Mechtex - Best BLDC Motor Manufacturer

Mechtex has established a strong reputation globally for delivering dependable and high torque BLDC motors to varied industries, for the past 12 years. Our BLDC motors are known for their superior efficiency, high torque, and precise speed control, making them an ideal solution for applications that require reliable performance and energy efficiency.

Mechtex is a leading BLDC motor manufacturer in India and has been in existence for over 55 years. We manufacture 3-phase BLDC motors with different speeds, torque, and voltage combinations. We have 12V BLDC Motor, 24V BLDC Motor, 36V BLDC Motor and Outrunner BLDC Motor with speeds ranging from 1,000 RPM to 10,000 RPM and torque ranging from 0.3 Ncm to 120 Ncm.Â

To further enhance the performance of Mechtex BLDC motors, we offer a variety of Spur Gearboxes and Planetary Gearboxes solutions. These gearboxes are engineered for durability, precision, and compatibility with numerous applications. We also offer extensive customisation options, including custom shafts, mounting configurations and other integrations such as BLDC Motor Drivers allowing you to tailor our motors to meet specific application requirements with affordable prices for bulk requirements.

Our motors offer the following characteristics:

Excellent Life Cycle: Designed for long operational life with minimal maintenance.
High Torque: Delivers superior torque output for demanding applications.
High Efficiency & Low Power Consumption: Ensures energy savings while maintaining peak performance.
High Speed & Easy Speed Control: Facilitates smooth and precise operation across a wide speed range.
Wide Range of Customisation: Flexible options for customisation, including gearboxes, encoders, and specialised mounting solutions.

Mechtex BLDC motors are widely used in applications such as industrial automation, HVAC systems, robotics, medical devices, vending machines, drones, and more. Combined with our advanced gearbox options, Mechtex BLDC gear motors offer the high torque, efficiency, and customisation required to meet the challenges of modern industrial applications.

BO22(3W)

Speed:9510 RPM

Torque:0.31 cNm

Voltage:12 V DC

BO22(5W)

Speed:9350 RPM

Torque:0.73 cNm

Voltage:24 V DC

BO32(6W)

Speed:9280 RPM

Torque:0.69 cNm

Voltage:24 V DC

BO32(15W)

Speed: 4590 RPM

Torque: 2.5 cNm

Voltage: 24 V DC

BO32(M)

Speed:5300 RPM

Torque:0.6 cNm

Voltage:24 V DC

BO42(30W)

Speed:6000 RPM

Torque:5.7 cNm

Voltage:24 V DC

BO42(50W)

Speed: 6710 RPM

Torque: 8.3 cNm

Voltage:24 V DC

BO42(70W)

Speed:5600 RPM

Torque:13 cNm

Voltage:24 V DC

BO42(100W)

Speed:5800 RPM

Torque:17 cNm

Voltage:24 V DC

BO52(80W)

Speed: 4600 RPM

Torque:15 cNm

Voltage: 12 & 24 V DC

BO52(120W)

Speed: 4473 RPM

Torque:21 cNm

Voltage: 12 & 24 V DC

BO52(160W)

Speed: 3800 RPM

Torque: 42 cNm

Voltage: 24 V DC

BO62(100W)

Speed:4360 RPM

Torque:27.4 cNm

Voltage:24 V DC

BO62(150W)

Speed:3780 RPM

Torque:42 cNm

Voltage:24 V DC

BO92(160W)

Speed:3277 RPM

Torque:0.4 cNm

Voltage:24 V DC

BO92(220W)

Speed:3200 RPM

Torque:72 cNm

Voltage:36 V DC

Frequently Asked Questions (FAQs)

What is the difference between outrunner and inrunner?

Outrunner motors have a larger diameter, higher torque, and lower RPM. Inrunner motors have a smaller size, lower torque, and higher RPM. Outrunner motors are preferred when high torque and slower speeds are necessary, while inrunner motors are chosen for applications that require higher speeds and compact motor design.

What is the difference between brushed and brushless motors?

The main differences between brushed and brushless motors are related to their commutation methods, maintenance requirements, efficiency, and applications. Brushed motors use physical brushes and commutators for commutation and have higher maintenance needs. They are commonly used in applications where cost is a significant factor, and where the maintenance requirements can be accommodated. Brushless motors use electronic commutation, have lower maintenance requirements, and are more efficient, making them suitable for high-performance applications where reliability and efficiency are crucial. They are commonly used in various high-performance applications, such as drones, electric vehicles, industrial automation, computer cooling fans, and high-end power tools.

What is the difference between detent torque and running torque?

Detent torque is the static or holding torque that a BLDC motor generates when it is not energized with any current. It is created in the rotor of a permanent magnet motor and is also known as Restraining Torque. Running torque, on the other hand, refers to the torque produced by the motor when it is actively powered and running. The torque generated during this rotation is the running torque.

Which is better BLDC or DC motor?

It ultimately depends on the specific application and requirements. BLDC motors are generally more efficient, reliable, and low maintenance, but DC motors may be more suitable for certain high-torque applications.

What are the applications of BLDC?

BLDC motors are commonly used in industries such as automotive, aerospace, robotics, and consumer electronics. They are also used in household appliances, power tools, and electric bicycles.