Precision-adjusted

Relating to a system, instrument, or process that has undergone modification or calibration to achieve a high degree of accuracy and exactness. This involves careful refinement of settings, measurements, or components to minimize error and ensure that results align closely with desired values or standards. It emphasizes meticulousness in ensuring the output matches the input with minimal deviation, often involving iterative adjustments and rigorous testing to fine-tune the system for optimal performance.

Precision-adjusted meaning with examples

• The manufacturing plant used a precision-adjusted robotic arm to apply adhesive with micron-level accuracy. This ensured a consistent bond strength across all components, minimizing waste and defects. The engineers meticulously calibrated the arm's movements and pressure sensors, regularly testing its performance against established tolerances to maintain the highest standards of product quality and consistency.
• The scientific instrument, a spectrometer, was precision-adjusted to measure the wavelengths of light emitted by a sample. The technicians employed advanced calibration techniques involving known spectral lines and internal standards to guarantee the instrument's reliability. The meticulous calibration process involved careful alignment of optical components and precise adjustment of the detector's sensitivity.
• The financial models were precision-adjusted using historical data and economic indicators to account for market volatility. The analysts fine-tuned the weighting of various factors to minimize prediction errors and improve the accuracy of investment recommendations. Their approach involved several cycles of assessment and modifications, refining the model parameters.
• The pilot made a series of precision-adjusted maneuvers during the emergency landing, carefully balancing speed, altitude, and wind conditions. He used a sophisticated flight control system, constantly adapting and refining his techniques to minimize the risk of structural damage and ensure passenger safety. Each control input was calibrated to minimize any unnecessary jolts.