Functional Mechanical Prototype Build

$3000-5000 USD

Ditutup

Disiarkan 17 hari yang lalu

$3000-5000 USD

Dibayar semasa penghantaran

I need a hands-on partner to turn my concept into a tangible, working prototype. The job is strictly physical—no digital mock-ups—because the whole point is to test real-world functionality. At this stage I only care about how the mechanism moves, aligns, and withstands repeated actuation, so your focus will be on clean, reliable mechanical movements rather than appearance. Here’s the flow I have in mind: once I share the CAD files and basic bill of materials, you’ll review them, suggest any quick manufacturability tweaks, then machine or 3-D print the parts, assemble, and run a limited cycle test. I’d like short video clips of each motion path and a written note of any binding, tolerance issues, or unexpected wear you observe. If a revision is needed, we can iterate, but the first build should already be robust enough for functional testing. Deliverables • Fully assembled physical prototype, ready for shipment • Two short test videos highlighting each mechanical movement • Brief test report outlining fit, smoothness, and any failure points Acceptance criteria – All intended movements operate smoothly without manual adjustment – No critical fastener loosening or fracture after a minimum 25-cycle bench test – Dimensions stay within ±0.2 mm of the CAD specification in key joints If you have an in-house lathe, mill, or reliable additive setup and enjoy solving practical mechanical challenges, I’m eager to collaborate and get this prototype moving.

Mechanical Engineering

ID Projek: 40323711

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18 cadangan

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Aktif 16 hari yang lalu

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18 pekerja bebas membida secara purata $4,481 USD untuk pekerjaan ini

@Ryan15222

Hi, This is exactly the kind of hands-on, build-and-test mechanical work I enjoy—focused on real movement, real tolerances, and real-world performance rather than just CAD. I can act as your prototype partner, taking your existing CAD and BOM through a rapid review → fabrication → assembly → test cycle, with a strong focus on reliability from the first build. How I will approach your project: • Design review (DFM/DFA): quick adjustments to tolerances, fits, fastening strategy, and wear points to ensure the first build is functional and robust • Fabrication: combination of precision 3D printing + machined components where needed (shafts, interfaces, high-wear areas) • Assembly: proper alignment, fastening (thread-locking where required), and repeatable setup • Cycle testing: minimum 25 cycles (or more if needed), observing motion paths, friction points, backlash, and wear What you will receive: • Fully assembled, working prototype ready for shipment • Two short test videos showing each movement path clearly • A concise test report covering: – Fit and tolerances (critical joints checked against ±0.2 mm target) – Smoothness of motion and alignment behavior – Any binding, play, or wear observed – Recommendations for iteration (if needed) I have access to reliable additive manufacturing and machining support, and I focus on practical mechanical solutions—proper clearances, material pairing, and fastening methods that hold up under repeated actuation.

$5,000 USD dalam 25 hari

4.9

(39 ulasan)

6.4

@Ekarthaan

Hi Isaiah A., Just last week I completed a similar task successfully, so I can get started on this without any ramp-up time. Two questions: 1) What peak loads/torques, actuation speed, and environment (temperature, debris, lubrication) should the mechanism withstand so I can lock materials, bearings, and stock/print parameters? 2) Which datums and joints must hold the ±0.2 mm after assembly, and what fit/clearance class do you expect for shafts/pins/bushings (e.g., H7/g6, press, or slip)? Suggestions: 1) Use reamed pivot bores + dowel pins, dry‑lube bushings, and shoulder screws; apply medium threadlocker and torque‑striping to prevent loosening. 2) Add adjustability at alignment‑critical interfaces via shim packs or slots to tune clearance/parallelism without re‑machining, improving reliability and easing low‑volume builds. Action Plan: - Phase 1 DFM: Review CAD/BOM, stack‑ups, and test protocol; return redlines in 24–48 h. - Phase 2 Fab: Source stock/fasteners; machine critical parts, print non‑structural; gauge key dims. - Phase 3 Assembly: Dry‑fit, set clearances, apply threadlocker/lube. - Phase 4 Test: 25+ cycles at target load; record two motion videos; log binding/wear/drift. - Phase 5 Deliver: Ship assembled unit + brief report with measurements and revision options. Best Regards, Sid

$5,000 USD dalam 5 hari

4.6

(8 ulasan)

6.5

@ZlenderShop

With my extensive background in 3D studio work and game development, I can apply similar skills to the tangible and functional needs of your mechanical prototype. Though my focus tends to be on aesthetics, storytelling, and virtual realms, I recognize the importance of transforming ideas into practical and reliable realities i.e. your prototype. I understand that our roles must flip in this project from digital rendering to hands-on construction to ensure the reliability, alignment, and functionality of the prototype. In terms of manufacturing, I not only have experience with machining and 3D printing but also have access to an in-house full range setup including a lathe, mill, and other necessary tools for accurate execution. This means we can rapidly create and refine parts addressing any potential manufacturability concerns without additional outsourcing delays. Lastly, I value timely communication with my clients as it is key to ensuring we meet deadlines and expectations within each project phase. Let us finesse your physical prototype in the same way we do with our creative animations; through a meticulous design process ensuring no deviations from CAD specifications within ±0.2mm at key joints while maintaining smooth operations. It would be a real privilege to collaborate on this practical mechanical challenge with you!

$3,000 USD dalam 4 hari

5.0

(7 ulasan)

5.6

@awaisshehaz

I will design a functional mechanical prototype with accurate geometry and well-structured assembly. At the end, I will deliver detailed 3D models and drawings suitable for prototyping and testing. Freelancer profile: www.freelancer.com/u/awaisshehaz

$3,000 USD dalam 2 hari

4.9

(31 ulasan)

5.3

@Specgi

With a robust background in mechanical engineering and prototyping, I am aptly positioned to bring your concept to life in the form of a functional prototype. My skill set includes 3D printing, CAD/CAM, and mechanical design, which perfectly aligns with your project's needs. By providing manufacturability suggestions and ensuring clean, reliable mechanical movements, I can help you achieve a tangible prototype that truly tests real-world functionality. My experience in assembling and testing mechanical prototypes makes me well-suited for your project. I understand the importance of documenting every detail, from motion paths to unexpected wear and tolerances. By providing you with comprehensive short video clips, written notes, and a test report, you'll have full visibility into the prototype's performance. If iterations are necessary, they will be handled promptly until we achieve a robust enough build that withstands your 25-cycle bench test without any critical issues.

$3,000 USD dalam 7 hari