Automatic Drilling Balancing Machine-Auto Parts Industry Assistant

Automatic Drilling Balancing Machine-Auto Parts Industry Assistant

With the rapid development of China's automobile manufacturing industry and transportation industry, the requirements for product performance indicators are becoming higher and higher, especially the balancing of the rotating parts of the automobile has attracted more and more attention from domestic supporting manufacturers.

Full automation has slowly penetrated into our daily life, and the core components of the full automation device need to be tested by the dynamic balancing machine, therefore, in a future where everything is possible, it is inseparable from the assistance of the dynamic balancing machine.

Vertical dynamic balancing machine is the embodiment of traditional balancing technology, and has been proved to be very successful in the mass production of disc parts: pulley, brake disc, fan, clutch, flywheel and many other similar parts, using vertical balancing to do measurement is more economical than any other way.

Highlights of vertical drilling automatic balancing machine

Strong compatibility

Wide range of applications

Fast changeover

Ergonomic design

Short cycle time

Robot or conveyor can be integrated

Make fixture according to workpiece inner diameter  

Create master rotor based on the workpiece

Comply with ISO and CE safety standards

Provide GRR report

Stable and reliable

Vertical drilling automatic balancing machine is mainly used in the mass production of a disk-shaped workpieces, such as pulley, flywheel, brake disc, clutch pressure plates, fan, pump and other similar rotors. The unbalance detection and correction can be carried out by using the vertical drilling balancing machine, convenient and efficient

The rapid development of the auto parts industry is nothing new, the balancing of auto parts began to receive more and more attention, if there is an automatic balancing machine which can make the balancing become simple and fast, don’t need to weight removal manually, then the efficiency can be better improved, isn’t it?