What are the Types of Balancing Machines?

Balancing machines are available in various types, specifically designed for industrial needs. Each machine type is customized for different part sizes, weights, and applications. Here are the most common types of balancing machines and their areas of use:

Horizontal Balancing Machines: Ideal for balancing long and heavy parts. They are used to correct both static and dynamic imbalances in parts such as large rotors, shafts, and generator shafts.

Vertical Balancing Machines: Designed for vertically balancing short, disc-shaped parts around their axes. These machines are highly effective for fans, brake discs, flywheels, and pulleys.

Turbo Balancing Machines: Used for precision parts operating at high speeds, such as turbochargers and turbine components. These machines test parts at very high speeds, ensuring the most accurate balancing at operating speeds close to operating speed.

Shaft Balancing Machines: Developed specifically for the precise balancing of long, cylindrical shafts and cardan shafts. They are widely used in the automotive and shipbuilding industries.

Automatic Balancing Machines: Ideal for mass production lines requiring fast and precise balancing. These machines automatically measure and correct unbalance, minimizing human intervention and increasing production efficiency.

Additionally, specialized equipment such as flowbench machines (flow performance testing), portable wastegate testers, and optional units that extend the functionality of balancing machines are also available for specific applications. At MBS Balance, we offer solutions for all your balancing needs with our wide range of machines. Consult our expert team about your part specifications and production goals to determine which machine type is best for you.

In addition to these product groups, balancing machines are also classified along several technical axes, and the correct selection is made at the intersection of these axes:

• By measurement principle: hard (rigid) bearing and soft-bearing machines
• By drive system: belt-driven, shaft/cardan-driven, and self-driven machines
• By purpose: general-purpose machines that balance a wide variety of parts, and special-purpose machines designed specifically for a single part family (turbo, cardan, brake disc)
• By level of automation: manual, semi-automatic, and fully automatic (measure-correct-verify) lines

For example, while a hard-bearing, general-purpose horizontal machine is ideal for a workshop balancing a wide variety of parts, a fully automatic special-purpose solution maximizes efficiency for a single part type in series production. MBS Balance helps you determine the most suitable machine type by evaluating these axes together with your part's geometry, speed, and production volume.