Manufacturing technology has advanced significantly beyond basic 2-axis CNC turning. While traditional lathes are still great for simple cylindrical parts, modern engineering projects often require more sophisticated solutions. As components become more complex, demanding tighter tolerances and unique shapes, our machining approaches need to keep pace.
This shift has led to the widespread use of multi-axis turning centers. Unlike standard lathes that only move in two axes (X and Z), these advanced machines incorporate live tooling. This means the machine can perform milling, drilling, and tapping without removing the part from the chuck. This done-in-one process minimizes the need to transfer the workpiece between different machines, which in turn reduces the potential for operator errors and tolerance stacking.
At WessDel, we know how important the right CNC turning services are, so we’ve compiled some information about how our services stand up to the highest standards.
Moving to Next-Level Complexity with Turn-Mill
The biggest leap in machining is the implementation of 5-axis simultaneous technology. This allows both the cutting tool and the workpiece to move and rotate along five different axes at once. It makes it possible to create highly complex, organic forms and contoured surfaces that were previously either impossible or too expensive to produce.
With 5-axis capability, handling features that are not aligned with the part’s main rotation (like angled pockets, off-center holes, or complex slots) becomes straightforward. This freedom also empowers engineers to rethink product design. Instead of designing an assembly from multiple simple components, they can often create a single, stronger monolithic part. This approach cuts down on the total number of parts, boosts structural integrity, and simplifies the final assembly process.
Optimizing for Manufacturing Efficiency and Quality
Achieving this level of precision involves more than just powerful hardware; it depends on advanced digital tools. High-end CAD/CAM software is essential for running tool path simulations before any material is cut. This proactive step is crucial for collision avoidance and for optimizing cutting speeds to ensure the tool can safely navigate intricate geometries.
Because the tool can approach the workpiece from the ideal angle, we can use shorter, more rigid tools, minimizing vibration and chatter, and delivering a superior surface finish and tight adherence to geometric tolerances across multiple planes. Once a process is proven with a prototype, these digital workflows make it easy to scale up to full production with consistent, repeatable results.
Choosing the Right Manufacturing Partner
When you select a manufacturing partner, the equipment is only part of the story. You also need a team that combines state-of-the-art machinery with deep operational expertise and a rigorous quality control system. It’s vital to partner with a shop that knows how to precisely verify complex geometries against strict industry standards, ensuring a true zero-rework philosophy is followed.
Based in San Jose, CA, WessDel specializes in CNC turning and milling for sectors including aerospace, defense, and semiconductor manufacturing. Our facility is equipped to machine specialty metals such as Beryllium, AlBeMet, and Titanium, consistently delivering high-precision components that meet the toughest specifications.
Connect with WessDel for Advanced Machining Services
Are you ready to improve your manufacturing strategy? Contact WessDel online today or call (408) 496-6822 to discuss how our multi-axis machining expertise can support your most complex upcoming project.