CAD Design for 3D-Printable Lollipop Mold

@androaiad

Hello, I am a design engineer, I am expert in 3D different products designs & Modeling so i can do the required design in the required time. I have finished similar projects before and finished 600+ projects. Please check my portfolio and reviews. Thanks.

@kkirandeep582

As a seasoned 3D designer and passionate problem solver with a vast spectrum of skills including 3D Design, 3D Modelling, 3D Printing, 3D Rendering, and Product Design, I am well-equipped to take your lollipop mold project from conception to completion. With my experience designing intricate and significant functionality products, I can create an innovative and efficient design for your print-ready lollipop mold that optimizes the number of cavities while ensuring precise stick positioning and tangible opening designs as per your unique needs. My expertise in industry-leading software and modern AI tools complements my ability to deliver professional and innovative designs efficiently. Over the years, I have adeptly handled numerous design projects for both startups and established companies alike. This exposure has sharpened my aptitude for understanding client needs, exploring creative solutions, and generating accurate CAD designs

@manusharma2992

As a seasoned 3D Designer, one important aspect of my professional career is my attention to detail. Combining this skill with my extensive experience in AutoCAD, SolidWorks, and 3D Printing, I am confident in crafting the ideal CAD model you need for your lollipop mold. I understand that producing a tangible and precise end result is the primary goal. Relying on my CAD skills, I will ensure that all parameters are met including the two-row layout and an open-top design which ensures ease of filling and casting. I'm excited about our collaboration on this unique student startup project and look forward to elevating your vision into reality with a punchy and practical mold design.

@faisal8071

Hi there, We understand you are seeking a CAD designer to create a 3D-printable mold for a coin-shaped lollipop, incorporating specific features for stick insertion and internal channels. This sounds like an interesting and well-defined product development challenge. TRYGVE Studio has strong capabilities in product concept development and CAD modelling, particularly in SolidWorks, making us well-suited to design this mold according to your specifications. Our approach involves understanding your functional requirements to create an optimized design that is practical for both 3D printing and the casting process. We can assist with developing the mold geometry, including optimizing cavity layout within your specified build volume and designing the precise stick-holding and internal channel features. We aim to provide a print-ready CAD model and STL files that meet your needs. Please message us to discuss the timeline and any further details to ensure we provide an accurate solution. We look forward to helping with your student startup project. https://www.freelancer.in/u/faisal8071 Regards, Ar. Faisal Saif

@CreativeDesign50

Hello, Your 3D-printable lollipop mold needs a practical cavity layout, clean stick alignment, and a simple open-top geometry that prints well in PETG. I can design an efficient mold within the 180 x 180 x 180 mm build volume, balancing cavity count, wall spacing, and a reliable 6 mm stick entry with 4 mm channel features for clean casting and easy release. I’ll draft the mold in CAD, test the geometry for printability, and refine the cavity/stick interface so the lollipops form consistently and the hollow sticks seat at the correct depth. You’ll receive a print-ready, editable design along with STL export files. Please have a look at our Freelancer portfolio through the links given below. https://www.freelancer.com/u/CreativeDesign50 Could you share your preferred CAD format for the editable source file? Best regards Kirandeep K.

@sakshis576

As an accomplished and versatile CAD designer with extensive experience in 3D printing, I am confident in my ability to deliver your lollipop mold with precision and efficiency. I have the skills and expertise needed to create a print-ready CAD model that optimizes the space within your printer’s build area while still maintaining the integrity of your lollipop design. I specialize in Solidworks, AutoCAD, and 3D Modelling among other software which will be beneficial for this project.

@awaisshehaz

With my extensive experience and mastery in 3D CAD modeling and product design specifically mold designing, I am certain I can expertly bring your lollipop mold vision to life. Optimal geometry for 3D printing is an area I thrive in, and my solutions are tailored to meet not just your requirement of maximum lollipop cavities within the printer's build volume but the practicality of their extraction as well. Additionally, my proficiency in various formats including STL and CAD drawings ensures that you receive a precisely modeled, clean design that’s ready for fabrication resulting in a cost-effective process. My expertise also extends to SolidWorks and PETG printing which matches your project's needs. Being self-organized, I assure you timely updates and open communication throughout the project so you never feel disconnected or uninformed. Ultimately, lollipop mold creation that meets all your requirements is my mission. With your agreed fixed-priced quote, I guarantee a high-quality CAD model complete with editable native files for future convenience, along with an STL file for immediate use. You wouldn't need to worry about missed deadlines either; I anticipate having this project completed before Monday or Tuesday at the latest. Let's work together in giving your student startup its flavorful start!

@biribonwajudith

Before I give you a fixed price and timeline, I need to clarify one thing. When you say the stick extends 6.35 mm into the lollipop and you want a 4 mm tunnel that leads into the hollow stick, are you intending for the lollipop mixture to flow into that tunnel during casting and then harden, creating a solid internal channel that connects to the hollow stick? Or is the tunnel meant to be occupied by a removable core pin that leaves a void? The difference matters for mold geometry and release. If the tunnel is cast as a solid feature, it will need draft angle or a taper for removal. If it is a removable pin, I need to design that as a separate component that slides out. For the layout, a two row configuration with access between cavities is sensible, but I believe I can fit more than that. With a 180 mm build plate and 25.4 mm cavities, I am confident I can fit at least five per row with spacing for stick access, and possibly six depending on how much clearance you need. I would model a few layout options and show you the trade off between cavity count and accessibility. I am available to start immediately. Let me know if you would like to proceed and we can get started. If you have a quick answer on the tunnel question, that would help me finalize the approach.

@umaranimators

With utmost respect for your project and needs, I propose that I would be your best option for this collaborative effort. The years of experience in character modeling and design work have not only endowed me with the necessary technical skills but also catalyzed close attention to detail and an unwavering commitment to quality. These traits coincide well with your requirements for a meticulous CAD design optimized for 3D printing via PETG filament with an E3D V6 nozzle. Additionally, my proficiency in utilizing platforms like Blender, Fusion 360, and SketchUp - supplemented by my ample knowledge of STL refinement and 3D printing, makes me adept at designing a practical casting mold that ensures easy filling as well as the swift removal of finished lollipops. Most excitedly, I'm intrigued by the possibility of providing an open-top mold that simplifies filling while maintaining shape integrity; yet we can always explore other viable alternatives. Furthermore, my design expertise ensures the stick remains consistently positioned at around 1/4 inch depth as you desire. I am confident that my comprehensive technical understanding and holistic approach will allow me to optimize the possibilities of your 180 x 180 x 180 mm build volume fully, giving you the maximum number of lollipop cavities feasible.

@StarSpark3D

With over 7 years of experience in 3D printing specialist with comprehensive knowledge of CAD design, I'm more than equipped to tackle your lollipop mold project. Having worked on a diverse range of creations including mechanical parts, industrial components, and even architectural models, I know just how crucial precision and reliability are in every design I create. With my expertise in using the same 3D printers and materials your project requires - E3D V6 nozzle and PETG filament - you can anticipate receiving a practical and error-free design. Thriving on challenges, your unique request to incorporate angled tunnels into the lollipop mold doesn't phase me. From the diameter of the tunnels to creating channels without compromising the hollow stick's integrity, I'm confident in my ability to provide an innovative design that meets all your specifications. I will ensure that the mold is fully usable and practical, with an optimal number of lollipop cavities fitting snugly into your printer's build volume.

@juliantobahari

Hi, I'm Juli, a 3D design specialist. I've read your job description and I’m confident I can help. I have solid experience with SolidWorks, Fusion 360, and rendering tools like KeyShot. I focus on precision, fast delivery, and clear communication. I understand the requirements of CAD Design for 3D-Printable Lollipop Mold and how to approach it effectively. You can also see similar work on my portofolio. Looking forward to hearing from you. Best regards, Juli

@ssumitkumar7800

For the past year, I've had the opportunity to work on a wide range of CAD design projects that have honed my skills in 3D modeling, rendering, and printing. As a result, I understand how to optimize designs for specific printing equipment and materials, ensuring both functionality and feasibility. In terms of this project's specifications, my experience with 3D printing encompasses everything from tiny intricate parts to larger objects. Your requirement for maximizing the number of lollipop cavities within a given volume is something I can tackle head-on by proposing innovative yet pragmatic design layouts. Additionally, my background in engineering equips me with a sharp eye for detail and precision, something crucial when working with dimensions as fine as these.

@bilalh585

With over 5+ years of experience in 3D CAD modeling, product design, mold development, and FDM 3D printing, I have designed and modified numerous 3D-printable products, casting molds, fixtures, and prototype components optimized specifically for additive manufacturing. Your project is particularly interesting because the challenge isn't simply creating a 1-inch lollipop cavity. The real engineering task is maximizing the number of cavities within the 180 × 180 mm build area while maintaining enough clearance for stick insertion, proper filling, easy demolding, and reliable printing with PETG. I can develop a production-oriented mold design that incorporates: Optimized cavity arrangement to maximize the number of lollipops per print Open-top mold geometry for easier filling Proper wall thickness for PETG printing Adequate spacing between cavities for stick placement Integrated 6 mm stick openings 4 mm internal tunnel geometry that aligns with the stick's internal diameter A built-in mechanical stop that consistently positions the stick at the required 6.35 mm insertion depth A design optimized for an E3D V6 nozzle and a 180 × 180 × 180 mm build volume Easy release and practical casting geometry Deliverables: Fully editable native CAD file STL files ready for printing 3D-printing-optimized mold design Multiple layout concepts, if required Assembly previews and rendered screenshots One revision round after your review Best regards, Bilal

@atikmurtaza

Hello, You need a production ready 3D printed lollipop mold optimized for your 180 × 180 mm build area, with practical cavity spacing, stable stick positioning, and the specified 6 mm / 4 mm stick geometry. I can design the mold with optimized cavity layout, consistent wall thickness, clean removal geometry, and the angled 4 mm tunnel and 6 mm stick opening, then provide editable CAD and verified STL files. Also a quick question, do you have a preferred number of cavities, or should I optimize the layout for the maximum practical count while maintaining sufficient stick access?

@sidratulm20

Are you looking for a CAD designer to create a practical, high-density 3D-printable lollipop mold optimized for your 180 × 180 mm PETG build volume? I can develop the mold around the 25.4 mm diameter × 8 mm thick lollipop, while optimizing cavity spacing and stick access so you can achieve a high cavity count without making filling or stick insertion difficult. I’ll specifically account for: 6 mm OD / 4 mm ID hollow stick Approx. 6.35 mm stick insertion depth 4 mm internal plug/tunnel geometry Proper transition and stick-stop feature Open-top mold configuration where practical Adequate wall thickness and cavity spacing Easy filling and clean demolding PETG/FDM printing limitations and tolerances Maximum practical cavity count within 180 × 180 mm Deliverables: Editable native CAD model Print-ready STL Complete cavity/layout design Recommended printing orientation and settings One revision for fit/function adjustments I can provide a fixed-price quote after reviewing your printer/build requirements, with a target turnaround of 1–2 days so the design can be ready by Monday/Tuesday. Best regards, Sidra

@yacined58

As someone with extensive experience in mechanical design, 3D CAD modeling, and a background specifically suited to this project as an Electrical Engineer, I believe I'm the best candidate for your lollipop mold design. My skillset in both mechanical and electrical engineering will allow me to not just create a mold that fits your printer but also incorporates the necessary internal features for a functional lollipop. I've been exposed to product development and design for manufacturing (DFM) since my inception as an engineer. This knowledge gives me the advantage when designing molds for 3D printing as I understand material limitations, nozzle sizes, filament properties, and have experience utilizing 180 x 180 x 180mm build volumes like yours. Furthermore, my proficiency with simulation tools such as CAD and MATLAB will enable me to develop and evaluate multiple design concepts before selecting the most optimal one. I am committed to developing practical engineering solutions that are reliable and take into account real-world applications. I can deliver a well-thought-out mold design that maximizes cavities while keeping it practical for filling & casting while using minimal resources

@gt596

Proposal – 3D Printable Lollipop Mold Design Hello, I can design the 3D-printable lollipop mold based on your specifications using Autodesk 3ds Max. I will create an open-top mold optimized for PETG 3D printing and maximize the number of cavities that fit within your 180 × 180 × 180 mm build volume while ensuring enough space for easy stick insertion and removal of the finished lollipops. The design will include: * Flat, coin-shaped lollipop cavities (25.4 mm diameter × 8 mm thickness) * Optimized cavity layout for maximum production * Proper wall thickness and spacing for reliable PETG printing * 6 mm stick opening * Integrated 4 mm internal channels/protrusions to fit the hollow stick and prevent syrup from entering the tube * Consistent stick stop to maintain approximately 6.35 mm insertion depth * Print-ready geometry designed for easy casting and demolding Deliverables * Native 3ds Max file (.max) * STL file ready for 3D printing * Final mold optimized for your printer’s build area Timeline * Initial design: 1–2 days * Final delivery after your review: by Monday/Tuesday as requested Fixed Price $120 (fixed) If needed, I can also make revisions to optimize the cavity layout and maximize the number of lollipops while keeping the mold practical for casting and printing. I look forward to working with you.

@Ahmadali9876

I am looking forward to designing your 3D-printable lollipop mold with an efficient cavity layout that maximizes production within the 180 × 180 mm build area while keeping practical access for filling and stick insertion. Why I'm a Good Fit I have strong experience in 3D CAD, mechanical product design, prototyping, and 3D-printing optimization. I can develop the mold around the exact 25.4 mm diameter × 8 mm thick lollipop geometry and incorporate the 6 mm OD / 4 mm ID hollow stick interface, including the angled 4 mm channels and controlled 6.35 mm stick insertion depth. I will evaluate the cavity spacing and layout rather than simply copying a two-row arrangement, aiming for the best balance between cavity count, structural wall thickness, filling access, stick positioning, and easy demolding. An open-top design will be considered first where it provides the simplest practical solution. Deliverables Editable native CAD model Print-ready STL file(s) Optimized cavity arrangement for 180 × 180 mm 6 mm stick openings and 4 mm internal channels Controlled stick depth and positioning PETG/3D-printing-friendly geometry Dimensions and manufacturing recommendations Why Choose Me I focus on precise, functional CAD rather than just visual modeling. The final mold will be designed with 3D-printability, casting practicality, cavity spacing, and repeatable stick placement in mind.