The phrase "accuracy machining" is correct and usable in written English.
It can be used in contexts related to manufacturing, engineering, or any field where precise machining processes are discussed.
Example: "The company specializes in accuracy machining to ensure that all components meet the highest quality standards."
Alternatives: "precision machining" or "exact machining".
To achieve high accuracy machining, the controller for the linear motor system should be designed to compensate for the cutting force.
the metalworking industry interest in high speed and high accuracy machining has asked the machine-tools builders to focus attention on one topic in particular: the dynamic behaviour of the feed axes.
The use of parametric curves to generate tool-motion trajectories on a workpiece for high accuracy machining has become a standard data format that is used for CAD/CAM (Computer Aided Design/Computer Aided Manufacturing and CNCC systems.
Linear motors are getting promising for use as high speed, high accuracy machine tool feed drives.
When the thermodynamic conditions are changed at the interface, only the "erfc" and the "energy" solutions retain overall accuracy (machine precision) with few terms (<30).
The data streams real-time monitoring is delivering today is the catalyst leading to greater real-time analytics accuracy, machine learning adoption and precision and a broader integration strategy to the PLC level on legacy machinery.
A novel integrated approach to high-accuracy machining with industrial robots is presented in this paper.
The designed feedforward controller is implemented for the contouring control of a high-speed and high-accuracy machining center.
To generate continuous velocity, acceleration and jerk curves of parametric interpolation in high-speed and high-accuracy machining, this paper presents a trigonometric velocity scheduling algorithm based on two-time look-ahead interpolation (pre-interpolation and look-ahead interpolation).
Driven by the ever increasing need for the high-speed high-accuracy machining of freeform surfaces, the interpolators for parametric curves become highly desirable, as they can eliminate the feedrate and acceleration fluctuation due to the discontinuity in the first derivatives along the linear tool path.
However, these remarkable high-speed and high-accuracy machines have an Achilles heel that is the intolerance of any alteration in the four normal bases, A, G, T, and C. The presence of a chemically modified DNA base or a DNA strand break could cause stalling or collapse of a replication fork.
