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With dedicated 5-axis capacity in-house, we can fabricate both prototype and production-ready parts quickly while still protecting scheduling discipline for urgent programs.
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5-Axis CNC Machining Services
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Complex geometry in fewer setups - Responsive engineering review before release
- Metal and engineering plastic support
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5-Axis CNC Machining Explore our CNC Machining Services
The 5-Axis CNC Machines We Use
Our 5-axis CNC machining cells are engineered for complex, time-sensitive parts that benefit from fewer setups, tighter positional control, and cleaner surface transitions across multiple faces.
At ZigiTech, we support rapid prototypes, bridge quantities, and low-volume manufacturing for metal and engineering plastic components that require dependable precision machining support and responsive engineering review.
Together with our broader CNC Machining Services, including 3-axis milling, CNC turning, and EDM support, this workflow helps us fabricate intricate geometry with stable quality and competitive value.
Why Choose 5-Axis Machining with ZigiTech
High-Performance Equipment
Our advanced 5-axis machining cells and inspection workflow support ultra-tight tolerance control, stable repeatability, and premium-grade surface quality for demanding applications.
Engineering Expertise
Our engineers review geometry, tool access, and manufacturability early so your CNC Machining Services plan balances performance, cost-effective production, and risk reduction.
Trusted Across Industries
We support aerospace, electronics, industrial equipment, and other technical sectors with dependable multi-axis machining support for intricate metal and plastic parts.
Which Suits Your Project?
 |  | |
|---|---|---|
| Movement | All five axes move simultaneously, allowing continuous toolpath adjustment for complex contours and faster cutting without pause between passes. | Three axes machine while two rotary axes index to a fixed angle, creating a more rigid setup for selected features and angled faces. |
| Complexity | Best for highly complex geometry and tight-tolerance components completed in a single setup. | Well suited to parts that need multi-angle positioning without full continuous motion. |
| Surface Quality | Produces smoother transitions with fewer tool marks across sculpted surfaces. | May require additional finishing because the part is repositioned between machining stages. |
| Efficiency | Reduces setups and shortens cycle time for advanced multi-axis machining programs. | Usually slower than full simultaneous machining, but still more efficient than many 3-axis workflows. |
| Best For | Aerospace, medical, and intricate industrial components with demanding geometry. | Large prismatic parts with angled features, fixtures, and cost-conscious precision machining projects. |
| Cost & Investment | Higher machine, programming, and process-planning investment for premium performance. | A more cost-effective alternative when full simultaneous motion is not essential. |
Faster Quoting for Production-Ready Parts
01
Share the Part Design
Upload the model to kick off a fast technical review.
02
Review Quote & DFM Notes.
See immediate cost guidance plus practical feedback for efficient production.
03
Lock in Manufacturing Details.
Sign off on the final requirements before machining or molding begins.
04
Delivery in Motion.
Finished parts move from production control to outbound shipment.
Comparing 5-Axis Machine Styles
 | | |
|---|---|---|
| Workpiece Movement | Moving table architecture that tilts and rotates the workpiece through the required angles. | Stationary table layout with a moving spindle that handles the rotary positioning. |
| Axis Configuration | Commonly uses an A-axis tilt combined with a C-axis rotary movement. | Typically uses a B-axis tilt together with C-axis rotation. |
| Tool Length | Often requires longer tools to reach features as the table repositions the part. | Supports shorter tools, which can improve stiffness and cutting confidence. |
| Machining Stability | Moderate stability that depends on table payload, geometry, and workholding strategy. | High stability thanks to the stationary table and reduced vibration on heavier workpieces. |
| Part | Best for small to medium-sized parts with complex curves and freeform surfaces. | Ideal for larger or heavier components, irregular shapes, and housing-type parts. |
| Recommended Industries | Mold tool making, medical devices, and aerospace parts with sculpted geometry. | Aerospace hardware, energy equipment, and electronic enclosure manufacturing. |
5-Axis Machining Applications
Automotive
Five-axis machining is widely used in the automotive sector for prototype validation, tooling, and production-intent parts that demand tight packaging and accurate multi-surface machining.
At ZigiTech, we support metal and engineering plastic automotive components with rapid turnarounds and stable precision machining quality.
These components often include:
- Engine housings
- Engine covers
- Valve bodies
- Inspection jigs
- Light guides
Aerospace
Aerospace teams rely on five-axis machining because intricate geometry, compound curves, and internal features are difficult to fabricate efficiently on simpler setups.
Our CNC Machining Services support aluminum and titanium aerospace parts where complexity, weight reduction, and precision all matter.
Typical aerospace parts include:
- Bulkheads
- Fuselage sections
- Landing gear components
Medical
Medical parts often demand premium-grade dimensional control, clean finishes, and repeatable output, making 5-axis machining a strong fit for surgical tools and device components.
We machine titanium and stainless steel parts for regulated, precision-focused programs that need dependable manufacturing support.
Machined medical tools can include:
- Scalpels
- Forceps
- Cutters
- Spacers
- Clamps
- Surgical scissors
Electronics
In electronics manufacturing, 5-axis machining supports aluminum and plastic housings, camera chassis, and irregular enclosures where efficient multi-angle access improves finish quality.
The same workflow is also valuable for heat sinks and dense fin structures that benefit from agile tool access and low-volume manufacturing flexibility.
- Electronic casings
- Device enclosures
- Camera chassis
- Heat sinks
Molds
5-axis CNC machining can cut deep mold cavities with minimal chatter and excellent accuracy because the tool reaches the workpiece from better angles and often uses shorter cutters.
That makes 5-axis an attractive route for Mold Tool Making and Rapid Tooling programs where complex cavity work must move faster than slower alternative processes.
Materials Used in 5-Axis CNC Projects
Metal Alloys
Plastics
Other Materials
Aluminum
Aluminum offers excellent machinability, corrosion resistance, and durability for aerospace, automotive, and outdoor components.
Price
Available Finish
As machined, anodizing, powder coating, electroplating, painting, sandblasting, polishing
Characteristics
Lightweight · High machinability · Corrosion resistant
Alloys
7075-T651, 6061-T6, 6082-T651, 6060, 5052, 2017, 2024
Color
Metallic silver
Lead Time
About 5 business days
Design Guidelines
Minimum Hole Diameter
>= 0.5 mm (0.02 in)
Minimum Slot Width
>= 0.5 mm (0.02 in)
Minimum Wall Thickness
Metals: >= 0.8 mm (0.031 in); Plastics: >= 1.0 mm (0.039 in)
Fillets and Corners
Use radii and fillets on internal corners to reduce stress and improve machinability.
Deep Pockets
Avoid where possible; increase corner radius and reduce depth for better machining stability.
Material Suggestions
Aluminum (6061/7075), stainless steel, titanium, PEEK
Verified Client Feedback
Verified Client Feedback
Trusted by teams shipping precision parts under real production deadlines.
We sent over a bracket revision late on a Thursday and still had a clean quote before our Monday review. The team also pointed out one thread depth issue we had missed in the drawing.
Our enclosure program was still moving between prototype and pilot, so we needed honest process advice more than a sales pitch. Zigitech explained where vacuum casting made sense and where we should stay with machined parts.
The sheet metal parts arrived with labeling that actually matched our internal assembly packs. That sounds small, but it saved time on the floor and made receiving much easier.
We were under pressure on a fixture order and mostly cared about whether the promised date was real. The shipment left when they said it would, and the critical dimensions checked out on arrival.
Before we released tooling, their engineer came back with notes on wall thickness and a corner that would have been difficult to mold cleanly. That probably saved us a costly extra loop.
We ordered stainless parts for equipment used in washdown conditions. Finish quality was consistent, threads were clean, and the packaging kept everything separated properly in transit.
What worked for us was having one team coordinate machining, laser cutting, and light assembly. It reduced the usual back-and-forth between suppliers during our prototype build.
We had a custom extrusion project with several post-machined features, and the communication stayed organized from first drawing review through shipment. That made the whole order feel low-risk.
5-Axis CNC Machining FAQ
5-Axis CNC Machining is an advanced subtractive process in which the cutting tool moves across five coordinated axes, helping ZigiTech fabricate complex parts in fewer setups with stronger positional accuracy and better design freedom.
- X-axis: left to right
- Y-axis: front to back
- Z-axis: up and down
- A-axis: rotation around the X-axis
- B-axis: rotation around the Y-axis
A standard 3-axis machine moves the spindle up and down, side to side, and front to back. A 5-axis machine adds two rotary movements through the table or spindle, allowing the tool to reach more faces of the part in a single setup.
5-axis machining is a strong fit when a project includes intricate geometry, compound surfaces, or hard-to-reach features that benefit from fewer setups and more stable cutting conditions. It is especially useful for precision machining programs that demand smoother finishes and reduced repositioning risk.
- 3-axis machining suits basic geometry and cost-effective production.
- 4-axis machining adds rotational access and works well for longer parts with side features.
- 5-axis machining offers the greatest flexibility for complex multi-surface milling in a single setup.
Yes. Because five-axis machining can access multiple faces in one setup, it reduces repositioning error and supports very tight tolerances. Depending on geometry, material, and inspection needs, this workflow can achieve precision as fine as 0.005 mm.
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