Precision CNC Milling Services For Aluminum, Steel, And Titanium
Milling Services
| Attribute |
Value |
| Material |
aluminum, steel, stainless steel, titanium, plastics, and exotic alloys |
| Lead Time |
5-7 days |
| Process |
Programming CNC Machining |
| Tolerance |
±0.005 mm to ±0.02 mm |
| Qc Control |
100% inspection on critical dimension |
| Surface Roughness |
Ra 0.2~Ra3.2 |
| Quality Control |
100% QC Inspection |
Comprehensive CNC Milling Solutions Serving All Industries
At Frigate, we leverage a strong manufacturing network to match the right shops and equipment, ensuring precise solutions for all your part requirements. From 3-axis, 4-axis, and 5-axis to right-angle milling, we deliver efficiently—whether it's simple designs or complex geometries.
- Instant Quotes - fast and transparent
- Flexible Lead Times - tailored to your project needs
- Expert DFM Feedback - material and process support at every step
Flexible CNC Milling Solutions Meeting Diverse Manufacturing Demands
CNC milling machines address the challenges of precision and consistency in manufacturing. Designed to meet strict standards with excellent repeatability, they are ideal for both rapid prototyping and production runs of varying scales.
Whether working with common materials such as aluminum and plastics, or specialized ones like titanium, CNC milling offers the versatility and reliability required for nearly any project.
This adaptability makes CNC milling the ideal solution for efficiently and effectively meeting diverse manufacturing needs.
No matter your industry, we help you bring custom CNC milled parts to life—faster and better.
Common Machining Surface Finishing Processes Introduction
Surface finishing is a critical step following precision machining, significantly enhancing a part's appearance, durability, and specific functionalities. Below are the common surface finishing processes we offer, along with their key functions:
I. Improving Appearance & Corrosion Resistance
II. Enhancing Surface Properties (Wear Resistance, Hardness, etc.)
III. Special Functional Processes
