60/40 Milking Pulsator – Pulsation for Cow & Buffalo Milking Machines

Product Overview

The 60/40 Milking Pulsator is a mechanical milking machine component designed to control the alternating vacuum and air cycles applied to teat liners during milking. With a 60:40 pulsation ratio, the pulsator provides approximately 60% milking phase and 40% resting phase, supporting a controlled and consistent milking process.

Designed for compatible cow and buffalo milking machines, this pulsator is suitable for dairy farms, portable milking systems, bucket milking machines and other vacuum-based milking equipment.

Key Features

• 60/40 pulsation ratio for controlled milking
• Designed for compatible cow and buffalo milking systems
• Provides alternating vacuum and air cycles
• Supports consistent liner movement during milking
• Suitable for mechanical vacuum milking systems
• Compact and practical design
• Easy to install on compatible systems
• Suitable for regular dairy farm operation
• Helps maintain consistent pulsation during milking
• Easy to inspect and maintain

How Does a 60/40 Milking Pulsator Work?

A milking pulsator alternates between vacuum and atmospheric air in the teat liner chamber. This creates the opening and closing action of the liner during milking.

In a 60/40 pulsation setting, approximately 60% of each pulsation cycle is allocated to the milking phase, while 40% is allocated to the resting phase. The actual pulsation rate and performance depend on the specific pulsator model and milking machine configuration.

Why Use a 60/40 Pulsator?

Consistent pulsation is an important part of a properly configured vacuum milking system. A reliable 60/40 pulsator helps maintain a predictable liner opening and closing cycle, supporting an organized and repeatable milking process.

It is particularly useful when replacing a worn or damaged pulsator on a compatible milking machine.

Applications

The 60/40 Milking Pulsator can be used in compatible:

• Cow milking machines
• Buffalo milking machines
• Bucket milking systems
• Portable milking machines
• Vacuum milking systems
• Small and medium dairy farms
• Commercial dairy operations

Technical Information

Specification	Details
Product	60/40 Milking Pulsator
Pulsation Ratio	60:40
Application	Cow & Buffalo Milking
System	Vacuum Milking System
Function	Vacuum & Air Pulsation Control
Type	Mechanical Pulsator
Installation	Compatible milking systems

Pulsation rate, operating vacuum, connection size and other specifications should be verified against the exact pulsator model and milking-machine configuration.

Installation & Maintenance

Install the pulsator according to the milking-machine manufacturer’s recommended vacuum and tubing configuration. Ensure all air and vacuum connections are secure and free from leaks.

Regularly inspect the pulsator, air tubes and connections for blockage, cracks, loose fittings or abnormal pulsation. Keep the pulsator and surrounding components clean and dry, and replace worn parts when required.

60/40 Milking Pulsator for Dairy Farms

The 60/40 Milking Pulsator is a practical replacement and system component for compatible vacuum milking machines. By controlling the alternating vacuum and air cycle, it helps maintain consistent liner movement and a repeatable milking process for dairy farms using cow or buffalo milking equipment.

Faq

What is a 60/40 Milking Pulsator?
A 60/40 Milking Pulsator is a component of a vacuum milking machine that alternates vacuum and atmospheric air to control the opening and closing of the teat liner. Its 60:40 pulsation ratio provides approximately 60% milking phase and 40% resting phase.

What is a 60/40 pulsation ratio?
The 60/40 ratio describes the proportion of each pulsation cycle spent in the milking and resting phases. The exact cycle rate depends on the specific pulsator and milking system.

Where is it used?
It is used in compatible cow and buffalo vacuum milking machines, including bucket, portable and other dairy milking systems.

What should be checked before purchasing?
Check the pulsator’s connection type, pulsation rate, vacuum-system compatibility, tubing configuration and mounting arrangement before installation.