Planetary Gearboxes Manufacturer in India
Auto-Mach Technologies designs and manufactures planetary gearboxes for applications that need high torque, compact size, and smooth power transfer. Our planetary gearbox motor solutions support automation, robotics, and OEM needs with reliable performance and long service life.
If you need a compact gearbox that delivers high output with precision, our planetary gearboxes offer the right solution.
What Is a Planetary Gearbox?
A planetary gearbox uses a central sun gear, multiple planet gears, and an outer ring gear. This design shares the load evenly and increases torque without increasing size.
A planetary gearbox motor works well where space limits matter and consistent output is required. Many industries choose a planetary DC geared motor for smooth speed control and high efficiency.
Key Benefits of Planetary Gearboxes
Compact and space-saving design
High torque output in small size
Smooth and low-noise operation
High efficiency and accuracy
Long service life with low wear
Our Planetary Gearbox Range
Auto-Mach Technologies offers precision-engineered planetary gearboxes designed for industrial and OEM use. Each gearbox meets strict quality standards and delivers stable performance.
PGB-A Planetary Gearbox
High-Performance Planetary Gearbox Motor
The PGB-A planetary gearbox suits applications that need compact size and controlled torque. Engineers prefer this model for automation systems and motor-driven assemblies.
Technical Specifications
Torque: 2 Nm
Diameter: 36 mm
Gear Ratios: 50, 70, 100
Design: Compact round body
Compatibility: Works with DC motors
This model works well as a planetary DC geared motor when paired with suitable motors.
Planetary Gearbox Technical Overview
Our planetary gearboxes meet demanding industrial needs with consistent output and reliable operation.
General Specifications
High torque density
Compact planetary gear arrangement
High-grade metal components
Smooth rotation with low backlash
Suitable for DC and motor-driven systems
If you need a custom planetary gearbox motor, our engineers help you choose the right ratio and torque.
Applications of Planetary Gearboxes
Industries choose planetary gearboxes for precision and efficiency. These gearboxes support many applications that need controlled motion.
Common Applications
Industrial automation systems
Robotics and motion control
Packaging and labelling machines
Medical and laboratory equipment
OEM motor assemblies
Precision positioning systems
A planetary DC geared motor works best in applications where size, torque, and accuracy matter.
Why Choose Auto-Mach Technologies?
Trusted Planetary Gearbox Manufacturer
Auto-Mach Technologies brings over three decades of experience in gear manufacturing. We focus on quality, reliability, and customer needs.
Our Strengths
30+ years of manufacturing experience
In-house gear machining and assembly
Proven planetary gearbox motor designs
OEM-focused custom solutions
Strict quality checks at every stage
On-time delivery support
Our expertise makes us a trusted supplier of planetary gearboxes in India.
Custom Planetary Gearbox Solutions
Built for Your Application
Every application needs a specific solution. We design planetary gearbox motor systems based on speed, torque, and load requirements.
What We Offer
Custom gear ratios and torque
Compact and application-specific design
Motor compatibility support
Cost-effective manufacturing
Share your requirement, and our team will guide you.
Quality & Manufacturing Excellence
Precision You Can Trust
We follow strict manufacturing and inspection processes to ensure reliable performance.
Our Quality Process
Precision gear cutting and machining
Controlled assembly process
Dimensional and functional testing
Performance checks before dispatch
This process ensures each planetary gearbox delivers smooth output and long service life.
Need a Reliable Planetary Gearbox Motor?
Choose Auto-Mach Technologies for compact, efficient, and high-performance planetary gearboxes. We support OEMs and industrial clients with dependable solutions.
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