Custom Gear Reducer Motors & Helical Gearboxes
Industrial-grade low-noise wear-resistant cycloidal gear reducers serve as the core power units for heavy-duty transmission. Leveraging the unique cycloidal pin meshing principle, they deliver exceptional stability and durability under extreme operating conditions.
Technical Specifications
| Gearing Arrangement |
Helical |
| Output Speed |
14-280 rpm |
| Output Torque |
10.6-952,000 NM |
| Input Speed |
750-1500 rpm |
| Ratio |
1.3-288 |
| Weight |
20 KG |
| Warranty |
1 year |
| Customization |
Acceptable |
| Color |
Customer Request |
| Applicable Industries |
Manufacturing Plant, Machinery Repair Shops, Food Shop, Printing Shops |
Key Features & Benefits
Ultra-Quiet and Smooth Operation
Featuring multi-tooth synchronous meshing with high overlap, effectively distributes loads to reduce vibration and noise at the source. Combined with high-precision gear grinding and premium alloy steel (hardness up to HRC58-62), ensures sustained low-noise, smooth operation during prolonged high-speed running.
Exceptional Wear Resistance and Extended Service Life
Critical transmission components undergo carburizing and quenching treatment, forming rolling friction pairs with no relative sliding on meshing surfaces, resulting in minimal wear. Superior impact resistance adapts to harsh environments like metallurgy and mining, significantly extending equipment maintenance intervals and overall lifespan.
Compact Design and Efficient Transmission
Based on the planetary gear principle with small tooth difference, input and output shafts are coaxially arranged. Reduces volume by over one-third compared to cylindrical gear reducers of equivalent power, saving installation space. Single-stage transmission efficiency reaches up to 94% with wide reduction ratio range (9-87).
Versatile Application Capabilities
High load capacity and reliability make these gearboxes ideal for petrochemical mixing, lifting and transport machinery, environmental wastewater treatment, and food packaging production lines. A key choice for enhancing overall equipment performance across multiple industries.
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