Precision CNC Machining: High-Mix, High-Complexity Specialists
At Saliba Industries, we specialize in the intersection of tight tolerances and rapid turnaround. Most shops are designed for the "long run"—we are designed for the High-Mix. Whether you are developing a hard-tech prototype or require a short-run production partner, our standardized machining process is engineered for repeatability.
We focus on parts that require an elevated level of technical scrutiny. By leveraging a Digital Thread workflow, we integrate SolidWorks design files directly into MasterCam toolpathing. This eliminates the "data gap" between your engineering team and our spindle, ensuring that the final physical part is an exact mirror of your digital intent.
Technical Focus Areas
Tight-Tolerance Thin/Flat/Small Parts:
Specializing in aluminum parts up to 1" × 4" × 20", optimized for thin-walled geometry, electronic enclosures, and thermal management components.
Beryllium Copper (BeCu):
Years of experience machining Beryllium Copper in a precise, repeatable, and most importantly, safe manner.
Live-Tooling Lathe Work:
Utilizing C- and Y-Axis capabilities to deliver "Done-in-One" round parts, maintaining concentricity for round features and accuracy for off-center ones.
CNC Machining Services
Milling, Turning, and Light Assembly
Specialization: High Mix
When your designs demand tight tolerances and fast turnaround, but your production volumes don’t justify long runs, our standardized prototyping process is built precisely for you.
We specialize in aluminum parts that fit within a 1" × 2" × 20" envelope, giving you the precision of a custom setup with the speed and efficiency of a repeatable production method.
Complex Turned Parts
In addition to flat parts, we also specialize in turned parts with live tooling features. For round parts with off-center holes, grooves, or slots, we can minimize setups using our live-tooling lathe with C- and Y-axis capabilities.
General Job Shop Services
We have ample experience and a wide range of equipment to repair, reverse engineer, or assemble your next project.