What Are Complex Geometry CNC Parts?

Complex geometry parts are components that cannot be easily produced with traditional 3-axis CNC machining. They require advanced multi-axis technology to achieve the required shape and precision.

Our Expertise in Complex Geometry Machining

With 26+ years of experience in complex parts manufacturing, our engineering team has the expertise to handle your most challenging projects.

• 1

  5-axis Simultaneous Machining

  Our 5-axis machines with 3 linear axes + 2 rotary axes enable dynamic tool angle adjustment, allowing us to machine complex geometries in one single setup.

• 2

  Advanced Multi-axis Toolpath Strategies

  Using UG, Tebis and other advanced CAM software, we generate optimized toolpaths including streamline machining, projection machining, and 5-axis surface enveloping.

• 3

  Custom Fixture Design

  We design custom fixtures for complex parts to ensure stable clamping, eliminating the need for multiple setups and reducing cumulative positioning errors.

• 4

  Tool Interference Avoidance

  Our advanced simulation software automatically detects and avoids collision between tool, spindle, fixture and workpiece, ensuring safe and accurate machining.

Reducing Material Deformation

For thin-wall and complex parts, we use dynamic cutting force compensation technology to adjust cutting parameters in real-time, reducing cutting force variation and minimizing material deformation. We also implement stress relief processes to eliminate residual stress.

Improving Tool Accessibility

With 5-axis technology, we can adjust the tool angle dynamically to reach hidden features and deep cavities that are impossible with 3-axis machines. This eliminates the need for EDM processes in many cases, reducing production time by up to 60%.

Optimizing Machining Sequence

Our engineers optimize the machining sequence to balance material removal and heat distribution, preventing thermal deformation. We also use adaptive roughing to remove material efficiently while maintaining stable cutting conditions.

Minimizing Setup Errors

One setup completes all machining operations, eliminating cumulative errors from multiple re-fixturing. We reduce setup times by 60% and improve overall accuracy, with positioning error controlled within 0.005mm*.

*Data for reference only

3/4/5-axis Machining

Process complex surfaces and multi-side features

Positioning accuracy: ±0.005mm*
Repeatability: ±0.002mm*

CNC Turning + Milling

Complex rotational parts with milling features

Max diameter: 300mm
Max length: 500mm

EDM & Wire Cut

Support for ultra-complex internal features

Minimum corner radius: 0.03mm
Surface roughness: Ra0.8μm*

Materials for Complex CNC Parts

We have rich experience in machining difficult-to-machine materials for complex geometry parts, with optimized cutting parameters to ensure quality.

*Data for reference only

We strictly follow ASME Y14.5 and ISO 1101 GD&T standards for geometric dimensioning and tolerancing, ensuring your parts meet international quality standards.

Quality Assurance for Complex Parts

We implement strict quality control systems to ensure consistent quality for complex parts, from prototype to mass production.

• CMM Multi-axis Inspection

  We use high-precision coordinate measuring machines to inspect all dimensions of complex parts, including freeform surfaces.

• SPC Statistical Process Control

  For mass production, we use SPC control to ensure process stability, with surface profile CPK ≥ 1.67*.

• Batch Consistency

  Batch-to-batch dimension variation is controlled within ±0.003mm*, ensuring your parts fit perfectly every time.

*Data for reference only

Aerospace: Turbine Impeller Machining

Medical: Titanium Orthopedic Implant

Can you machine complex freeform surfaces?

Yes, our 5-axis simultaneous machining technology can machine any complex freeform surfaces, including turbine blades, orthopedic implants, and custom mold surfaces, with precision up to ±0.005mm*.

*Data for reference only

Do you support 5-axis machining for batch production?

Absolutely. We have 15+ 5-axis machining centers to support both prototype and mass production. We can handle batch orders from 10 to 10,000 units with consistent quality.

How do you control tolerance on complex parts?

We use one setup machining to eliminate cumulative errors, plus in-process probe measurement and automatic error compensation. We also use CMM inspection to verify all dimensions after production.

Can you machine difficult materials like titanium and Inconel?

Yes, we have rich experience in machining difficult-to-machine materials. We have specialized cutting tools and optimized parameters to control work hardening and ensure precision for these materials.

What is your lead time for complex parts?

For prototypes, we can deliver in 3-5 days. For small batches, 7-10 days. For mass production, 10-15 days, depending on part complexity and quantity.