At V&S Engineering, we provide advanced 5-axis machining services for precision components that require complex geometry, multi-face machining, and tight positional accuracy. This technology allows cutting tools to move along five different axes simultaneously, making it possible to create detailed shapes in a single setup that would otherwise require multiple operations.
Our 5-axis machining capabilities are ideal for parts that cannot be efficiently or accurately produced using traditional 3-axis or 4-axis methods. Located in Huntington Beach, California, V&S Engineering supports customers across the United States with high-precision machining solutions for aerospace, defense, automotive, medical, and engineered mechanical applications.
Our Capabilities
What We Deliver
Simultaneous 5-Axis Machining
Full simultaneous motion across all five axes for complex contoured surfaces and compound angles.
Multi-Face Single Setup
Machining multiple faces without re-clamping, reducing setup time by up to 90% and eliminating cumulative tolerance error.
Complex Contoured Surfaces
Precision machining of curved profiles, angled features, and intricate geometries with superior surface finish.
Tight-Tolerance Accuracy
Positional accuracy of ±0.0002" maintained through consistent datums and reduced part handling.
Custom Fixturing
Engineered fixturing solutions for part stability, repeatability, and optimal tool access on complex components.
Prototype to Production
Scalable from single prototypes to full production runs with consistent quality and on-time delivery.
Technology
What Is 5-Axis CNC Machining?
5-axis CNC machining is a manufacturing process that allows cutting tools to move along five different axes simultaneously or positionally. In addition to the standard X, Y, and Z linear movements, 5-axis machines include two rotational axes, enabling the tool to approach the part from multiple angles during machining.
This expanded range of motion makes it possible to machine multiple faces in a single setup, produce complex geometries with improved accuracy, reduce setup time and cumulative tolerance error, and achieve superior surface finishes on contoured features. By minimizing re-clamping and maintaining consistent datums, 5-axis machining improves part quality while streamlining production.
Applications
Typical Applications
- Components with features on multiple faces
- Parts with angled holes, pockets, or surfaces
- Complex contours and curved profiles
- Precision components requiring tight feature-to-feature relationships
- Parts where reducing setups improves consistency and lead time
- Aerospace structural and engine components
Materials
Materials We Machine
Our team has experience machining a wide range of materials using 5-axis CNC machining strategies optimized for each alloy. Material-specific tooling, feeds, speeds, and inspection plans are applied to ensure dimensional accuracy and surface integrity.
Quality
Process Control & Inspection
Precision 5-axis machining requires robust inspection processes to verify part conformance. V&S Engineering supports aerospace and defense manufacturing requirements by implementing controlled machining and inspection processes throughout every production run.
Early Dimensional Planning
Identification of critical dimensions and defined machining sequences before production begins.
In-Process Inspection
Multiple dimensional inspections during production to catch deviations early and maintain conformity.
Calibrated Equipment
Routine calibration of all inspection tools in a temperature-controlled environment for measurement accuracy.
Final Verification
Complete dimensional verification prior to shipment, ensuring complex components meet design specifications.
Decision Guide
When 5-Axis Is the Right Solution
Choosing the correct machining method is critical for cost, quality, and delivery. V&S Engineering evaluates each part based on geometry, tolerance, and volume to determine the most effective machining solution — not the most complex one.
- Part geometry includes compound angles or contoured surfaces
- Features exist on multiple faces requiring single-setup access
- Tight feature-to-feature relationships demand minimal re-clamping
- Setup reduction is critical for delivery timeline or cost efficiency
- Superior surface finish on complex contours is required