Home » Product Detail
Products

Manual or Automated Vertical High Precision Balancing Machines

Model: High Precision Balancing Machines
Brand Name: Jacton
Order Quantity: MOQ 1pc Acceptable
Product Origin: Guangdong, China
Assembly Drawing: 3D (stp, step, model, igs), 2D (dwg, dxf), PDF
Delivery Time: 10-15 Working Days After Payment
Payment Methods: T/T, PayPal, Western Union, MoneyGram
Transportation Modes: Air Freight, Sea Freight
Shipment Port: Shenzhen, Guangzhou, Hongkong
Packages: Strongest Exporting Plywood Cases
Description:
Manual or Automated Vertical High Precision Balancing Machines For Heavy Rotors Adjustable with Worm Gear Screw Jack.

Vertical high precision balancing machines are the most accurate balancers available and are perfect for applications that have high reliability requirements, high accuracy requirements, or for lightweight or heavy rotors without journals such as clutches, flywheels, fans and blowers. The vertical balancers can handle nearly any rotor diameter and provide precision balancing results in either one or two planes. A clamping element is mounted directly on the balancing spindle to make changeover quick and easy. Universal clamping adapters or custom made clamping adapters for special rotors can also be used. All vertical balancing machines can be easily integrated with a variety of correction methods such as welding, grinding and drilling equipment.

Automated vertical high precision balancing machines cover the entire spectrum from semi-automatic to fully automatic operation by several worm gear screw jacks working together, with unbalance correction methods ranging from drilling, milling, punching, riveting and welding. The high precision balancing machine can be upgraded from simple manual operation by worm gear screw jacks to fully automatic systems integrated directly in the production line. Balancing on a vertical balancing machine is fast and cost efficient. Unbalance correction can be performed directly on the machine, thus saving time over other systems, where measurement and unbalance correction are performed on two separate machines.