Panasonic MX8G120B, Spur Gearbox, 120:1 Gear Ratio, 7.84 Nm Maximum Torque, 11.25rpm Maximum Speed

Maximum Output Torque: 7.84 Nm

Shaft Diameter: 10mm

Gear Ratio: 120:1

Gearbox Type: Spur

Maximum Speed: 11.25rpm

Overall Length: 80mm

Overall Depth: 30mm

Power Rating: 25 W

Overall Width: 80mm

The Panasonic MX8G120B represents a pinnacle of precision engineering in the domain of motion control and power transmission. This spur gearbox is designed to seamlessly integrate with a variety of motor types, offering an impressive 120:1 gear ratio. Its primary function is to multiply the torque while reducing the speed output from a motor, achieving a fine balance between force and control in various applications.

Standout Features and Benefits: Enhancing Performance Across Applications

• Ideal for applications requiring strong force at a slow, controlled pace.
• Its small footprint makes it suitable for space-constrained environments.
• Built with high-quality materials, it promises longevity and reliability.
• Compatible with various motors, facilitating seamless integration into existing systems.
• The spur gear design minimises operational noise, contributing to a quieter working environment.

Maximising Efficiency and Control

• Gear Ratio: The 120:1 gear ratio is a standout feature, allowing for significant torque amplification while precisely controlling the output speed.
• Maximum Torque: Capable of delivering up to 7.84 Nm of torque, the MX8G120B ensures that sufficient power is available for demanding tasks.
• Maximum Speed: With an upper limit of 11.25rpm, it maintains a controlled, steady pace, ideal for applications requiring precision more than speed.

The Panasonic MX8G120B, Spur Gearbox, 120:1 Gear Ratio, 7.84 Nm Maximum Torque, 11.25rpm Maximum Speed: Wide Application Range

The Panasonic MX8G120B is a robust, versatile gearbox well-suited for a wide array of industrial and research applications, combining power, precision, and reliability. Some of its primary applications include:

• Robotics: Perfect for robotic arms requiring precise movement and vital force.
• Automated Machinery: Essential in conveyor systems and automated production lines for controlled motion.
• Medical Equipment: Used in devices where precision and reliability are paramount.
• Research and Development: Aids in experimental setups demanding high torque at low speeds.