Precision Injection Molded Gearbox / Gear Motor Housing

Basic Product Information

Product Structure & Design Features

Core Structural Design

• Integrally Molded Housing: Adopts an integrated injection-molded structure that integrates complex features such as gear cavity, mounting posts, positioning holes, reinforcing ribs, and sealing grooves. It eliminates secondary splicing, ensuring higher structural strength and smaller assembly tolerance.

• High-Precision Shaft Seat: The central metal output shaft seat (insert) delivers high coaxiality precision, guaranteeing motor operation stability and reducing transmission noise and wear.

• Optimized Rib Layout: Lightweight reinforcing ribs are designed inside the housing to maintain structural rigidity and impact resistance while controlling product weight and material costs.

• Standardized Mounting Interface: Pre-configured with multiple mounting holes and positioning structures to adapt to universal gear motor/actuator assembly requirements; custom exclusive interfaces are available per customer drawings.

• Sealing & Protection Design: The gear cavity features an annular sealing groove to match sealing rings for enhanced IP protection, suitable for humid and dusty working conditions.

Design Advantages

• Integral molding reduces assembly procedures, lowering customer’s assembly costs and failure rates.

• Structural design optimized via mechanical simulation, offering high impact resistance and aging resistance for long service life.

• Supports customized integration of sensors, wire harness fixing points, and other components to align with customers’ complete machine design.

• High surface finish and excellent appearance consistency, meeting the high aesthetic demands of high-end home appliances and automotive products.

Core Process & Technical Parameters

Core Process

• Precision Injection Molding: High-precision molds and injection equipment are used to form complex structures in one go, with dimensional tolerance controllable within ±0.02mm to meet precise transmission requirements.

• Insert Molding (Optional): Metal shafts, copper sleeves, threaded inserts, etc., can be pre-placed in the mold and integrally injection-molded to avoid loosening risks from secondary press-fitting and improve structural reliability.

• Secondary Processing (Optional): Supports post-processing procedures such as ultrasonic welding, deburring, surface spraying, and ultrasonic testing to meet customer-specific customization needs.

Key Technical Parameters

Common Material Selections

Material Performance Assurance

• All raw materials comply with RoHS and REACH environmental protection standards, with material reports and environmental certifications available.

• Supports material modification (e.g., flame retardancy, UV resistance, conductivity) to adapt to special working conditions.

• Provides material selection and structure optimization suggestions based on customers’ actual usage environments.

Packaging & Delivery

• Packaging: Neutral cartons with EPE foam protection, or custom branded packaging as required, to prevent damage during transit.

• Lead Time: Mold development: 15-25 working days; Mass production: 7-15 working days (adjustable based on order quantity).

• Payment Terms: T/T, L/C, and other standard international trade terms supported.

• Logistics Options: DHL, FedEx, sea freight, air freight, and other global shipping solutions available.