. Throughout my career, I have successfully tackled complex projects such as Water Treatment Plant Automation and Ventilation Systems for plants under diverse working conditions. Being adaptable to dusty industrial environments, exterior operation is of paramount consideration in my engineering designs. In terms of technical skills, Siemens TIA Portal and Simatic Manager, ABB PLC programming, Delta PLC programming and more are some I have seamlessly used which align with your project's needs. Regarding suggested technology, I would propose using a combination of ROS (Robot Operating System) and Raspberry Pi which offers flexibility, reliability and battery efficiency suitable for outdoor operations. With my knack for system integrations, expect impeccable performance from this combination. Offering not only design capabilities but also prototype and final implementation support at an estimated cost of $X to be completed within Y timeframe. To provide proof of competence, pictures/videos of past successful automation projects could be shared upon request. Trust my expertise to deliver an automated fly ash brick handling system designed with safety sensors and obstacle avoidance but one that doesn’t compromise productivity or efficiency

@NEHABHAT92

Having worked extensively in the web and mobile development industry, my technical skill set compliments the demands of your project seamlessly. Throughout my 9+ years of professional experience, I have witnessed the transformative power of automation and I firmly believe an AGV solution can revolutionize the efficiency of your brick manufacturing plant. The specific demand for a battery-powered system that can operate in dusty industrial conditions is intriguing for me. My proven expertise in autonomous robotics combined with my familiarity with technologies such as PLC, ROS, Arduino and Raspberry Pi provides me with the knowledge base necessary for this task. Moreover, I have completed similar projects before and I'm confident in my ability to devise a viable solution for you. Keeping in mind your requirements of safety sensors, obstacle avoidance, and integrating complete mechanical, electrical, and software designs into a unified whole; I am excited to offer you not just my design services but also my prototype and final implementation support. If given the chance to work with you, I will provide effective quality work at competitive costs. Thank you for considering me for this opportunity!

@mobasherreza10

Being an engineer with a diverse skill set including automation, I believe I can provide an effective and innovative solution for your fly ash brick plant. My experience in software development and DevOps is highly relevant to designing an Autonomous Mobile Robot (AMR) that can pick up, transport and place the brick plates efficiently and safely. In terms of technology, I suggest using a combination of RASPBERRY PI, Arduino and PLC-based system to ensure smooth operations and battery-powered systems for outdoor usage. Additionally, my proficiency in deploying obstacle avoidance and safety sensors will guarantee worker safety and minimal downtime due to technical issues.