An “As Machined” finish offers unmatched practicality for engineering and prototyping, delivering precision, speed, and cost-efficiency without unnecessary aesthetic processing.
Fastest Production Time
An As Machined finish eliminates the need for additional polishing, sanding, blasting, anodizing, or coating steps. This drastically shortens production cycles, allowing engineers to move from design to prototype faster than with any other finishing method. XC Machining provides quick turnaround by machining parts directly to specification and delivering them without delays from post-processing.
Most Cost-Effective Machining Option
Because there is no added labor or materials involved, As Machined is the most budget-friendly finishing choice. It keeps production costs low while maintaining functional performance. For startups, prototyping teams, and cost-sensitive industries, XC Machining recommends the As Machined finish for balancing precision with affordability.
Dimensional Accuracy and Tight Tolerances
Secondary finishes like coating, anodizing, or polishing may slightly alter part dimensions. As Machined parts maintain the exact tolerances achieved during CNC machining because no additional material is removed or added. XC Machining frequently uses this finish for parts requiring ±0.01 mm tolerances, ensuring high dimensional accuracy.
Functional Prototypes and Mechanical Testing
For prototypes where geometry, functionality, and fit matter more than appearance, As Machined is the perfect choice. Engineers can evaluate clear tool paths, sharp edges, and untouched machined surfaces to verify performance. XC Machining delivers fully functional parts that allow immediate testing and validation.
Tool Path Visibility Helps With Engineering Review
The visible tool marks in As Machined finishes act as a diagnostic for machining quality. Designers and engineers can inspect tool paths, cutter engagement, and machining patterns to make informed adjustments. XC Machining uses optimized toolpaths to ensure tool marks are clean, uniform, and indicative of a well-machined part.
No Risk of Heat-Induced Warping
Some finishing processes, like anodizing or powder coating, expose parts to high temperature or chemical baths. As Machined avoids these risks entirely. This is especially beneficial for thin-walled parts, high-precision components, and materials sensitive to overheating. XC Machining maintains strict temperature control during machining to deliver stable, distortion-free components.
Spanish 
English 
French 
German