Vertical Balancing Machines, Testing Machines, Rotor Balancing Machines, Fan Balancing Machines, Rotating Component Balancing Machines, Manufacturer, Kolhapur, India

"Balance can be the difference between success and failure. That's why it's important no, it is essential - to choose the right balancing company. Our Balancing Machines cover a wide range of sizea and applications, but all the machines have one thing in common... they are designed around the needs of our cutomers.

Aditi Engineers & Instruments
Address : 10 / 284,
Near New Telephone Exchange,
Shivaji Nagar, Ichalkaranji - 416 115,
District. Kolhapur, Maharashtra, India.
Phone : (Works) : +91 - 230 - 2424851
Mobile : +91 - 94224 28589, 95456 78800

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ADITI ENGINEERS AND INSTRUMENTS producing balancing machines for over 15 years. Our expertise has been integrated into solutions for our customers in all industries all over India & abroad. The better we do our job of providing top-quality products and services, the better we will support our customers in their own desire to produce products of superior quality. We therefore aim to constantly improve the quality and durability of our products.

What is Balancing?

In the balancing operation, the axes are brought into alignment by placing balancing weights, by removing unbalanced weights, Depending on the mutual positions of the principal central axis of inertia, the axis of rotation, and the axis of the part, a distinction is made between Static Balancing and Dynamic Balancing.
Static Balancing
Static balancing is used when the principal central axis of inertia becomes displaced parallel to the axis of rotation. When a rotor is placed on smooth rails, the heavy side will turn to face downward. The unbalance experienced when an object is static (not moving) is called static unbalance. Static unbalance can be corrected using only one location (one- plane correction for one-plane unbalance).
Couple Unbalance

Couple unbalance is the amount of unbalance remaining after correcting static unbalance of rotor. It consists of multiple unbalance vectors of equal magnitude, located laterally apart and oriented 180 degrees in opposite directions
Dynamic Balancing

Dynamic balancing is used when there is an angular displacement of the principal central axis of inertia relative to the technological axis of rotation; the axes then intersect at the center of gravity of the part. In this case dynamic unbalance is a consequence of the centrifugal moment and can be offset by placing the weights in two correction planes generating a compensating couple of centrifugal forces. Balancing Machine
Balancing Machine
A machine for the determination of the point and value (degree) of static or dynamic imbalance of rotating machine
parts such as rotors. Balancing machines are driven by a double-hinged shaft, a slip-on transmission belt, an air jet, or other device. Correction of an imbalance-that is, addition of material (by welding, bolting etc.) or removal of excess material (by drilling, milling, and so on) -is done manually either on or off the balancing machine. Types of Balancing Machines are available for Dynamic Balancing with a Horizontal or Vertical Axis of Rotation.