Right Angled Helical Gear Reducer - L Shape

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Right-Angled Helical Gear Reducer - L Shape

Right-Angled Helical Gear Reducer (L Shape) Combining helical gear precision with a 90-degree output structure, this right-angled reducer features a bevel-helical input stage for compact yet smooth torque delivery. The angled tooth profile provides low backlash and quiet performance, while gears are carburized and quenched to HRC58–62. A ductile iron housing and dual-bearing support ensure mechanical stability under load. With efficiency ≥98%, transmission ratios from 3 to 250, and return clearance ≤15 arc minutes, it is ideal for articulated robots, packaging machinery, and space-constrained automation systems.

We Are Ready for Any Occasion

Automated Conveyor Systems & Logistics

Machine Tools & CNC Machinery

Medical Devices

Printing & Packaging Equipment

Renewable Energy & Power Systems

Robotics

Features

Right-Angled Helical Gear Reducer

01. VGZEK – Hollow Shaft Output, Round Flange

Features:
The reducer features an integrated structural design for the output flange and gear ring. Both the hollow output shaft and planet carrier adopt a dual-support cage structure with a wide-span bearing arrangement, delivering exceptional radial load capacity, excellent axial load support, and ensuring high rigidity and high positioning precision.
The right-angle housing incorporates double-row angular contact bearings on both ends, secured by locknuts to enhance the stability of the bevel gear assembly.
This series offers outstanding performance across all critical parameters, capable of withstanding high radial loads and moderate axial loads, making it ideal for high-strength, high-precision applications with frequent start-stop operations and varying load conditions.

 

VDXZF60
VDXZF90

Customized Solutions for Right-Angled Helical Gear Reducer (L Shape)

Custom planetary reducers are designed to meet the unique demands of specialized industrial applications where standard gearboxes may not be sufficient. These demands may include specific working conditions, gear ratio requirements, space constraints, or additional functional needs. Our customization process follows the steps below:

All-Around In-Process & Quality Control

Shaft Grinding
Hole Grinding
CNC Machining
Assembly
Noise Test
Gear Profile Inspection
CMM Inspection
Bearing Inspection
Backlash Test
Torque and Fatigue Test

Frequently Asked Questions

What are the reasons why a drive motor is not loaded?

What drying methods are there for gear motors?

In which steps is a gear motor installed?

How is the reduction gear heat treated?

What is the maximum transmission ratio of a planetary gearbox?

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