Solidworks Jobs

Ingeniería inversa de casco wearable STL a CAD paramétrico para impresión 3D Somos una empresa de impresión 3D y diseño gráfico. Tenemos un modelo STL de un casco wearable (fursuit head estilo "Synth") adquirido con licencia. Lo imprimimos en PETG pero las piezas presentan problemas de tolerancia y carecen de features para electrónica integrada. Buscamos a alguien que lo reconstruya como modelo CAD paramétrico y lo mejore para que funcione correctamente como producto impreso en 3D. Lo que necesitamos: Convertir el STL a sólido paramétrico (Fusion 360, SolidWorks o de preferencia FreeCAD) Corregir tolerancias de ensamblaje entre piezas para impresión FDM en PETG Agregar bolsillos para insertos M3, cav...

Fabricamos puertas metálicas personalizadas todos los días y necesito plasmar cada pedido en un dibujo CAD claro y completo. Cada semana genero al menos diez órdenes nuevas (a veces proyectos grandes con múltiples unidades) y requiero planos desde cero que indiquen: • Dimensiones exactas de marco, hoja, refuerzos y herrajes • Tipo de material (calibre, acabado, perfiles) claramente rotulado en capas separadas No seguimos un estándar formal como ISO o DIN, así que el formato puede ajustarse a tu flujo de trabajo mientras sea coherente y legible para producción y corte. El archivo maestro lo prefiero en DWG o DXF; si sueles trabajar en AutoCAD, SolidWorks o Inventor, perfecto, mientras el resultado final pueda abrirse y medir...

Busco un diseñador industrial que desarrolle un toldo vertical para uso comercial. El proyecto parte desde cero: necesito que transformes mi idea en un conjunto completo de planos y especificaciones listos para producción. Requisitos clave • Producto: toldo vertical enfocado al sector comercial. • Característica imprescindible: Resistencia a la intemperie; la solución debe soportar lluvia, radiación UV y ráfagas de viento moderadas sin comprometer funcionalidad ni estética. • Diseño: estructura, sistema de enrollado, anclajes y acabados exteriores. • Entregables: – Bocetos conceptuales validados conmigo. – Modelado 3D (SolidWorks, Inventor o similar). – Planos t&eacut...

I want to build a turnkey, fully automated frozen-pizza production line that runs smoothly from flour handling right through to spiral freezing and hand-off to packaging. My bakery already operates several pieces of machinery, yet this project scales things up considerably, so I need a process-engineering partner who can translate bakery know-how into high-volume frozen-food practice. Where I most need your expertise • Dough make-up and continuous sheeting/rolling • Proofing parameters and conveyor design • Precise topping application in sync with line speed, cheese toping and other topings • dough cutting accoridng to size, with (including the Rim Cutter and Rotary Cutter as confirmed). • Oven selection and thermal profile (conveyor, deck, or rotary rack&md...

I’m developing a prototype drinking cup whose body resembles a mushroom and I need production-ready CAD so I can 3-D print and mill short runs. Your job is to turn my sketch ideas into two clean files: an STL for printing tests and a fully editable STP/STEP model for future tooling. Key points you will be working on • The cup is strictly a prototype, so dimensional accuracy and wall-thickness logic for printing matter more than polished rendering. • A single handle is required and I’d like it treated as a customised element—not a generic loop. Feel free to propose shapes that echo the mushroom theme while remaining comfortable to grip. I’ll supply rough proportions, reference images and any measurements you need as soon as we start. I’m happy...

I need a full finite-element simulation of an aluminium expansion joint cover carried out in Autodesk Inventor. My main objective is to see how stresses are distributed through the part once the service loads and boundary supports are applied. I will send you the Inventor 3D model together with load cases and constraints. You will set up the study, solve it, and return both the working Inventor files (.ipt/.iam plus the .results set-up) and a short, illustrated PDF that walks through material definition, mesh strategy, boundary conditions, and the final von Mises stress plots. Highlight any hot spots, quote max/min values, and include brief design-improvement notes if the results suggest them. Acceptance criteria: • Mesh-convergence check included and documented • Critical ...

I’m developing an automatic pet feeder that not only meters out kibble but also keeps drinking water chilled with a Peltier module. I need a complete 3-D CAD package that I can send straight to the printer and later assemble without surprises. Scope – Kibble hopper with an internal mechanism sized for a small 12 V gear-motor (shaft centre and screw/auger or wheel design up to you, provided it meters reliably). – Water reservoir that nests a TEC1-12706 + heatsink/fan and routes water through a 12 V mini submersible pump before it reaches the bowl. Please allow realistic space for wiring, thermal paste, insulation and airflow. – Main body and removable front panel shaped to accept an STC-1000 LED temperature controller, its buttons and probe wiring, all flush-m...

Hi, I am looking for a qualified mechanical or composites engineer to help reverse engineer a 3D scan of a fixed-back carbon-fiber bucket seat and develop a structurally validated, production-ready design. The goal is to create an accurate, editable CAD model and evaluate the seat’s structural strength using appropriate engineering software, such as finite element analysis (FEA), before committing to production tooling. Please provide a proposal covering the following scope of work: Review of the 3D scan data and assessment of its quality, accuracy, and suitability for reverse engineering. Conversion of the scan into clean, editable, parametric 3D CAD geometry. Reconstruction of the seat shell, mounting interfaces, brackets, inserts, and other relevant structural features. Creat...

We are looking for detail-oriented BIM Production Modelers to support ongoing construction and engineering projects involving the conversion of 2D drawings into structured BIM models. This is a production-focused role suited for Civil Engineering, Architecture, or related graduates who are comfortable reading technical drawings and are interested in developing strong BIM modeling skills. Structured training and project-specific workflows will be provided. Prior professional BIM experience is helpful but not required for strong candidates. What You’ll Do Convert CAD drawings, PDFs, and other construction documents into BIM models. Create and modify structural and civil elements based on provided drawings and specifications. Produce project deliverables in formats such as RVT and I...

I’m putting together a complete miniature solar-installation kit so our sales team can drop the parts onto a scale model of a customer’s roof and instantly show panel layouts, inverter placement and battery location. The models must be dead accurate at 1:20 scale and built natively in Fusion 360. You’ll receive full spec sheets for every part—solar panels, hybrid inverters, wall-mounted batteries, roof sheets, rails, tilt brackets, tile brackets and clip-lock brackets. Using those specs, create clean, well-constrained solids that print reliably and slot together just like the real system. What I’m looking for: • Fusion 360 source files plus STEP exports • Geometry and hole patterns matching the supplied specs, simply reduced to 1:20 • Clea...

I’m gearing up to produce a run of thermo-formed packaging trays and need a production-ready aluminum mold modeled from scratch. Because I don’t have any sketches or CAD in place, I’ll rely on you to translate the tray’s functional requirements into a clean, machinable design that a CNC shop can cut directly. What I need you to handle • Develop the complete 3D geometry of the mold body and backing plate, incorporating proper draft angles, vent holes, fillets, and radiused corners suited for thin-gauge sheet forming. • Optimise cavity layout for cycle time and material yield while respecting the limits of my forming equipment (I’ll share platen size, clamping stroke, and sheet thickness once we start). • Provide manufacturable files—...

I have an existing SolidWorks assembly whose enclosure needs a focused waterproofing upgrade so we can confidently meet IP-67/68. The case is already complete, but needs this new revision. Everything else in the model stays untouched. your task is limited to refining seals, joints, and any related features on the housing so water-ingress tests at 1 m / 30 min are passed without compromising the current internal layout. You will receive the native SLDPRT/SLDASM files along with STL references. Update o-ring grooves, gasket seats, screw bosses, and vent details as required, keeping draft angles and tooling considerations intact for injection-moulded plastic. No dimensional shifts to all around enclosure, symbols, PCBs, batteries, or external mounting points are allowed. Deliverables •...

Egy vending automatáról egyszerű, idegen nyelvű műszaki rajzaim vannak, amelyetkel teljes értékű, tiszta CAD-rajzzokká kell alakítani a technikaindokumentációhoz. A célom, hogy a végeredményt PDF-formátumban kapjam meg; ha tudsz DWG vagy DXF kimenetet is adni, az külön előny, de nem elvárás. A feladat pontosan: • Az egyszerű rajzok szövegének lefordítása angolra, majd a teljes dokumentum digitalizálása egy új, áttekinthető CAD-rajzba. • Minden hiányzó méret kiegészítése, hogy a rajz a műszakindokumentációba meggelelő legyen. • Darabjegyzék (BOM) r&e...

Project Short Description: We need an experienced Sheet Metal Design / Mechanical Engineer to design a 3D CAD model and production-ready 2D DXF flat patterns for an industrial machinery enclosure extension. We are expanding the back of a fully-assembled machine to turn it into a single, unified "All-in-One" mobile workstation. Core Requirements & Specifications • Chassis Envelope Dimensions: Height: 1418 mm, Width: 766 mm. • Extension Parameters: 450 mm depth extension added directly to the rear. The width must match the existing 766 mm profile perfectly for a zero-gap, flush appearance. • Unified Heavy-Duty Base: The entire combined unit will sit over a new, single continuous C-channel steel base frame supported by exactly four heavy-duty outer corner caste...

I need a parametric 150 mm cube enclosure modelled in Autodesk Fusion 360 and ready for FDM or SLA printing. It is a proof-of-concept, so dimensional accuracy and print-ready geometry come first. Key features: - Lid: The inside of the top face holds LEDs in a spiral, 10–20 mm apart. Each LED clicks into a shallow seat that holds it without glue, and a channel carries the wiring to an exit hole. There is a centred camera opening of up to Ø40 mm. - Drawer: A pull-out drawer at the bottom slides on rails and has an outside handle. Its front closes flush, with no gaps. - Plate holder: The drawer holds a 10 × 10 cm sample plate with snap-fit clips. - Printability: Every part prints without supports, with walls of at least 1.6 mm and no overhangs steeper than 45°. Delive...

I have a working prototype that now needs a proper mechanical casing so it can move from the bench to real-world use. The enclosure will be 3D-printed in PLA on a standard FDM printer, so the model must respect the usual wall-thickness and overhang limits while still looking clean and professional. Core requirements • The design is strictly a mechanical casing (no electronics layout inside). • Integrate mounting holes for securing the unit to a frame. • Add ventilation slots that balance airflow and strength. • A combination of snap-fit and screw assembly will be designed, to aid with secure installations. I’ll supply rough dimensions, photos of the current rig, and the clearances I already measured; you translate that into a production-ready CAD model. ...

I'm seeking a skilled sheet metal designer to create an electronics enclosure for a consumer product. The enclosure should be made of stainless steel. Key Requirements: - Design for manufacturability and assembly - Ensure durability and aesthetic appeal - Provide detailed CAD drawings and specifications Ideal Skills and Experience: - Expertise in sheet metal design - Proficiency in CAD software - Experience with stainless steel materials - Knowledge of electronics enclosure requirements Please include relevant portfolio work in your bids.

I need a full finite-element structural analysis carried out on a set of steel beams that form part of a larger frame. I will provide the beam geometry, connection details, load cases and boundary conditions; your task is to build an accurate model, run the simulations and translate the results into clear engineering conclusions. The objectives are straightforward: verify stresses, deflections and safety factors under the specified service loads, identify any areas approaching yield, and recommend stiffening or section changes if required. I am open to whichever mainstream solver you prefer—ANSYS, Abaqus, SolidWorks Simulation, etc.—as long as the mesh is properly converged and the material model reflects standard structural-steel properties (E = 200 GPa, fy = 250 MPa unless o...

URGENT DEADLINE: MUST BE DELIVERED IN 12 HOURS - IMMEDIATE START I have attached all the 3D files 1:200 and reference images directly to this project. I need an expert to prepare them urgently for multi-color 3D printing on a Creality K2 Plus printer.

I need someone who can make me this 3D model. wheen can be sustitud for generic hardware sotre wheenls but the adjustable legs and base need to be desing from 0 You would: • Deliver a final, watertight STL Once I run a quick slicer test and confirm there are no errors or red zones, I’ll mark the job complete.

We are seeking an experienced Industrial / Physical Product Designer to help conceptualize, refine, and bring new physical products from initial idea to production-ready design. You will work closely with our team to turn functional requirements into durable, user-centric, and cost-efficient designs ready for commercial manufacturing. Key Responsibilities: Concept & Ideation: Generate multiple design concepts, ergonomic layouts, and sketch iterations based on technical specs and market use-cases. CAD Modeling & Technical Specs: Create detailed 3D CAD models (SolidWorks, Rhino, Fusion 360, or equivalent) and comprehensive 2D manufacturing technical drawings with exact tolerances. DFM (Design for Manufacturing): Select suitable materials (polymers, textiles, metals, composites) a...

I need an experienced lighting product designer who is physically based in Berlin for an in-person consultation about a new line of residential wall lights. The goal of our meeting is to explore practical and aesthetic directions, assess technical feasibility, and map out the early stages of product development. I will bring reference images, a tentative budget, and a list of performance requirements; you will bring your expertise in form-giving, materials, LED integration, and manufacturability. Key discussion points • Intended environment: residential interiors (apartments and small homes) • Fixture type: dedicated wall lights (hard-wired) • Style: still open—I’m happy to hear your take on modern, vintage, minimalist, or a hybrid approach ...

I have a few tool pouch designs I want to combine for a new electrician’s tool pouch and I need them converted into fully-specified technical drawings that a manufacturer can take straight to prototype. Scope • Front, back and side views with exact compartment dimensions • Clear detailing for the belt clip and the adjustable leg strap • Material and stitching recommendations (I’m open to suggestions) • Drawings ready for manufacturing prototype use • Editable AutoCAD (.dwg) files plus print-ready PDFs • Two rounds of revisions included What I’m looking for Ideally you’ve already designed tool bags, workwear accessories or other sewn products and can show comparable projects. Being Australia-based is a plus because it kee...

I have a set of Cation Exchanger Spray bars and their supporting structure that must be drafted in Autodesk Inventor at a production-ready level. Every drawing has to carry full dimensions, feature annotations, GD&T tolerances, and any relevant call-outs so the parts can go straight to fabrication without additional clarification. You will receive my rough sketches and reference photos; your job is to convert them into clean 3D models (.ipt / .iam) and fully detailed 2D drawings (.idw or .dwg). Accuracy is critical—hole patterns, wall thicknesses, and weld prep details all need to match the specs I provide. If you spot manufacturability issues, flag them so we can adjust early. When the final pack is delivered I should be able to open it in Inventor professional 2027, gener...

I am seeking an experienced product designer to create ergonomic and accurate 3D CAD models for "Aftix" protective ear guards, designed for post-operative or athletic use. The deliverables include fully editable source files optimized for wearable fit, universal formats like STEP and IGES for manufacturing, dimensioned 2D technical drawings, and photorealistic concept renders. The goal is to develop production-ready files suitable for prototyping, silicone/plastic injection molding, or 3D printing. Key Deliverables: - Editable 3D CAD models in SolidWorks/Fusion 360/Rhino - Universal formats: STEP, IGES, STL - Dimensioned 2D technical drawings - Photorealistic concept renders Additional Preferences: Materials: Lightweight, medical-grade, and skin-safe flexible polymers/silicone ...

Hello, I want to create a unique ring called “The Werewolf Ring,” made from solid 925 sterling silver with a blackened finish. The ring should have a large, completely round face with a detailed sculpted werewolf head, claw-shaped borders, crescent moons and ancient-style engraved runes. I can provide sketches of the design. Can you create a 3D model and manufacture this ring? Please provide an estimated price, including the 925 silver, sculpting, casting and finishing. Thank you.

I have a 400 mm × 200 mm steel plate with a 70° V-notch (9 mm root radius, 65 mm width) that must safely carry a 40 kN axial tensile load. Your task is to run a full SolidWorks Simulation study that: • Optimises plate thickness so the maximum Von Mises stress stays below 40 MPa, corresponding to a factor of safety of 5. • Runs a basic mesh-convergence comparison (at least three clearly different global element sizes) and summarises stress results versus processing time. • Calculates the maximum allowable point load on the same geometry when the required factor of safety is 4. Deliverables I expect: 1. Native SolidWorks part/assembly and study files plus any result files so I can re-run the cases. 2. A concise Word document report ready to drop into my fin...

I need a production-ready SolidWorks model of an existing rifle, matched dimension-for-dimension to the real firearm. The scope covers every external surface plus all internal components—receiver, bolt assembly, trigger group, magazine well, springs, pins, the works—so that the finished assembly can be used for tolerance checks and future manufacturing drawings. I will supply a full set of high-resolution reference photos taken from multiple angles. If additional data such as technical drawings or laser scans would help refine a tricky feature, let me know and I can explore sourcing them, but photos are what I have on hand at the moment. Please build a clean, fully constrained parametric model in the latest SolidWorks (or a backward-compatible version if you prefer) and maint...

Phase 1 only: 30–60 minute preliminary mechanical review of my patented tripod vehicle jack concept called StepJack. I need a mechanical engineer or prototype engineer to look at one concept image and the written description, then identify the top load-path risks, manufacturability concerns, and next prototype steps. StepJack is a foot-operated 120° three-leg tripod vehicle jack intended to lift one vehicle corner for roadside tire service, similar to an OEM scissor jack, but with less hand cranking and less kneeling. The design includes a true three-leg tripod base, rear leg opposite the foot pedal, Acme screw lift, ratchet-and-pawl foot pedal drive, U-channel pinch-weld saddle, anti-spread struts, and compact central hub. It may also include an optional piston/hydraulic assi...

Take my existing grip case concept (STEP will be shared) and make it injection-moldable: DFM, production CAD, and drawings. 3D printed prototypes early, injection molding long term. This is for Federico (fpereyrai). Deliverables include STL files for printing prototypes. Logo placement and aesthetic details to follow; my CAD concepts are close to the final look. I'd also like you to 3D print prototypes on your end and test them, to make sure they fit the grips well, print cleanly, and the lid/latch mechanisms work.

I have a collection of hand-drawn sketches that detail several sheet-metal parts. I need each sketch translated into a clean, fully dimensioned DWG that can go straight into our fabrication workflow. You will receive high-resolution scans of the original drawings. Your task is to recreate the geometry faithfully, add all given dimensions and bend notes, and organise the file on sensible AutoCAD layers so our shop can isolate contours, bend lines and annotations easily. Because these are sheet-metal components, accuracy is critical: hole diameters, bend radii, and overall flat-pattern sizes must match the sketches exactly. I’ll review every file against the originals, so any dimension that deviates will be sent back for revision. Deliverables: • One DWG file for each sketch, s...

I need mechanical hand sketches and PDFs converted into CAD DWG files. The sketches will include dimensions and piping layout on site. The required level of detail is basic outlines. Ideal Skills and Experience: - Proficiency in CAD software - Experience with mechanical drawings - Attention to detail - Ability to interpret hand sketches and PDFs

Job Title: Technical Textile Engineer / Industrial Pattern Developer – Custom Hardware Enclosure Job Overview: TyQuanNae Ltd Co is seeking an experienced, independent Freelance Textile Engineer / Industrial Pattern Developer to design the proprietary technical fabric components for our Modular Quick-Deployment Enclosure. This product features a custom inflatable pneumatic frame. You will be collaborating directly with our French CAD Engineer to design fabric components that interface seamlessly with a solid mechanical geometry. Core Deliverables: • Develop complete, highly accurate 2D flat-cut textile patterns, layout profiles, and manufacturing-ready nesting strategies based on our frame dimensions. • Engineer designs accommodating harsh weather conditions, including lay...

RC Toy Concept Development:Develop innovative and attractive Remote-Controlled (RC) toy concepts, including RC cars, jeeps, monster trucks, and construction vehicles. 3D Product Design:Create detailed 3D CAD models using SolidWorks, Autodesk Fusion, or similar design software. Mechanical Design: Design the chassis, body, wheels, suspension, steering mechanisms, gears, and other mechanical components. Electronics Integration: Select and integrate motors, batteries, remote controllers, receivers, electronic speed controllers (ESCs), and other necessary electronic components. Industrial Design: Develop attractive, ergonomic, durable, and child-friendly toy designs suitable for commercial manufacturing. Prototype Development: Create prototypes using 3D printing or other suitable methods a...

I need a designer who can take rough concepts or existing sketches of machined components and turn them into two complete deliverables: parametric 3-D models and fully-detailed fabrication drawings. Both items must be production-ready for manufacturing, so clear tolerances, GD&T where sensible, and call-outs for surface finish are essential. You’ll be working in either SolidWorks or Inventor with your own licensed copy; native CAD files plus neutral formats (STEP/IGES) will form part of the hand-over package. I’ll also need PDF drawing sets that any machine shop can pick up without further clarification. Because I occasionally need to walk through fits and assembly issues in person, a Mumbai-based designer is strongly preferred, though I’m open to remote collabo...

I need a clean, production-ready CNC program to machine a welding fixture. The job is strictly CNC programming—no shop time—so I’ll provide the 3D model and any critical dimensions; you’ll translate that into efficient toolpaths that hold tight, repeatable tolerances typical for welding applications. Please generate the program in Mastercam so I can post-process to my Haas controller. The fixture will be cut on a 3-axis mill, but if a short 4th-axis setup would improve accuracy or cycle time I’m open to it. Chip load, step-downs, and coolant strategy should all favor rigidity and surface integrity, as the fixture must remain stable under welding heat. Deliverables: • Mastercam file with documented operations • Verified G-code ready for HAAS (G54 ...

⚠️ This is NOT a design, CAD, CAM programming or 3D printing job. Nothing new is made, modelled or programmed. We only want files that already exist from real production. Start your bid with your shop name, city and machine list (make, model, control). Bids without them will be ignored. What we’re looking for Machine shops (or people with the shop owner’s permission) that have past 3-axis milling jobs programmed in Fusion 360 and machined on their own machines. Everyday mechanical parts are ideal: brackets, plates, housings, fixtures, or your own products. Files from a shop that has since closed or stopped production also qualify, as long as the parts were really machined and you have the right to share the files. For each part, we need the files you already have: 3D mode...

⚠️ This is NOT a design, CAD, CAM programming or 3D printing job. Nothing new is made, modelled or programmed. We only want files that already exist from real production. Start your bid with your shop name, city and machine list (make, model, control). Bids without them will be ignored. What we’re looking for Machine shops (or people with the shop owner’s permission) that have past 3-axis milling jobs programmed in Fusion 360 and machined on their own machines. Everyday mechanical parts are ideal: brackets, plates, housings, fixtures, or your own products. Files from a shop that has since closed or stopped production also qualify, as long as the parts were really machined and you have the right to share the files. For each part, we need the files you already have: 3D mode...

I’m looking for a motivated mechanical engineer or product development specialist interested in partnering on a new product venture. I have a product concept with commercial potential and am looking for someone with the technical skills to help develop the design, build a prototype and bring it to market. I would focus on the business side, including market research, branding, marketing and sales. Ideally, I’m looking for a genuine long-term partnership with the possibility of shared business ownership, rather than simply hiring someone for a one-off job. SKILLS & EXPERIENCE I'M LOOKING FOR: Mechanical engineering and product design CAD modelling and technical drawings Prototyping and product development Mechanical systems and moving components Knowledge of materials...

I’m commissioning a complete digital blueprint for an AI “soul reader” device whose core function is naming the soul of a blueprint person that is born. Unlike conventional wearables that look only at pulse or sleep cycles, this concept revolves around two signature metrics I refer to as the dark matter and the light matter. Think of them as a device that scans the eyes or thumbprint of someone. A complementary data streams that reveal the hidden language or a decryption or the blueprint of an individual. This will be used in hospitals after someone is born. Here’s what I need delivered: • A detailed architecture document (PDF or other easily viewable digital format) that explains every hardware and firmware layer required to sense, process, and display ...

Mechanical 3D CAD Modeling & DFM for Small Consumer/Trade Device Enclosure Project Overview: I am seeking an experienced mechanical or industrial product designer proficient in [SolidWorks / Fusion 360] to create a production-ready 3D CAD model and STEP files for a compact plastic/composite device enclosure and protective guard component. The project requires translating concept sketches and basic dimensional constraints into clean, parametric 3D models optimized for manufacturing (Design for Manufacture / DFM), specifically considering [injection molding / CNC machining]. Key Deliverables: 3D parametric part files (Source files such as ⁠.sldprt⁠ or ⁠.f3d⁠, plus universal CAD formats like ⁠.step⁠ and ⁠.iges⁠). Basic assembly modeling (if multi-part component). Consideration of wall ...

I need a complete set of CAD files for five articulated, life-sized human fingers that will be printed in hollow aluminium with a constant 1 mm wall thickness. Because the design must go straight to prototyping, every segment has to include believable joint geometry (pin, hinge or similar) but I am not chasing photorealistic skin textures—function first, form second. There are no previous sketches or meshes to start from, so the entire kinematic layout, tube routing and clearances will be created from scratch. I expect the model to remain lightweight enough for metal additive-manufacturing constraints while still allowing a full range of finger motion. Deliverables: • Full parametric source files (STEP or native SolidWorks / Fusion 360) • Print-ready STL for each indivi...

I’m preparing a new CNC wood-cutting job and need the production-ready design drawn in AutoCAD. The piece will be routed on my CNC, so every line must translate cleanly into toolpaths—no stray vectors or open contours that could stall the machine. Here’s what I’m expecting: • A tidy, well-layered DWG (or DXF) that I can load directly into my CAM software. • Clear separation between cut-through paths, pockets, and any engraving details so I can assign feeds and speeds without guesswork. • Metric units with the origin set to the stock’s lower-left corner; please keep the file 1:1 scale. I’ll share overall dimensions, material thickness, and any decorative details right after we start. I’m flexible on delivery time, but if you can...

I have a product that is moving from concept into full production and I need an experienced AutoCAD professional to translate my existing sketches and reference models into a complete, manufacturing-ready drawing package. This is strictly mechanical work—no architectural or electrical elements are involved. Your task is to create accurate 2D AutoCAD files that a machine shop can pick up without further clarification. That means correct dimensions, tolerances, call-outs, and any critical GD&T notes that will keep the parts within spec. I’ll supply rough 3D geometry and hand notes; you’ll refine them, flag manufacturability issues, then output clean DWG/DXF files and a PDF set for review. Deliverables • Final AutoCAD DWG & DXF files for every part and assembl...

I need a set of STEP (.stp) files created from my existing Revit models. Only the architectural elements I will specify—not the entire model—have to be extracted and converted, and they should come through at a clean, medium-detail level so they open quickly in Creo while still holding the critical dimensions. I will give you: • The original Revit files (.rvt) • A written list or marked-up views identifying each architectural component that must be exported You will deliver: • Individually named STEP files for every selected part • A brief conversion report confirming that each file opens in Creo without errors and matches the Revit dimensions Accuracy is paramount; the geometry must be dimensionally correct so downstream mechanical work in Creo align...

Hi I will share the details with the shortlisted candidates. thanks

I need a Mechanical Design Engineer specializing in Design for Manufacturing (DFM) for an industrial equipment project. We're currently in the concept development stage and looking to optimize manufacturability. Key Requirements: - Expertise in DFM principles - Experience with industrial equipment design - Strong problem-solving skills - Ability to collaborate on concept development Ideal Skills: - Proficiency in CAD software - Knowledge of material selection and production processes - Background in industrial design or mechanical engineering Please provide a portfolio showcasing relevant projects.

I’m looking for a hands-on CNC professional who can step straight onto the shop floor and keep production moving. Your sole focus will be day-to-day operation of our CNC equipment as we machine metal components—tool changes, part loading, offsets, quality checks, and safe shutdowns at shift’s end. Programming and maintenance are already covered in-house, so you can concentrate fully on running the machine accurately and consistently. You should be comfortable jumping between common shop setups (lathe, mill, or router) as jobs rotate, understand G-code well enough to spot issues before they reach the workpiece, and have an eye for tight tolerances on steel and aluminum. If you deliver clean, repeatable parts and keep scrap to a minimum, we’ll get along great. Let m...

I already have a complete 3D concept for a sealable, fold-up spork, but the hinges I modelled do not survive printing or regular use. I therefore need the hinge area re-worked, with the goal of changing the hinge type altogether rather than simply resizing or moving what is there. But if the change can be made such that they are durable and unbreakble we can work around on it. You will receive my current STEP file and pictures showing where the failure occurs. Your task is to redesign the hinge so the spork still folds neatly into its handle, seals when closed, and prints reliably on common FDM and SLA machines. I am open to any hinge style—snap-fit, pin, flexure, or another creative solution—as long as it meets those functional goals. Timing is critical; I would like a first...

I’m looking for a hands-on CNC professional who can step straight onto the shop floor and keep production moving. Your sole focus will be day-to-day operation of our CNC equipment as we machine metal components—tool changes, part loading, offsets, quality checks, and safe shutdowns at shift’s end. Programming and maintenance are already covered in-house, so you can concentrate fully on running the machine accurately and consistently. You should be comfortable jumping between common shop setups (lathe, mill, or router) as jobs rotate, understand G-code well enough to spot issues before they reach the workpiece, and have an eye for tight tolerances on steel and aluminum. If you deliver clean, repeatable parts and keep scrap to a minimum, we’ll get along great. Let m...