Propeller Balancers | Universal Balancing

Overview

Propeller Balancers | Universal Balancing are a range of machines for all types of plane and boat propellers and are described as super simple to setup and operate, low maintenance and high reliability. Non-rotating (static) propeller balancers offer simple workholding, easy loading and unloading and avoid the influence of windage caused by rotating the impeller. Vertical propeller balancers offer simple workholding, easy loading and unloading, one or two-plane measurement and optional integrated correction such as drills etc. Horizontal propeller balancers offer the highest accuracy, flexibility, one and two-plane measurement and optional integrated correction. All balancing machines come with the UNI-64 measuring system and Winbal balancing software; Winbal contains step by step instructions for part setup, unlimited job profile storage, simple to follow unbalance correction instructions, error proofing of setups and operation, features to improve cycle time, prompt routine maintenance checks and comprehensive industry 4.0 in-built diagnostics functionality. The machines have a small footprint as standard, are installed and commissioned in as little as 1 day and are built largely with industry standard components. These balancing machines are used for balancing propellers for plane and boat propellers, supporting one-plane and two-plane measurement and optional integrated correction such as drills. Winbal provides step by step setup guidance, unlimited job profile storage and simple unbalance correction instructions to make setup and operation simple, while its in-built diagnostics and maintenance prompts support ongoing operation. Global supply and global support are offered; engineers are available 24/7 to remotely connect to the machine and can resolve as many as 90% of all issues remotely, with a global network of support engineers available for rapid dispatch. Applicable sectors listed include Aerospace & industrials, Transportation and Medical & Life Sciences.