Small Electromagnet Prototype Development -- 3

@amelectronics

Hi, I have experience in designing Circuits and can complete your project. I have expertise in the following: 1- Designing schematic and PCBA 2- Ordering the PCBA and getting boards manufactured. 3- Writing firmware for the PCBA to make sure everything works as expected. 4- I can also develop smartphone apps to communicate and control the hardware. If you wish we can discuss in chat. Thank you.

@azraazeen9

As a seasoned mechanical engineer with hands-on experience in circuit design and electrical engineering, your small electromagnet prototype project resonates with my skillset. I've reviewed your detailed diagrams and wiring schematics, and I'm confident that I can transform them into reliable, tangible electromagnets crafted to your specifications. My extensive background includes creating intricate designs for custom harnesses from both light alloys and other metals, making me fluent in determining the best materials to match design constraints. In addition, my proficiency in utilizing multiple software, such as Rhino and Tekla, will enable me to fabricate your prototype to precise dimensions accurately; ensuring an optimal fit for smooth & secure mounting. I have a fully-geared workshop at my disposal. This means you have the flexibility to choose the power source that best suits your project- battery, small AC supply or rechargeable pack. Furthermore, I promise you(with flawless craftsmanship) the prototype will undergo thorough bench testing -- providing resistance, current draw details besides pull force analysis at the chosen voltage. Safeguarding of this prototype remains paramount, and you can trust that I will ensure rigorous and sufficient packaging safeguards for it during shipment.

@Ahmadali9876

I have completed similar electromechanical design and prototyping work, and I can support the development of your three compact electromagnets through physical fabrication, assembly and bench testing. With 10+ years of experience in mechanical CAD, electrical design and engineering prototyping, I can work from your winding diagrams and wiring schematic to plan the coil construction, insulation, terminations and mounting harness. Proposed Approach Review the winding diagrams, wire gauges, coil counts and electrical specifications. Confirm the core and harness materials based on the required dimensions and operating conditions. Fabricate and wind three electromagnets to the supplied specifications. Assemble the harness and integrate the required electrical connections. Bench-test resistance, current draw and pull force at the agreed voltage. Document the build with photos or a short operation video before shipment. Deliverables You receive three assembled, insulated and terminated electromagnets, a matching fabricated mounting harness, basic bench-test results, build photos or video, and securely packaged components prepared for shipment. Material and component costs can be documented with receipts for reimbursement, as agreed. I can begin by reviewing your drawings and performance targets, then confirm the fabrication method, workshop requirements, prototype cost and shipping timeline. Any electrical or thermal safety limits will be checked before testing.

@bojans9

Hi, Bojan here, from Serbia. Building your small electromagnet prototype with three compact electromagnets and 10 cm comes down to one thing: a board that works on the first order and can be built at scale. I'm a senior embedded and electronics engineer with 8+ years of experience working with Electronics, Mechanical Engineering and Electrical Engineering. For your small electromagnet prototype, the real challenge is part availability and manufacturability. A common issue: no DFM check before ordering, so boards come back with assembly or clearance problems. My plan: first, review the schematic, parts and enclosure limits. Then, update the layout with DFM, power paths and grounding in mind. Finally, run DRC and a DFM check, then prepare Gerbers and the BOM. The price is in the bid details. I've done PCB work before. A few questions to better understand the scope: 1. Does the board need to pass EMC testing? Then grounding and stackup get planned for EMC. 2. Add test points for the key signals? I'd recommend it, debugging and testing get faster. 3. Is the first batch a small pilot run? Run size decides which parts make sense. I can start right away. Happy to go over the details here in chat and suggest the best approach. Looking forward to hearing from you, Bojan

@syedaliabbass1

With my robust experience in MATLAB and AutoCAD, combined with my adeptness in circuit design, electrical engineering, and electronics, I am confident that I'm the perfect fit for your Small Electromagnet Prototype Development project. I possess a deep understanding of numerical computing, mathematical modeling, and algorithm development which will be integral to transforming your detailed winding diagrams and wiring schematics into physical prototypes. Drawing from my talent in 2D drafting as well as 3D modeling, I have an inherent eye for accuracy and detail. This will ensure that the three compact electromagnets I build for you are not only fully wound and terminated as per your specification but are also impeccably packaged for a secure delivery. My strong skill set also includes precise dimensioning - vital when machining or fabricating the harness to your design constraints. Lastly, I share your commitment to flawless craftsmanship and clear documentation. Understanding that there is a larger program depending on this project's success, rest assured that I will deliver reliable, practical implementations with comprehensive reports of bench test results including resistance, current draw and pull force at the chosen voltage. My job doesn't end at physical assembly—I'll even provide you with photos or a short video showing operation prior to shipment. Let's collaborate and bring these magnets to life!

@ritoIII

Greetings, I can help you with the realization of your proyect, following the requirements as mentioned from your schematics and so on. I have a support also from a mechanical engineer who can help me with assembly of your device.

@ayanj26

I will build and bench-test three compact electromagnets into working proof-of-concept units exactly from your winding diagrams, coil counts, wire gauges, and full wiring schematic. This is hands-on prototyping: I’ll physically wind, insulate, terminate, and assemble each magnet under 10 cm in every direction, then fabricate a matching custom harness to precise mounting dimensions so the set can be installed as intended. I’m ready to recommend the best light alloy/metal approach after reviewing your constraints and tolerances. I’ll reimburse all materials, fasteners, and electronic parts at cost with receipts. Power setup (battery pack, small AC, or rechargeable) will be selected to match your workshop reality and the performance targets we agree on; I’ll instrument resistance, current draw, and pull force at the chosen voltage, then capture photos or a short video showing operation before shipment. Secure, protective packaging will be used for delivery.

@ruiyangq

Hands-on prototyping is increasingly the fastest path from schematic to measurable performance—especially for compact electromagnets where tolerances, insulation, and harness fit determine results. For Project 872, I will convert your provided winding diagrams, coil counts, wire gauges, and full wiring schematic into three fully wound, insulated, terminated electromagnets (each <10 cm in any dimension), then build the matching custom harness to precise mount dimensions for your proof-of-concept. You’ll receive a disciplined workflow: hand-assembly, continuity/insulation checks, termination verification, and bench testing at the agreed voltage (resistance, current draw, and pull force). I can recommend a light alloy or alternative metal after reviewing your constraints and fit/thermal expectations. All parts and raw materials are reimbursed at cost with receipts.

@akanshas377

I’ve previously taken tightly specified winding diagrams and converted them into working prototypes with measurable bench data—building the coils, insulating and terminating leads, fabricating the mechanical fit, then validating resistance/current and force before shipment. Here, I’ll do the same for three compact electromagnets (each <10 cm in any direction) using your provided counts, wire gauges, and full wiring schematic, with hands-on assembly and testing only—no design-only deliverables. I’ll build three fully wound, insulated, terminated electromagnets and fabricate a matching harness to precise dimensions for your custom mounting. I can recommend the best metal/light-alloy housing based on constraints once I review fit, cooling, and mounting; all raw materials, fasteners, and electronic components will be reimbursed at cost with receipts.

@enga81

Hello, I am highly interested in fabricating and bench-testing your small electromagnet prototype. As a practical Electronics Technician with a fully equipped hardware workbench, I have extensive, hands-on experience winding coils, making secure electrical terminations, and debugging physical hardware exactly to engineering schematics. I have carefully reviewed your requirements and I am fully prepared to deliver all your expected deliverables: winding and insulating the three compact electromagnets precisely to your diagrams, fabricating the custom mounting harness to your exact dimensions, and performing rigorous bench tests including resistance, current draw, and pull force tracking at your targeted voltage. I will record clear operation videos and step-by-step photos during testing before securing everything in a robust, safe packaging for shipment. I am completely fine with keeping all invoices and receipts for components and materials to ensure a seamless, cost-at-price reimbursement. I am ready to start immediately. Let's connect in chat so you can share the winding diagrams and we can plan the workshop timeline together! Best regards, Ahmed