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APPLICATION NOTES

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Manufacturing & Automation: Measuring your Machine Tools

The manufacturing industries carry many operations that generate unwanted noise and vibrations. Such phenomenons are more than just parasites; they can alter the production quality, especially in machining.

Noise and vibration have multiple sources in a machine. They may come from structural or torsional resonance, transmission effects as well as inappropriate force and speed. OROS provides a complete solution line to understand, localize and reject these interferences. Based on multi-analysis capabilities, the roots of issues are clear and easily controlled.

R&D

 

  • Machine tool structures
  • Machine tool transmissions
  • Micro-electronics machine stability

Production

 

  • High Speed Machining Optimization
  • On-line Test
  • Matching Quality Check
  • Grinding machines tuning

Machine Tools

  • High Speed Machining
  • Milling and Lathing Machines
  • CNC center
  • Grinding Machines
  • Robots

Micro-Electronics Equipments

  • Wafer Steppers
  • Photolithography Machines
  • Workshops Floor Vibration

Structural Dynamics


Damping & Isolation

 

 

Absorbing and damping mounts are the components through which the vibration energy is transmitted between the motor and the rest of the optical parts: their properties dimensions and positions are key and should be determined with care. The techniques used are cross spectrum, transfer functions, damping, as well as ODS.

 

 


Cutting Tool Optimization

 

 

To produce high quality mechanics, high quality machining is required. Machine tools like any other high speed machines have a potential rich vibration content. It is essential to monitor and optimize surface fluctuations generated by the cutting tool vibrations in order to avoid any possible defect in the quality of the manufactured parts.

 

 

 

 

Experimental Modal Analysis

 

 

Modal Analysis is one of the key step when testing machines' structures and components: it will determine their structural characteristics and so, will define how they will react to operating excitations. Shaker or impact hammer excitations can be used to capture the experimental datasets: the final stage is the actual OROS Modal analysis.

Rotating Analysis

 


Torsional Analysis

 

 

Electric motors and their transmissions are subject to rotational speed fluctuations and resonances. These torsional motions may have important effects;

fatigue, life time reduction, malfunction or low quality machined parts source may be hidden in the motors, gears, belts or chains of your machine tool.

The OROS Torsional inputs and associated software offer the ideal toolset for identifying the source and path of rotational fluctuation into your machine kinematic.


Gear & Transimssion Analysis

 

 

Gear box vibrations have high frequency content which can impact machine’s parts quality. A fi rst step is to analyze them using the standard FFT analysis
One can get further with tools such as cepstrum, kurtosis and harmonic markers provided by the OROS FFT-Diagnostics tool

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