Boss Level Planetary Gearbox With Slick 180mm Flange Mount And Tight 35mm Input Shaft Delivering Killer Torque Boost Across Ratios Spanning 4 To 1 Through 16 To 1 For Smooth Heavy Duty Servo Motor Integration, featuring dual units.
Boss Level Planetary Gearbox With Slick 180mm Flange Mount And Tight 35mm Input Shaft Delivering Killer Torque Boost Across Ratios Spanning 4 To 1 Through 16 To 1 For Smooth Heavy Duty Servo Motor Integration, showing black cylindrical body and mounting flange.
Boss Level Planetary Gearbox With Slick 180mm Flange Mount And Tight 35mm Input Shaft, showcasing metal casing and yellow input shaft.
Boss Level Planetary Gearbox With Slick 180mm Flange Mount And Tight 35mm Input Shaft Delivering Killer Torque Boost Across Ratios Spanning 4 To 1 Through 16 To 1 For Smooth Heavy Duty Servo Motor Integration, detailed side view.
Boss Level Planetary Gearbox With Slick 180mm Flange Mount And Tight 35mm Input Shaft Delivering Killer Torque Boost across 4 to 1 through 16 to 1.
180PX Planetary Reducer technical parameters chart showcasing speed ratios, input size, loads, and material details.

Boss Level Planetary Gearbox With Slick 180mm Flange Mount And Tight 35mm Input Shaft Delivering Killer Torque Boost Across Ratios Spanning 4 To 1 Through 16 To 1 For Smooth Heavy Duty Servo Motor Integration

$7,570.85 $17,645.00you save $10,074.15
SKU: VXB0H825YTZ2
UPC:





Single pack planetary reducer for heavy duty torque tasks
✔️ 180mm mounting flange 35mm input shaft four to sixteen ratios

This planetary gear reducer steps down rotational speed while multiplying output force for industrial automation projects. Technicians typically mount it to machine frames to drive conveyors winches or precise positioning tables.

✅ Secure 180mm flange interface for solid servo motor attachment
✅ Tight 35mm input shaft diameter for direct coupling alignment
✅ Step down transmission ratios ranging from 4:1 to 16:1
✅ Rated for continuous operation with 3KW through 5.5KW drives

💡 What size reduction ratio works best for high torque servo setups?
Selecting the right transmission ratio keeps your build moving smooth without overworking the drive.
- Skip the guesswork by matching lower ratios when you need faster cycle times across light loading tasks
- Go mid range gearing when your project demands a handy trade off between quick motion and reliable grip
- Lock in maximum torque multiplication for heavy lifting jobs where low speed and serious pulling power matter most

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