Plastic Gear Wheel 10 & 12 Teeth for Motor Gearbox by MECCANIXITY

Description

Product Overview

The MECCANIXITY plastic gear wheel is engineered to meet the demanding requirements of hobbyist engineers, educational institutions, and small‑scale manufacturers who need reliable power transmission components without the cost and weight of metal gears. Constructed from a high‑impact engineering polymer, the gear delivers a consistent tooth profile with a 0.5 module, ensuring smooth meshing with standard motor shafts. Available in two configurations—10 teeth with a 2 mm bore and 12 teeth with a 2.35 mm bore—the wheel provides flexibility for a range of gearbox ratios, allowing users to fine‑tune speed and torque characteristics in their projects. The compact dimensions of 7 × 5 mm (for the 12‑tooth version) and 6 × 5 mm (for the 10‑tooth version) keep the overall mass under 0.32 oz, which reduces inertia and improves response time in high‑speed applications. Each unit is precision‑machined to tight tolerances, and the polymer material resists corrosion, wear, and temperature fluctuations up to 120 °C, making it suitable for indoor and light outdoor environments.

MECCANIXITY applies a rigorous quality‑control process that includes dimensional verification, hardness testing, and visual inspection of every gear wheel before it leaves the factory. This systematic approach guarantees that every product meets the exact specifications listed in the technical data sheet, providing confidence to engineers who rely on consistent performance across multiple builds. The gear’s teeth are formed using a CNC‑driven molding technique that eliminates the common irregularities found in manually produced components, resulting in quieter operation and reduced vibration during high‑rpm runs.

The packaging is designed for both protection and convenience. Each gear wheel is shipped in a sealed anti‑static bag within a compact cardboard box measuring 4.76 × 3.82 × 0.47 inches, which safeguards the part from dust and mechanical damage during transit. The lightweight nature of the packaging also contributes to lower shipping costs, an advantage for customers ordering in small quantities or for educational labs that require frequent replenishment.

Compatibility is a key consideration for the MECCANIXITY gear wheel. The 2 mm and 2.35 mm bore sizes align with standard motor shafts used in popular hobbyist platforms such as Arduino‑based robots, 3D‑printer extruders, and miniature CNC machines. This universal fit reduces the need for additional adapters, simplifying assembly and minimizing the overall bill of materials for prototype development.

Beyond performance, MECCANIXITY is committed to environmental responsibility. The polymer used in the gear wheel is recyclable and free from hazardous additives, allowing end‑users to dispose of or repurpose the component in an eco‑friendly manner. By choosing a plastic gear over a metal alternative, designers can also achieve a lower carbon footprint due to reduced material extraction and processing energy.

Usage

In robotics, the gear wheel serves as a critical element for converting motor speed into usable torque for articulated joints, grippers, and drive trains. Its lightweight construction helps maintain a low center of gravity, which is essential for balance‑sensitive platforms such as quadruped walkers and aerial drones. The 10‑tooth and 12‑tooth options enable designers to experiment with different gear ratios, achieving precise control over movement speed without sacrificing durability.

Model makers and hobbyists often incorporate the gear into custom gearbox assemblies for remote‑controlled vehicles, miniature wind turbines, and educational kits that demonstrate mechanical principles. The clear, tooth‑by‑tooth geometry of the plastic gear makes it an excellent teaching tool for illustrating concepts like gear meshing, load distribution, and the impact of module selection on overall system performance.

For small‑scale manufacturers, the gear wheel can replace worn metal gears in legacy equipment, extending the service life of machines that would otherwise require costly part sourcing. Its resistance to corrosion and ability to operate in mildly abrasive environments make it suitable for applications such as packaging line conveyors, low‑load feed mechanisms, and prototype automation rigs.

Because the gear is non‑magnetic and electrically insulating, it can be safely used in proximity to sensitive electronic components without introducing interference or short‑circuit risks. This property is particularly valuable in mixed‑signal projects where motor drivers, sensors, and microcontrollers share a confined space.

Why Choose Us

MECCANIXITY has built a reputation for delivering high‑quality mechanical components that combine precision engineering with cost‑effective materials. Our decades‑long experience in the power‑transmission sector informs every design decision, ensuring that each gear wheel meets the exacting standards required by both professional engineers and enthusiastic makers.

We stand behind every product with a comprehensive warranty and a responsive technical support team that can assist with installation guidance, troubleshooting, and custom‑fit recommendations. Customers benefit from direct access to our engineering staff, who can provide CAD files, tolerance charts, and performance data to streamline the integration process.

Our manufacturing facilities employ state‑of‑the‑art CNC molding equipment, allowing us to maintain tight dimensional tolerances while keeping production lead times short. This capability enables us to fulfill both single‑unit orders for prototyping and larger batch requests for small‑volume production runs.

In addition to product reliability, we prioritize sustainability by selecting recyclable polymers and optimizing our packaging to reduce waste. By partnering with MECCANIXITY, you align your projects with a supplier that values both performance and environmental stewardship.

Key Features

• High‑impact polymer construction provides durability while keeping weight under 0.32 oz for faster response.
• Two tooth options (10 and 12) with precise 0.5 module enable flexible gear ratio customization.
• Standard bore sizes (2 mm and 2.35 mm) ensure direct fit on common motor shafts without adapters.
• Resistant to corrosion, wear, and temperatures up to 120 °C for reliable operation in varied environments.
• Dedicated after‑sales support and warranty give confidence for both prototyping and small‑scale production.

FAQ

What material is the gear wheel made from?

The gear wheel is fabricated from a high‑impact engineering polymer that offers a balance of strength, wear resistance, and low friction, making it suitable for a wide range of mechanical applications.

Can the gear be used with standard hobby motors?

Yes, the 2 mm and 2.35 mm bore sizes are compatible with the shafts of most hobby‑grade DC motors, stepper motors, and servo motors commonly used in robotics and model projects.

Is the gear wheel suitable for high‑speed applications?

Its lightweight design and precise tooth geometry allow for smooth operation at high RPMs, and the polymer material can tolerate speeds typical of most hobbyist and educational setups without excessive heat buildup.

What is the tolerance on the tooth dimensions?

MECCANIXITY maintains a dimensional tolerance of ±0.05 mm on tooth thickness and pitch, ensuring consistent meshing performance across multiple units and reducing the risk of backlash.

Do you offer technical assistance for integrating the gear?

Our engineering support team can provide CAD drawings, recommended gear pairings, and guidance on lubrication or mounting methods to help you achieve optimal performance in your specific application.