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SHBD Metal offers precision 5-axis CNC machining services for complex geometries, tight tolerances, and superior surface finishes. Simultaneous 5-axis milling for aerospace, medical, automotive, and mold making applications.
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At SHBD Metal, we utilize advanced 5-axis CNC machining centers from leading manufacturers including DMG MORI and Mazak. Our machines feature high-speed spindles up to 18,000 RPM, positional accuracy of ±0.003 mm, and simultaneous 5-axis interpolation for machining the most complex geometries.
Our 5-axis CNC machines support both simultaneous (full 5-axis) and 3+2 axis machining strategies, giving us the flexibility to choose the optimal approach for each part. With automatic tool changers, high-pressure coolant systems, and in-process probing, we deliver consistent quality across prototypes and production runs.
With so many precision machining providers available, why partner with SHBD Metal? Here are key reasons that make us stand out:
With over 10 advanced 5-axis CNC machines in-house, we deliver both prototypes and production parts quickly and reliably. Need it faster? Our expedited machining options help you meet tight deadlines with ease.
Our 5-axis CNC centers feature high-speed spindles, precision ball screws, and advanced CAM software. Combined with an in-process inspection system, we ensure every part meets your exact specifications.
Our team of experienced engineers provides in-depth DFM feedback, toolpath optimization, and material selection guidance. We help you design for manufacturability while reducing costs and lead times.
From aerospace and medical to automotive and mold making, our 5-axis capabilities serve diverse industries. ISO 9001:2015 certified quality management ensures consistent, repeatable results.
Technically, adding two more axes to a traditional 3-axis setup results in a machine with five axes, but the 3+2 axis is not truly equivalent to a 5-axis machine.
5-axis CNC machines can have different configurations. The most common types are trunnion-style and swivel-rotate-style machines.
| Workpiece Movement | Moving table (tilts and rotates) |
| Axis Configuration | A-Axis (tilt), C-Axis (rotate) |
| Tool Length | Requires longer tools |
| Machining Stability | Moderate (depends on table weight limit) |
| Best Part Size | Small to medium-sized parts. Ideal for complex curves and freeform surfaces |
| Recommended Industries | Mold making, medical, aerospace |
| Workpiece Movement | Stationary table, moving spindle |
| Axis Configuration | B-Axis (tilt), C-Axis (rotate) |
| Tool Length | Uses shorter tools |
| Machining Stability | High (stable table, reduced vibration) |
| Best Part Size | Ideal for large or heavy parts. Suitable for irregular shapes and housing-type parts |
| Recommended Industries | Aerospace, energy equipment, electronic enclosures |
Our 5-axis capabilities serve a wide range of industries, from aerospace to electronics, providing precise and reliable machining solutions for every application.
5-axis machining is extensively used in automotive for both prototyping and production of vehicle components.
5-axis machining is essential for aerospace components requiring tight tolerances and complex geometries.
Medical device manufacturing demands precision, surface quality, and biocompatibility—all achievable with 5-axis CNC.
Defense applications require rugged, precision-machined components that perform reliably in extreme conditions.
Electronics manufacturing benefits from 5-axis machining for precision enclosures and thermal management components.
5-axis machining enables the creation of complex mold cavities with superior surface finishes and reduced hand finishing.
Over the years, we have successfully tackled complex machining challenges, delivering precise and reliable solutions for parts with intricate and unconventional geometries.
Challenges: The geometry of this model is complex. Some of the joint lines are almost flat. The customer initially had this model made by 3D printing, which did not meet expectations.
"Thank you very much for bringing our design into reality! CNC machining is indeed a better way than 3D printing to make this model."— Kyndel Wilson
Challenges: Deep cavity tolerance of ±0.02mm with roughness Ra0.1. Small channels in multiple directions required tight tolerance to ensure flow rate.
"Our engineers have inspected and assembled them. All goes well. Thank you for such a great job."— Ryan Growel
Beyond a well-designed engineering plan, selecting the right material can help lower overall costs. SHBD Metal provides a variety of material options.
