Warehouse bag-handling Robot system Design & BOM

@azraazeen9

Hello, i am ready exited to work you as i read your job description I am also an expert in making 2d,3d modelling and animating characters 2dautocad drawing ,elevation, solid work, Revit ,FBX ,Unity, Render also interior and exterior design. I have experience in field of more than 10+ years. I can Create Intro and Explainer Videos. for products and companies. Kindly check My Portfolio as well. Hope for your very soon reply. Thank you

@ramantoor5

Hello, I've got a solid plan to create a pick-and-place robot system for your warehouse operation that will handle plastic bags on pallets efficiently. I've done this before for a client, and it worked like a charm. My questions for you: 1. How flexible are you with the weight and size of the bags? 2. Are there any specific safety requirements we need to consider? Looking forward to hearing from you. Best regards, Ramandeep K.

@gzarali

Hi, I’m a multidisciplinary engineer focused on design + analysis, delivering production ready CAD and simulation-backed solutions. I work across mechanical and architectural scopes, with clear drawings, practical detailing, and fast communication. Feel free to check my profile for similar projects ,happy to review your scope and suggest the best next steps. G. Zaralı

@rashidamjad

As an experienced mechanical engineer with a deep understanding of PLC & SCADA systems and a knack for product design, I am highly confident that my team at Rashid Tech Solutions can deliver exactly what you're looking for in your warehouse bag-handling robot system. Our extensive background in building and implementing automation solutions, coupled with our proficiency in Mechanical CAD/CAM & CNC (SolidWorks, Fusion 360, AutoCAD), is sure to enable us to decipher the complexities of your project. Our track record of working with cutting-edge technologies including Robotics & IoT (Arduino, Raspberry Pi, ARM) suggests that we are well-equipped to handle the challenges inherent in designing autonomous, efficient, and safe robots capable of handling 20-30 kg plastic bags in your unique setting. We have deep understanding of Open Source Robotics (ROS) and such as Open Source Digital Twin repositories from GitHub that you indicated. In addition to delivering comprehensive 3D mechanical design files (SolidWorks or comparable), motion, timing and load calculations, control-system layout and a fully itemized BOM as requested, we also specialize in conducting thorough application specific simulations to verify the viability and efficiency of our designs. This will be crucial as we work towards ensuring every part of our machinery is weighed to maximize performance whilst guaranteeing safety across your warehouse space.

@cesur135

As a seasoned robotics engineer, I am confident in my ability to take your concept and create a comprehensive build-ready package that meets all your requirements. With years of experience working on industrial automation projects, including waste and water treatment plants, I've honed my skills in kinematics, actuators sizing, control architecture, and safety guarding — all of which are crucial to bringing your pick-and-place robot system to life. One notable example is my work with Siemens TIA Portal program, where I wrote system software in accordance with automation scenarios. I also have ample experience using PLC programs such as ABB and Delta to control various equipment in factories. These skills make me particularly adept at tackling the control-system layout for your project, and integrating sensor lists as per your requirements. Additionally, my experience extends to designing ventilation systems based on environmental factors - similar to how you're looking for an efficient pattern for loading bags into trailers. In terms of project management, I'm effective at creating informative reports — something that I believe will become highly relevant when providing timeline assessments and costing details in the BOM. Given the complexity of your project, these skills will ensure a seamless collaborative process from start to finish.

@anjalio22

I’m very interested in taking responsibility for your complete warehouse bag-handling robot system. I can develop the concept into a build-ready package covering AMR pallet handling, mobile truck-loading robot, gripper, kinematics, actuator sizing, controls architecture, safety, BOM, fabrication drawings, and digital-twin simulation. I will evaluate and select the most suitable configuration—articulated, gantry, SCARA, or hybrid—based on 30 kg+ payload, ±25% load variation, reach, cycle time, trailer access, pallet flow, and overall throughput. The design will include SolidWorks 3D models, load/motion calculations, servo and sensor selection, PLC/ROS architecture with I/O mapping, guarding, detailed BOM with manufacturer P/Ns, and assembly/exploded drawings. I can also create a simulation/digital twin to validate the complete pick-to-place workflow and optimize the quantity and timing of both robot units. My questions: What are the exact bag dimensions and maximum 25% variation? What is the required target cycle time per bag? What is the maximum truck loading time or bags/hour target? What are the maximum pallet/AMR dimensions and available aisle widths? Do you have preferred robot/servo/AMR manufacturers? Please share the full reference videos/files and any available plant layout. I accept your stated terms and am serious about delivering this project professionally.

@Dikshalikha

Hi, I can help design your warehouse bag-handling robot system with a strong focus on **mechanical reliability, automation, and practical material handling**. I can develop the robot structure, bag-handling mechanism, conveyors/interfaces, mounting points, and overall system layout while considering payload, movement, safety, and manufacturability. I can also prepare a detailed **BOM with components, materials, quantities, and specifications**, supported by accurate 3D CAD and technical drawings for fabrication and assembly. You’ll receive organized, production-ready design documentation and editable CAD files, with revisions to ensure the system meets your requirements. Looking forward to working with you!

@abdulmannann1

Hello, With over eight years of solid experience in the field of mechanical engineering and 3D modelling, I can confidently say that I have what it takes to turn your concept into a highly efficient and build-ready robotic system. My proficiency with software like SolidWorks and Fusion 360 is crucial for this project as they enable me to provide you with comprehensive 3D design files and assembly drawings to suit your fabrication needs. Additionally, I understand the importance of automated systems for industrial operations such as yours. I've delivered similar heavy-duty pick-and-place projects in the past, making me familiar with the complexities and challenges that may arise during implementation and exquisitely adept at addressing them. Furthermore, my commitment to client satisfaction is absolute. I'll dedicate myself fully to ensuring no damage occurs to the bags during the operation of your robots, an aspect that's understandably paramount to you. Ultimately, I intend to exceed your expectations by delivering a cutting-edge, reliable, and precise robotic system that improves efficiency, saves time, and reduces human error. Thanks!

@Shahabijan

Hello, I’m an experienced robotics and automation engineer with expertise in robot kinematics, PLC/ROS integration, motion control, CAD, and system simulation. I can develop the complete AMR + truck-loading robot concept, including payload/reach calculations, gripper design, actuator selection, safety, and cycle-time optimization. I will provide fabrication-ready 3D CAD, assembly drawings, BOM, control architecture, I/O mapping, and digital-twin simulation. I will optimize the system for ≥30 kg payloads, minimal bag damage, efficient trailer loading, and operation of 3 robots plus 2 spares per unit type. I can also evaluate articulated, SCARA, and gantry configurations and recommend the most practical solution based on performance and cost. I’m ready to discuss the technical requirements and provide a detailed execution plan, timeline, and cost.

@christech1117

Hi, "Warehouse bag-handling Robot system Design & BOM" looks like exactly what I do. I'm a senior engineer (11+ yrs) specialized in AI chatbots & agents (LLM integration, WhatsApp/Telegram/Discord, natural conversation flows) — exactly what this needs. I've shipped my own products end to end and focus on reliable, maintainable delivery. How I'd approach it: 1) Quick chat to lock the exact scope and edge cases 2) Build in small, testable steps so you see progress early 3) Clean handover with docs I'm available to start now and I keep clients updated via chat. Let me know your questions. Best, Chris

@rfandelectronics

With my profound background as a Mechanical Design Engineer and proven expertise in 3D CAD modeling along with a focus on product development and design for manufacturing (DFM), I am confident in my ability to turn your concept into a highly efficient reality. I have an unwavering commitment to delivering nothing but the highest standards and to meet your exact specifications. Having previously delivered on similar heavy-duty pick-and-place projects, I possess firsthand knowledge of the trade-offs between different configurations - SCARA, articulated, or gantry, and will be able to leverage this deep understanding effectively throughout your project. Furthermore, I am adept in developing intricate control-system layouts that actively integrate PLC/ROS systems, sensor lists, and comprehensive I/O mapping. This ensures not only a fully automated system but also compliance with ISO 10218 safety requirements for maximum safety. Ultimately, my goal aligns perfectly with your project needs: to transform engineering requirements into practical and cost-effective designs that are ready to be manufactured. My commitment is reaffirmed by a track record of designing robustly, ensuring repeatability, and reducing cycle time. Suffice it to say, by entrusting me your project you get not only impeccable mechanical design but also the certainty of no damage to bags during operation - an assurance I take very seriously.

@malaikaperwaiz

As an Analytical Chemist and an adept freelancer, I am highly adaptable and equipped with a fast learning curve to tackle the complexities of this project. I may not have explicit experience in robotic arm design as seen in the example videos, but my proficiency in 3D Modelling and Animation is hard to go unnoticed. Relying on SolidWorks or the likes, I ensure that my designs capture the intricacies involved. My skills in Virtual Assistance as well as Time Management promises you an efficient handling of this project - ensuring quality, creativity and timely delivery. I appreciate your detailed requirements and share your keenness for robust design that complies with ISO 10218 standards. Having done diligent work in fields that demand utmost delicacy and precision, such as Analytical Chemistry, I understand the critical importance of avoiding any damage to your plastic bags during operation. Rest assured, my attention to detail will be indispensable in guaranteeing this. While my background doesn't exactly mirror heavy-duty pick-and-place systems, my strengths, including data analysis and mastery of excel formulas can contribute value by helping you make informed decisions about trade-offs between SCARA, articulated or gantry configurations.

@Hmdlawal

HI, KINDLY READ THROUGH MY PROPOSAL Your key challenge is coordinating pallet AMRs and trailer-side loading robots around 20–30kg bags without damage while maintaining reach, stability, safety and repeatable cycle times. I’m a Robotics/Mechanical Design Engineer with 6 years’ experience, with SolidWorks, kinematics, actuator sizing, grippers, AMR charging, ROS/PLC architecture directly BOMs and digital-twin simulation. I’d compare articulated, gantry and SCARA against reach and trailer clearance, with ISO 10218 safety built in. • What are the bag dimensions and target cycle time? • What are the trailer dimensions and loading pattern? PLEASE INITIATE A CHAT I look forward to working together.

@KasjanovaEste

Hello, i am Fernando, a senior full‑stack developer with extensive robotics and control‑system experience, and i specialize in turning complex automation concepts into production‑ready designs. I see you need a turnkey pick‑and‑place solution that moves heavy plastic‑bag pallets safely, meets ISO‑10218 safety standards, and delivers high‑throughput loading into trailers. A key insight is that using a modular gantry for the AMR combined with a lightweight articulated arm for the trailer reduces cycle time while keeping the payload within the 30 kg limit. My approach starts with detailed kinematic analysis to size actuators and select servos that guarantee the required reach and speed. I will generate a digital twin in SolidWorks that runs load simulations and validates cycle times, then produce a clean control architecture linking PLC I/O to ROS nodes, which simplifies future maintenance and scaling. Recently i delivered a 3‑unit heavy‑load robotic cell for a food‑packing line, where each robot handled 25 kg trays at 1.2 m/s. I performed motion‑profile optimization, created a complete BOM with lead‑time estimates, and provided 3‑D assembly drawings that enabled a smooth hand‑off to the manufacturer.- I look forward to collaborating closely to refine the design and ensure a reliable, safe system that meets your throughput goals. Thanks

@tanyag3218

Hello, I’ve carefully reviewed your requirements for the dual-robot warehouse automation system, including the AMR pallet transport fleet, autonomous truck-loading robot, digital twin validation, ISO 10218 compliance, and the requirement for 3 active units plus 2 spares of each design. I’m a Robotics & Automation Engineer with experience in industrial robot design, AMRs, machine vision, motion control, ROS/PLC integration, digital twins, and heavy-payload material handling systems. I can deliver a complete build-ready package including 3D CAD, kinematic analysis, actuator sizing, safety architecture, BOM, fabrication drawings, charging systems, and throughput simulation. My initial questions: 1. Target bags/hour throughput per loading bay? 2. Typical bag dimensions and material characteristics? 3. Maximum trailer loading time allowed? 4. Existing PLC/HMI platform preference? 5. Preferred AMR payload and navigation technology? I can also evaluate articulated, gantry, and hybrid loading concepts and provide a trade-off study before finalizing the architecture. Let's discuss the operational constraints and performance targets in detail.

@Shannonkb21

We recently helped a client achieve a fully automated warehouse system — and judging by your post, it sounds like we could do the same for you. We've worked on robotic systems for heavy-duty applications and would love to bring that experience to your project. From your post, it sounds like you're looking for something seamless, specifically around designing an advanced pick-and-place robot system. We specialize in robotics engineering, kinematics, and controls architecture, and we have 75+ 5-star reviews on similar projects and rank in the top 1% among 75 million users! Our portfolio includes successful deployments of automated handling systems, ensuring no damage to products during operation. I would love to help you with your project! The worst that can happen is you walk away with a free consultation. Regards, Shannonkb21.

@mikes126

Hi there , let's have short meeting if you wanna discuss your warehouse robot system. I will deliver complete 3D mechanical designs for your AMR pallet robot and loading arm. You will get motion calculations load analysis and control system layout with I/O mapping. I will provide a fully itemized BOM with part numbers lead times and indicative costs. Assembly drawings and exploded views will be ready for fabrication and quick assembly. A basic digital twin simulation will prove the concept and throughput for your team. The design covers three units of each robot type plus two spares as you requested. I have experience with heavy duty pick and place systems and can share past work samples. I will submit all design files source codes and documentation before any payment release. Budget : $1200 USD Timeline : 45 days

@Aaleen110

The real job here is the autonomous bag removal and pallet destabilization before robot arm pickup for the first unit. I would design the first unit to use a vision system, likely a Cognex or Keyence model, to identify the plastic wrap boundaries on the pallet, so a collaborative robot arm, perhaps an UR10, can precisely cut and pull the wrap away using a custom end-of-arm tool. This arm also needs to reach down to the first bag layer. For the second unit, it needs to pick a single bag from the pallet and place it into a truck trailer efficiently, so I'd look at a larger payload robot like an ABB IRB 6700 or a Kuka Quantec. The placement pattern will be managed by the robot controller's path planning software, aiming for maximum density. I would build the pallet wrapping removal system first, because if that doesn't work reliably, the entire pickup for the first robot unit is impossible so the rest of the system cannot proceed. Also, the drone integration for wrap removal is a clear optional add-on to the primary requirement. What is the average cycle time for pallet delivery to the loading station for unit 1? Preferred Freelancer here, and I have not missed a deadline or gone over an agreed price yet. In the first day or two, I'd have the 3D model of the robot work cell for unit 1 complete, showing the robot, its end effector, and the pallet staging area, so you can see exactly how the bag handling will start.

@soarlogic182

Hi, I’m a multidisciplinary engineer focused on design + analysis, delivering production ready CAD and simulation-backed solutions. I work across mechanical and architectural scopes, with clear drawings, practical detailing, and fast communication. Feel free to check my profile for similar projects ,happy to review your scope and suggest the best next steps.