Experienced Sheet-Metal Fabrication Designer Needed

@Calixdesign

Hello, I am a mechanical engineer with 18 years of experience in product snd automation machine design. I am familiar with CAD (Solidworks) design as well as sheet metal fabrication process. I have designed various parts in the automation machine by sheet metal. Please feel free to contact me for further discussion. Thanks.

@valentinbudeanu

Hi there, I can turn your concepts into production-ready sheet-metal assemblies. I’ll build the parts and weldments in SolidWorks with a clean model tree. I'll prepare flat patterns and DXFs for accurate laser cutting. Drawings will include bends, weld symbols, tolerances, cut lists, and BOM. Gussets, plate, and tube details will be developed for practical fabrication. We will consider the assembly order to reduce jigging and shop-floor effort. GD&T can be applied where critical fits and interfaces require control. Models will stay organized for efficient revisions and configuration changes. Best regards, Valentin

@mudassar49

Hi, I possess the skills to tackle every aspect of your sheet-metal fabrication project. Through my extensive experience in 3D modeling, particularly using Solidworks, I have consistently delivered highly detailed and precise designs for a range of purposes, including sheet-metal parts and assemblies for industrial equipment. One factor that sets me apart is my focus on the end-user's needs, which aligns with your project's aim of creating gear that rolls straight from drawing to production without surprises. My ability to convert sketches into fully detailed 3D models will enable me to meet your requirements for efficient nesting and flat-pattern accuracy for laser cutting, weldments and gussets sized correctly for mild-steel plate and tube, easy assembly sequence minimizing jig time, as well as calling out critical tolerances and applying GD&T where needed. Furthermore, your iterative process aligns with my workflow style. I understand the importance of an organized model tree that allows for configurability while still maintaining high precision. With a keen eye for identifying even the smallest detail and making necessary tweaks accordingly, I assure you of a collaborative journey where we bring your material-handling concepts - accurately - to life. Looking forward to contributing my expertise to your project!

@ENG1mga

Hello, I am a Mechanical Design Engineer with extensive experience developing products from concept through manufacturing. My background includes robotics, automation systems, lifting mechanisms, consumer products, machine design, structural analysis, and prototype development. Previous projects include robotic arms, delivery robots, automated machinery, lifting systems, drone mechanisms, wearable devices, vehicle accessories, medical devices, and custom electromechanical products. I can support your project with: ✓ Concept development and mechanism design ✓ 3D CAD modeling (SolidWorks / Fusion 360) ✓ Manufacturing drawings and documentation ✓ Design for Manufacturing (DFM) ✓ FEA simulation and validation (ANSYS / COMSOL) ✓ Prototype preparation for CNC machining and 3D printing I also operate with manufacturing support capabilities for CNC machining and 3D printing, allowing designs to be developed with practical production constraints in mind. Please send the project details and I can review feasibility, expected challenges, and the best development approach before we begin. Portfolio and reviews: http://www.freelancer.com/u/ENG1mga Best regards, Mahmoud

@Ryan15222

Hi, I’m an experienced Mechanical Design Engineer specializing in steel fabrication, sheet-metal design, weldments, and manufacturing-ready documentation. I can take your sketches and verbal requirements and turn them into robust, shop-ready parts and assemblies designed for repetitive industrial use. My approach focuses on practical fabrication: accurate laser-cut flat patterns, efficient material usage, properly sized mild-steel plates/tubes, gussets and weldments, and assembly sequences that minimize jig and shop-floor time. I will also provide clear fabrication drawings with bend information, weld symbols, cut lists, BOMs, critical tolerances, and GD&T where required. I primarily use SolidWorks, including Sheet Metal, Weldments, Configurations, and detailed drawing tools. I maintain a clean, organized model tree and parametric structure so approved designs can be modified quickly during iterative development. I have worked on mechanical equipment, industrial structures, fabricated assemblies, material-handling systems, and production-focused products, with strong attention to DFM and real-world manufacturing constraints. My goal is simple: deliver designs that move directly from CAD and drawings to fabrication with minimal surprises. I’d be happy to review your initial sketches/specifications and propose the most efficient design approach. Best regards,

@gzarali

Hi, I reviewed your project requirements and I can help you develop a practical, production-ready solution—not just a visually complete CAD model. I’m a mechanical engineer with 13+ years of experience in product design, mechanical systems, CAD development, engineering analysis, and multidisciplinary coordination. Depending on the project, I can support concept development, detailed 3D modelling, assemblies, manufacturing drawings, BOMs, technical calculations, simulations, and fabrication-ready files. My focus is always on clear drawings, realistic detailing, manufacturability, and fast communication throughout the project. I work mainly with SolidWorks, AutoCAD, ANSYS, Revit, Fusion 360, and related engineering tools. You can review similar design and engineering work in my profile. Once I see the available drawings, dimensions, and expected deliverables, I can suggest the most efficient way to proceed. Best regards, Gökay Zaralı

@CreativeDesign50

Hello, I design sheet-metal equipment for manufacturing floors, turning sketches and verbal specs into robust 3D assemblies, fabrication drawings, and production-ready documentation. My focus is on practical steel-fabrication details: clean flat patterns, accurate bend lines, weld symbols, gussets, cut lists, BOMs, and tolerances that support repeated daily use and smooth integration with conveyors, guards, and support frames. I’ll build the model with an organised feature tree for easy revisions, then verify manufacturability, nesting efficiency, and assembly sequence to reduce jig time. I use SolidWorks for this type of work and can deliver native CAD files plus PDF drawings, DXF flat patterns, and STEP files if needed. Have you already chosen the preferred CAD standard for your shop? Please have a look at our Freelancer portfolio through the links given below. https://www.freelancer.com/u/CreativeDesign50 Best regards Kirandeep K.

@awaisshehaz

As an experienced CAD designer specializing in 3D modeling and technical design, I possess the comprehensive skill set necessary to transform your material-handling concepts into shop-ready sheet-metal parts and assemblies. Given my expertise in product design and my meticulous attention to detail, I assure you that my work will meet your requirements for efficiency in nesting, accuracy in flat-patterns, correct sizing of weldments and gussets, and clean integration with existing conveyors, guards, and support frames.

@biribonwajudith

This is exactly the kind of project I enjoy most. Real industrial equipment, real fabrication methodology, and a client who understands that the drawing package is what makes the difference between a smooth production run and a shop floor nightmare. I have designed material handling equipment before, including conveyor support frames, guard panels, and custom transfer stations for manufacturing lines. The key lesson I learned was that weld sequence matters as much as weld size. A well designed assembly can be clamped and welded in under an hour. A poorly designed one needs fixtures and rework. For your project, I would use Solidworks 2025 with sheet metal and weldments add ins. I will model every part with bend allowances calculated for your specific material thickness and tooling. Flat patterns will be nested efficiently for laser cutting, and every weldment will have gussets sized correctly for mild steel plate and tube. I will deliver full 3D assemblies, individual part files, flat patterns in DXF, fabrication drawings with bend lines and weld symbols, cut lists, and a BOM. The model tree will be organized and parametric so you can make iterative tweaks without rebuilding everything. I can start immediately and am available for video calls to review sketches and specs. I can also send examples of similar industrial equipment I have designed. Let me know when you are ready to begin.

@CHIRAG1190

With my decade of experience as a Mechanical Engineer specializing in Product Design and Development, I am well-placed to handle your sheet-metal fabrication project. Proficiency on leading CAD platforms like Solidworks, Creo, AutoCAD, Autodesk Inventor ensures that I can transform your material-handling concepts into shop-ready sheet-metal parts and assemblies with utmost accuracy. To ensure the design stands up to repetitive daily use and integrates seamlessly with your existing apparatuses, I will take into account every aspect of fabrication drawing including bend lines, weld symbols, cut lists, and BOM. What distinguishes me further is incorporating critical tolerances and GD&T where needed – validating even the smallest of details for efficient nesting & bending. Moreover, my past projects have necessitated easy assembly sequences, which led me to develop an eye for minimized jig time on the floor; an element that I intend to bring to our collaboration. My organized model tree has helped me finalize designs effectively even under iterative tweak circumstances. Choosing me for this project signifies choosing a strong background in Sheet-Metal Fabrication combined with commitment to quality and effective contribution.

@mahmoudralizadeh

I can turn your material-handling concepts into fabrication-ready sheet-metal parts and assemblies, with the design focused on manufacturability, durability, and efficient shop-floor assembly. I work with SolidWorks for 3D sheet-metal modeling, weldments, flat patterns, bend allowances, laser-cut profiles, fabrication drawings, BOMs, and detailed manufacturing documentation. I can build the models from sketches and verbal specifications while keeping the feature tree organized and the design easy to modify as the project evolves. For steel fabrication, I can account for practical bend conditions, gussets, weld joints, tolerances, assembly sequence, and laser-cutting requirements so the final documentation can be used directly by the fabrication team. My background in Mechanical Engineering and hands-on SolidWorks experience is well suited to industrial equipment and material-handling applications. I’m ready to review your sketches and specifications and develop the first unit through a complete production-ready drawing package.

@sharmagaurav1022

Hi there ! Being a seasoned mechanical design engineer and product designer, I possess the exact expertise required for your sheet-metal fabrication project. Throughout my career, I have successfully translated concepts into tangible designs like the material-handling equipment you require. My robust knowledge of sheet-metal fabrication, coupled with my proficiency in mechanical engineering ensures that all components are fabricated to withstand repetitive daily use and integrate seamlessly with existing structures. Efficient nesting and flat-pattern accuracy are second nature to me; I've always ensured precise measurements for laser cutting. Additionally, my competency in sizing weldments and gussets correctly, as per mild-steel plate and tube specifications, will contribute to producing high-quality deliverables for you. On the CAD platform, I adeptly work with SolidWorks facilitating not only detailed 3D models but also clear fabrication drawings inclusive of key elements like bend lines, weld symbols, cut lists, and BOMs for your convenience. So let's collaborate on this venture to create gear straight from our drawing board to full-fledged production, without encountering any untoward surprises along the way. With a flexible workload of around 4-6 hours per week, I assure you that your project will receive meticulous attention while adhering to your deadlines. Thanks & regards Gaurav Sharma....

@dheerajkr52

As a seasoned Mechanical Engineer with over 14 years of experience specializing in design and fabrication, I believe I am the perfect match for this project. I have honed my skills in CAD and material fabrication design through numerous completed projects. I will turn your sketches and verbal specifications into meticulous and detailed 3D models, accompanied by fabrication drawings that incorporate all the necessary elements for efficient nesting, accurate weldments, easy assembly, and optimal tolerance allocation. I am a firm believer in the value of a well-structured model tree and configurability to enable smooth iterative changes – something that's crucial for this project. My clients' satisfaction is my ultimate goal, evidenced by quick and satisfactory work reflected in positive reviews on my profile. I am adept at working with SOLIDWORKS and AUTOCAD - platforms that will no doubt ensure high-quality and organized outputs. Above all, my broad-based engineering experience which includes Manufacturing Engineer, Materials Engineer, Welding Engineer, among others would prove invaluable to this work. Having dabbled significantly in technical design including assembly instructions, repair manuals, replacement part catalogs; Your technical industrial equipment project is right up my alley! Juggling multiple hats as Freelancer also implies I understand the importance of personal organization to meet agreed

@mobasherreza10

As a passionate and experienced mechanical engineer, my goal is to turn your concepts into shop-ready sheet-metal parts and assemblies. I have gained significant proficiency in sheet-metal fabrication over the years, and my specific skill set aligns beautifully with your requirements. I am proficient in 3D design, drafting, and modeling and confident in my ability to seamlessly integrate your industrial equipment designs with existing conveyors, guards, and support frames. My approach prioritizes precision and detail-orientation, ensuring that everything I model stands up to repetitive daily use while adhering to all critical tolerances. For laser cutting work like this, I prioritize efficient nesting and maintain flat-pattern accuracy - qualities that would be a significant asset for your project as well.

@zainurrehman7384

I am a design Engineer focused on 3D & 2D modeling, Simulation, Technical Report writing and Stress analysis. Having good skills in mechanical design with software like (SOLIDWORKS, FUSION 360, AUTOCAD, ANSYS & ABAQUS). I can handle your project with precision and excellence. I can assure you that I will bring my expertise and dedication to deliver the project on time and to the highest standard quality. With my passion for engineering and problem-solving skills, I am confident that I can provide the results you are looking for. let's talk! We'll start by going over the details of your project.

@malaikaperwaiz

As a seasoned 3D designer with an affinity for steel and metal fabrication, I'm confident that my skills and experience align perfectly with your project. Over the years, I have had the privilege of working on similar projects with exacting requirements, designing and producing high-quality industrial equipment capable of withstanding repetitive, high-intensity usage. My specialty in your preferred CAD platform ensures that my work can be easily integrated into the existing infrastructure while also accommodating future tweaks, if required. You stated important evaluation metrics such as efficient nesting and flat-pattern accuracy for laser cutting, properly sized weldments and gussets for mild-steel plates, seamless assembly sequence, and critical tolerance call-outs—these are all areas I excel at. My expertise enables me to create organized model trees that lend configurability to your design process and lead to reduced jig time on the shop floor. It's worth mentioning that my strong communication skills, inherent attention to detail, and meticulous approach to data analysis would ensure accurate bending lines, weld symbols, cut lists, BOMs and optimum application of GD&T.

@mathiass27

Hello, I’d be glad to turn your material-handling concepts into production-ready sheet-metal parts and assemblies. I understand that this requires more than attractive 3D modeling—the design must be practical to fabricate, weld, assemble, and repeatedly operate on a manufacturing floor. I can develop detailed 3D models from sketches and specifications, followed by fabrication drawings with bend lines, weld symbols, BOMs, cut lists, tolerances, and required GD&T. I’ll pay particular attention to accurate flat patterns, efficient laser-cutting layouts, gussets, weldments, and assembly sequencing to reduce shop-floor jig time. I can also maintain a clean, configurable model structure for subsequent revisions. I’m comfortable working in SolidWorks and can provide a production-focused workflow from concept through fabrication documentation. I’d be happy to share relevant material-handling and industrial equipment examples. Thanks Mathias