Gnome needed for Garden Device

I have been working on a product that requires 3d design of a skull and butterfly that will be CNC machined, which will require the STEP file format. The skull and butterfly will be housed in a metal and glass bottle. I would also like to have the design for the other component reviewed and recommended changes be made to accommodate the skull.

NXTDMNSN INDUSTRIES 3D PRINTED PRODUCT DESIGN STARTUP + NFT MINTING UTILITY TOKEN --INTRO-- NXTDMNSN is a unique Product Design concept that integrates Blockchain, 3D Printing, Decentralized Product Design, and a unique QR Code + NFC Chip Verification system into a revolutionary NFT Minting Utility for 3D Modeling artists. We are running a 3D Printed utility NFT campaign to raise funds for research and development of the brand and future products. This NFT drop includes some unique features where each buyer will receive a 3D Printed metal object that serves as an Access Pass and ID Verification tool for our Decentralized Management platform. Members can vote for upcoming designs with the included NXDM Tokens and NFT that are permanently linked to the QR+NFC Verification system that we developed. This will be our first run of products and each piece represents an important milestone in Blockchain History: The standardization of NFT's for Products and Retail. Make it timeless! --DESIGN-- COMPLETELY UP TO YOU! WINNING DESIGN WILL BE SELECTED BY NFT OWNERS THROUGH OUR D.A.O. VOTING SYSTEM. WINNERS WILL RECIEVE PRIZE AMOUNT IN NXDM TOKENS AS WELL AS DESIGNER D.A.O. ACCESS FOR ALL FUTURE NXTDMNSN DESIGNS. We are looking for a unique design for a 3D Printed "Access Pass" object. Ideally, it should serve as a "Totem" or small uniquely shaped object that functions as a usable product, as well as a store of wealth. It must be large enough to be commemorative but not so large that it loses functionality or can't be easily batched on the print bed. It can be a Tool, Functional Object, Sculpture, or any form of handheld standalone Object. Some examples include: -DESKTOP SCULPTURE -COIN -RING -KEY -PEN -FIDGET TOY -DICE -JEWELLERY / ACCESORY -KEYCHAIN -WALLET "PEN" CLIP -CARABINER/BUCKLE -CHESS PIECE -ARCHETYPAL HISTORIC TECHNOLOGIES -ANY SMALL FUNCTIONAL OBJECT The "Totem" acts as an access pass using an embedded NTAG 213 NFC Chip and QR. detailed below. --DETAILS-- Design MUST Include: -NXTDMNSN LOGO (SVG attached below) -NFC CHIP INSET [16.5mm x 6mm x 3mm] -QR CODE PLACEHOLDER [16.5mm x 16.5mm] -DESIGN FEATURES UNIQUE TO 3D PRINTING (Parametric, Topology Opt, Infill, etc...) -"NXTDMNSN INDUSTRIES [NXDM_001]" INCORPORATED INTO DESIGN (Inset, Outset, or bounds for Laser Engraving) GOOD LUCK EVERYBODY! LETS MAKE HISTORY!

Project Overview We are seeking an experienced Product Designer / Industrial Designer with expertise in packaging, 3D printing, injection-molded components, and luxury fragrance products to develop an aesthetically distinctive and production-ready perfume bottle cap inspired by mountain landscapes (like Rocky Mountains or Alps). The selected designer will be responsible for creating a single cap design that combines premium visual appeal with manufacturing efficiency, while ensuring cost-effective tooling, optimized production, and reliable functionality. The cap must cover the spray nozzle and integrate seamlessly with the approved bottle and pump assembly. ________________________________________ Scope of Work 1. Concept Development & Industrial Design • Design a single perfume bottle cap inspired by mountain forms and geometry. • Develop a premium square/faceted aesthetic consistent with the provided reference image (attached). • Create a design that conveys elegance, luxury, and the natural inspiration of rugged mountain landscapes. • Ensure the cap functions as a protective cover for the spray nozzle. • Consider ergonomics, ease of handling, and user experience. 2. Technical Design & Engineering • Develop the cap geometry suitable for 3D printing and injection molding and mass production. • Optimize the design for the most cost-effective mold configuration. • Minimize manufacturing complexity while maintaining the desired aesthetic appearance. • Incorporate appropriate draft angles, wall thicknesses, radii, and structural features. • Design and refine the snap-fit interface to achieve secure fitment and consistent user experience. • Evaluate dimensional tolerances required for production. 3. Manufacturing & Mold Feasibility Analysis • Analyze relevant technical and manufacturing aspects, including: o Injection molding feasibility. o Material recommendations. o Shrinkage considerations. o Mold parting line strategy. o Ejection methods. o Surface finishing requirements. o Production efficiency optimization. • Recommend the most suitable mold layout and tooling approach. • Identify potential manufacturing risks and provide mitigation recommendations. 4. Project Development • Develop the concept through all required design stages, including: o Initial concept refinement. o CAD modeling. o Technical review. o Design-for-manufacturing optimization. o Final production-ready design. ________________________________________ Deliverables CAD Files The designer shall provide: • STEP (.step/.stp) files of the final design. • STL (.stl) files suitable for prototyping and validation. Technical Renderings • High-quality rendered images of the final cap design. • Multiple views including: o Perspective view. o Front view. o Side view. o Top view. o Section view (if required). Technical Documentation Package A complete technical dossier containing: Design Information • Final design description. • Key dimensions. • Assembly considerations. • Functional requirements. Material Recommendations • Recommended resin/material options. • Material properties and justification. • Surface finish recommendations. Manufacturing Guidelines • Injection molding recommendations. • Draft angle specifications. • Wall thickness guidance. • Tolerance recommendations. • Mold configuration recommendations. Snap-Fit Guidance • Detailed explanation of the retention system. • Design parameters affecting snap-fit friction. • Guidance for adjusting retention force during tooling and production. • Recommendations for prototype testing and fine-tuning. Mold Layout Recommendations • Proposed mold split strategy. • Gate location recommendations. • Ejection recommendations. • Production efficiency considerations. Risk Assessment • Identification of manufacturing risks. • Proposed solutions and design considerations. ________________________________________ Main Specifications Design Requirements • One (1) final cap design/version only. • Premium square/faceted geometry inspired by mountain formations. • Design to follow the approved visual direction shown in the reference image. • Luxury fragrance market positioning. Functional Requirements • Cap must completely cover and protect the spray nozzle. • Secure attachment to the bottle through a friction-fit or snap-fit solution. • Reliable performance during normal consumer use. • Suitable for mass production by injection molding. Manufacturing Requirements • Design optimized for the lowest practical tooling complexity and production cost. • Minimize secondary operations whenever possible. • Maximize production efficiency and moldability. • Suitable for high-volume manufacturing. ________________________________________ Required Skills • Industrial Design • Packaging Design • Fragrance Packaging Development • Injection Molded Product Design • Design for Manufacturing (DFM) • CAD Modeling (SolidWorks, Fusion 360, Rhino, Creo, or equivalent) • Technical Drawing Preparation • Mold Design Understanding • Material Selection for Consumer Products Expected Outcome A fully engineered, production-ready perfume bottle cap featuring a mountain-inspired square/faceted aesthetic, optimized for efficient injection molding and large-scale manufacturing, delivered with complete CAD files, renderings, and a comprehensive technical dossier supporting tooling, production, and product launch. Submission Requirements Interested suppliers shall submit a proposal containing the following information: 1. Company Information & Technical Capabilities • Company profile and relevant experience. • Description of technical capabilities related to: o Industrial design. o Packaging design. o Perfume and cosmetic packaging development. o Injection-molded product design. o Design for Manufacturing (DFM). o Mold and tooling considerations. • Description of the design and engineering software utilized. 2. Relevant Project Experience • List of similar projects completed within the last five (5) years. • Brief description of each project, including: o Product type. o Scope of work performed. o Manufacturing process used. o Client industry (where confidentiality permits). • Include images or examples of similar work when available. 3. Proposed Solution Provide a brief description of the proposed approach, including: • Design methodology. • Interpretation of the mountain-inspired square/faceted aesthetic. • Proposed manufacturing approach. • Material recommendations. • Approach to achieving the desired snap-fit functionality. • Considerations for tooling cost optimization and production efficiency. 4. Project Schedule Provide an estimated project timeline, including: • Concept development phase. • Technical development phase. • CAD modeling and design refinement. • Delivery of final files and technical documentation. The proposal shall clearly state: • Estimated number of hours required • Estimated number of calendar days required for completion 5. Commercial Proposal Provide a detailed commercial offer including: • Hourly rate (Cost per Hour) • Estimated total number of hours • Estimated total project cost • Any additional costs or assumptions • Payment terms 6. Deliverables Confirmation The proposal shall confirm delivery of: • STEP files (.STEP/.STP) • STL files (.STL) • Technical renderings • Complete technical dossier • Material recommendations • Mold layout recommendations • Snap-fit friction adjustment guidance • Manufacturing and tooling recommendations 7. Assumptions and Exclusions Clearly identify: • Any assumptions made in preparing the proposal. • Any exclusions from the scope. • Required inputs from the client. • Number of revision rounds included.

Hi! We're a 3D printing company based in Sweden, Europe and are on our hunt for skilled 3D modelers for 3D printing. This is a first test project and the winner will get hired to do more work. See our website at http://3dhjalp.se/

Looking for a 3D printing design for a universal buckle adapter that will connect to a variety of existing side release buckles that you might find on backpacks, luggage or pet collars. The universal buckle adapter will connect to the male end on one side and the female end on the other side of the existing buckle. The design will be for a medium sized buckle that attaches to a 1" wide strap.