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View comparePlastic Spur Gear Kit – 58 Pieces for STEM, DIY Robots, and Motor Projects
Plastic Spur Gear Kit – 58 Pieces for STEM, DIY Robots, and Motor Projects
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Description
58-Piece Plastic Spur Gear Set for STEM, DIY Robots & Educational Engineering Projects
Discover Hands-On Learning with a Complete Plastic Gear Assortment Kit
Empower your kids, students, or DIY team to explore mechanical engineering through play with this 58-piece plastic spur gear set. Designed for STEM education, DIY robotics, motor projects, and prototyping, this gear kit provides a comprehensive solution for teaching mechanical transmission, gear ratios, and motion systems.
This versatile assortment includes spur gears, gear racks, pulleys, and connectors—all made of durable ABS plastic. Whether you're building a classroom curriculum, assembling an Arduino-powered robot, or creating a motor-driven toy model, this gear set offers endless creative applications.
What’s Included in the 58-Piece Plastic Gear Set (mm & inch)
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58 precision-molded plastic gear components
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Gear types: spur gears, helical gears, pulleys, gear racks, worm gears, and couplings
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Material: high-strength ABS plastic for classroom and DIY use
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Gear diameters: approx. 6mm to 50mm (0.24" to 1.97")
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Gear racks up to 140mm (5.5") long for converting rotary to linear motion
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Axle hole compatibility: standard 2mm to 4mm (0.08" to 0.16") shafts
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Gear module: 0.5M for widespread motor compatibility
This variety pack is perfect for learning about speed, torque, direction, and gearing systems with real, hands-on experimentation.
Why This Gear Kit is Perfect for STEM & Robotics
This plastic gear kit is more than a toy—it's a tool for learning. Whether you're a teacher, hobbyist, or parent, this kit helps explain complex mechanical principles in a fun and engaging way.
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Build functional gear trains for robotics and mechanical models
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Use the included gear rack to simulate linear motion conversion
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Test torque and speed differences by changing gear size and ratios
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Teach trial-and-error problem-solving and real-world physics through active play
With all parts designed for easy snap-fit assembly, students and builders can focus on exploring ideas, not troubleshooting tool compatibility.
Built for Learning – Designed for Durability
Each gear is injection-molded from rigid ABS plastic, offering excellent wear resistance and a smooth rotation experience. The set is safe for hands-on exploration, making it ideal for repeated use in classrooms or workshops.
Whether you're prototyping a robot, teaching mechanical advantage, or building motorized systems, these parts are built to last and adapt.
Our Unique Value – Why Choose BeePlastic?
At BeePlastic, we do more than sell plastic—we build solutions:
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🧩 Wide Range of Plastic Types: We carry hundreds of standard and custom plastic parts—from gears to sheets, rods, and fittings.
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🛠 Customization Services Available: Need specific tooth counts, hole sizes, or shaft fitment? We offer CNC gear customization and prototyping.
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🤝 Professional Support: Work with a team that understands materials, applications, and the real-world needs of engineers and educators.
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💰 Helping You Save: We offer cost-effective kits with full coverage so you don’t need to purchase each part separately—saving time and money.
Who Is This Set For?
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STEM educators and schools building mechanical learning kits
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Parents and students creating DIY robot kits or Arduino projects
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Makers and engineers needing assorted gear parts for rapid prototyping
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Hobbyists repairing or upgrading motorized toy gearboxes
From science fairs to lab experiments to home-based learning, this plastic spur gear kit bridges curiosity and capability.
Frequently Asked Questions (FAQ)
Q: Are the gears compatible with N20, 370, or 775 motors?
Yes. The set supports common shaft diameters (2–4mm), including N20 and 370 motors for small robot applications.
Q: Is this safe for children?
Made from non-toxic ABS plastic. We recommend use under adult supervision for ages 8 and up due to small parts.
Q: Do you provide an instruction manual?
A reference layout is included. For bulk educational orders, we can provide additional curriculum guides or 3D print examples.
Q: Can I buy specific gears or request custom sizes?
Absolutely. We support custom plastic gear orders with specific tooth count, shaft hole, and module parameters. Contact us for details.
Ready to Build? Start Your Robotics Project Today
Whether you’re building a STEM curriculum or a small gear train, this 58-piece plastic gear set is your gateway to creative, educational motion systems.
👉 Add to Cart Now – Ideal for robotics, model making, and classroom kits
📩 Need Bulk Orders or Custom Gear Designs? Contact Us for Custom Quotes
Why Choose Us
Your Strategic Partner for High-Performance Plastic Manufacturing & Supply
In industries where performance, reliability, and precision are paramount, your choice of a manufacturing partner is a critical decision. For over 15 years, BeePlastic has been the trusted source for engineers and procurement managers who require flawless execution, from complex custom components to a reliable supply of high-grade raw materials.
Engineered for Partnership: How We De-Risk Your Supply Chain
We understand that our role is to provide certainty. Our entire operation is built on a foundation of rigorous processes designed to deliver predictable excellence and give you peace of mind.
A Collaborative Approach
We begin every partnership by becoming an extension of your team. Our mandatory Tri-Departmental DFM (Design for Manufacturability) Summit ensures that your design is not just manufacturable, but optimized for performance, cost, and longevity. This proactive, consultative process, involving our engineering, production, and service leaders, is our upfront investment in your project's success.
A Commitment to Quality
Precision is not a goal; it's our baseline. We hold a standard tolerance of ±0.03mm (±0.0012") on our CNC machined components. This unwavering commitment to quality is verified through stringent, multi-point inspections. For you, this means reduced assembly friction, predictable performance, and the confidence that every part is a perfect replica of your design.
A Complete Manufacturing Ecosystem
We provide a comprehensive suite of in-house manufacturing capabilities, allowing you to streamline your supply chain and ensure consistent quality from a single, trusted partner.
Precision CNC Plastic Machining
As the cornerstone of our operation, we utilize advanced 3, 4, and 5-axis CNC mills and lathes to produce parts with intricate geometries and tight tolerances. From high-performance materials like PEEK and PTFE to engineering plastics like Nylon and Acetal, our experienced machinists and calibrated equipment deliver unparalleled accuracy and surface finish.
Explore Our CNC Capabilities →
Custom Plastic Fabrication & Assembly
Our capabilities extend far beyond machining. Our skilled fabrication department provides a range of value-added services, including heat bending, plastic welding, chemical bonding, and complex assembly. This allows us to deliver not just components, but complete, fully integrated solutions ready for immediate implementation in your product line.
See Our Fabrication Case Studies →Additional Services & Modern Processes
To support every stage of your product's lifecycle, we also offer scalable injection molding for high-volume production, high-detail laser cutting and engraving for materials like Acrylic, and precision cut-to-size services for raw material preparation.
The Engineer's Material Science Hub
Selecting the optimal material is one of the most critical decisions in product design. This comprehensive guide serves as an authoritative resource for you to compare our inventory of over 22 engineering and high-performance plastics. Our team is always available to provide expert consultation to ensure you make the perfect choice for your application's mechanical, thermal, and chemical requirements.
| Material (Click to Explore) | Common Applications | Key Performance Properties | BeePlastic Machining & Fabrication Insights |
|---|---|---|---|
| ABS | Automotive dashboards, electronic housings | Good impact resistance & toughness, easy to machine | Highly versatile and cost-effective. Ideal for prototypes and aesthetic parts. |
| Acrylic | Point-of-sale displays, lenses, light guides | Excellent optical clarity, UV resistant | Perfect for laser cutting to achieve polished edges. We machine for precision optics. |
| Bakelite (Phenolic) | Electrical insulators, terminal boards, jigs | Superior electrical insulation, high rigidity, heat resistant | We use specific tooling to prevent chipping, delivering smooth, precise insulating components. |
| FR-4 / G-10 | PCBs, insulators, high-strength structural parts | High mechanical strength, flame retardant (FR-4), low moisture absorption | Our expertise prevents delamination while machining these abrasive materials. |
| HDPE | Piping systems, cutting boards, chemical tanks | Excellent chemical resistance, high strength-to-density ratio, FDA grades | Ideal for cost-effective, robust parts. We achieve clean cuts with proper tooling. |
| Nylon (PA) | Gears, bearings, rollers, automotive parts | High mechanical strength, good wear resistance | Excellent for durable, load-bearing parts. We can advise on managing moisture absorption. |
| PAI | High-performance seals, bearings, aerospace parts | Exceptional strength & stiffness at high temperatures | Requires robust tooling. Our experience minimizes part stress and ensures accuracy. |
| PC (Polycarbonate) | Safety glasses, machine guards, electronic housings | Extremely high impact resistance, good clarity | We machine PC to be robust and clear. Stress relief annealing is performed when required. |
| PEEK | Aerospace parts, medical implants, semiconductor parts | Exceptional high-temp & chemical resistance, biocompatible grades | A core specialty. Our proven processes achieve critical precision on PEEK components. |
| PEI | Medical components, aircraft interior parts | High strength at elevated temps, flame retardancy | Ideal for sterilizable parts. We manage specific annealing requirements for stress relief. |
| PET | Beverage bottles, food containers, machine guards | High strength & stiffness, excellent clarity (PETG) | We ensure optimal clarity in machined PETG parts, which offer better impact resistance than Acrylic. |
| PI (Polyimide) | Aerospace components, high-temp insulators | Outstanding high-temperature performance | Demands specialized techniques due to hardness & abrasiveness. We ensure tight tolerances. |
| POM (Acetal) | Precision gears, bearings, fuel system components | High stiffness, low friction, excellent dimensional stability | One of the most machinable plastics. We stock various grades for your specific needs. |
| PP (Polypropylene) | Packaging, automotive components, living hinges | Excellent chemical resistance, low density, weldable | A versatile choice for injection molding and CNC machining in cost-sensitive applications. |
| PPS | Automotive under-hood, pump & valve parts | Excellent high-temp & chemical resistance | Challenging to machine due to its abrasive nature. We use appropriate tooling. |
| PTFE | Non-stick coatings, seals, gaskets, chemical liners | Extremely low friction, outstanding chemical inertness | We employ specialized tooling and techniques (like etching for bonding) to achieve results. |
| PU (Polyurethane) | Seals, gaskets, wheels, shock absorbers | Wide range of hardness, excellent abrasion resistance | Machinability varies with type. We have experience with various forms for custom parts. |
| PVC | Pipes & fittings, window frames, chemical tanks | Good chemical resistance, durable, cost-effective | Rigid PVC machines well. We can advise on the appropriate grade for your application. |
| PVDF | High-purity fluid handling, chemical equipment | Excellent chemical resistance (especially to halogens), UV resistant | We ensure no contamination when processing for high-purity applications. |
| Silicone Rubber | Seals, gaskets, O-rings, medical tubing, keypads | Excellent thermal stability, flexible at low temps, biocompatible | Expertise in silicone molding (LSR, compression), die-cutting, and custom compounding. |
| UHMW-PE | Conveyor components, wear strips, food equipment | Exceptional abrasion resistance, low coefficient of friction | We optimize cutting speeds and use sharp tooling to achieve smooth finishes and prevent melting. |
Let's Build Your Next Great Component
Your project deserves a partner dedicated to precision, quality, and proactive communication. Contact our engineering team today to get a detailed, no-obligation quote and discover the BeePlastic difference.
"BeePlastic provided exceptional custom solutions. Their professionalism and quality are unmatched."
- Satisfied Industrial Client
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Frequently Asked Questions (FAQ)
Welcome to our FAQ page! Below you’ll find answers to our most commonly asked questions about shipping times, payment methods, returns, and custom plastic orders. If you can’t find what you’re looking for, feel free to [contact us] or request a custom quote.
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01 💭When can I ship my order? 🧠What logistics channels do you use? 💡What are the logistics fees?
💭A: Regular specifications are usually shipped within 48 hours; customized orders depending on the complexity of processing, usually 3~7 days.
🧠A: We use standard distribution logistics for free shipping (usually takes 15~25 days), if you use expedited shipping with multiple logistics (DHL, FedEx, UPS, EMS, FS, etc.), you can choose the most suitable way according to your location and needs. If you need expedited, please contact us to confirm!
💡A: We use our standard delivery logistics by default, no freight charge for standard delivery, if you need fast delivery, you need to contact us for confirmation and charge the freight with the actual quotation of the logistics provider, the specific cost needs to be provided with the receiving address and confirmed with the logistics provider and sent to the customer.
02 💡Can I return or exchange an item?🧠 How do I request a return?
💡A: For regular in-stock products, they can be returned or exchanged within 7 days after receipt (need to keep in good condition). Customized processed or plastic material cut products can not be sold twice, unless quality problem, generally do not support return or exchange.
🧠A: If quality problem, please contact us first by email and provide order number, we will give return address and process. The shipping cost will be borne by the buyer, except for quality issues.
03 💡What payment methods are supported? 🧠What if I can't pay? 💭Can I get a discount for large orders?
💡A: PayPal and bank transfer are the main payment methods on our website. If you need other methods, please contact our customer service.
🧠A: If you are unable to pay or need other ways, please communicate with our customer service, you can submit a contact form to our [Contact us] page or click on the right side of the real-time chat window to leave a message.
💭A: Large orders have corresponding discounts, you can directly communicate with our customer service.
04 💭Can't find the size I need, what custom machining do you offer? 💡What are the MOQ requirements?
💭A: We can cut to specified lengths, thicknesses, diameters, and also do preliminary CNC/lathe machining. Please see the customization page or contact us for details.
💡A: There is no minimum order for regular materials. For CNC or special processing, there may be a certain MOQ requirement; please contact us for details.
05 💭How can I track my order?
💭A: You will receive a confirmation email after placing an order, and the waybill number will be attached after shipment; you can also check the logistics news on the “My Orders” page, or enter the waybill number into [https://www.17track.net/] for inquiry.
Precision Plastic Solutions Tailored to Your Needs
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Every project is unique, and so are your material needs. At BeePlastic, we provide custom-tailored solutions to match your exact specifications. Fill out the form below to get a quote for our high-quality plastic materials, cut and shaped to fit your requirements.