Material
Ceramics are extremely hard, heat-resistant materials. We machine them into precise, high-performance parts.
Overview
Ceramics are extremely hard, heat-resistant materials. We machine them into precise, high-performance parts.
Ceramics such as alumina and zirconia are hard, brittle materials. They resist heat, wear, and electricity.
Computer-controlled mills and lathes cut a solid block into a precise part.
Tight-tolerance parts for prototypes or production, finished to your drawing.
Material
Ceramics are extremely hard, heat-resistant materials. We machine them into precise, high-performance parts.
Overview
Ceramics are extremely hard, heat-resistant materials. We machine them into precise, high-performance parts.
Ceramics such as alumina and zirconia are hard, brittle materials. They resist heat, wear, and electricity.
Computer-controlled mills and lathes cut a solid block into a precise part.
Tight-tolerance parts for prototypes or production, finished to your drawing.
Specifications
Typical reference values for Ceramics through cnc machining. Final numbers can vary with grade and part shape.
| Property | Typical Value |
|---|---|
| Material type | Technical ceramic |
| Manufacturing process | CNC Machining / Grinding |
| Density | 3.9 g/cm³ (alumina) |
| Bend strength | 300–400 MPa |
| Service temperature | up to 1000 °C |
| Standard finishes | Grinding, polishing, glazing |
Values are typical reference data and may vary with grade, heat treatment, and part geometry. Tell us your needs and we will confirm exact specs.
Why Ceramics
Among the hardest engineering materials. Great for wear parts.
Keeps its shape at very high temperatures.
Blocks current. Ideal for electronics and semiconductors.
Resists most acids and solvents.
Material Options
We stock common grades. Tell us your need and we will pick the right one.
The most common, cost-effective technical ceramic.
Tougher and denser. Good for strength.
Extreme hardness and thermal shock resistance.
How It Works
From your file to a finished part in five clear steps. Start with a free quote.
Upload your STEP or STL file and drawings. Get a clear, factory-direct quote with free DFM feedback, usually within 24 hours.
Our engineers check wall thickness, tolerances, and features. We suggest changes that save cost and improve quality.
We cut your part from a solid block with mills and lathes in our machine shop.
We remove burrs, then apply the finish you need, such as polishing or plating.
We measure and inspect each part, then pack and ship worldwide with full tracking.
Applications
High-voltage and electronic insulation parts.
Wafer handling and process components.
Biocompatible implants and tools.
Nozzles, seals, and cutting tips.
Design Tips
New to this process? These simple rules help your part turn out well and cost less.
Keep walls thick enough to stay rigid. Thin areas can vibrate and warp during cutting.
Tight tolerances cost more. Only specify them where the function needs them.
Small chamfers and radii help tools last longer and parts look cleaner.
Finishes
The natural milled surface. Good for most functional parts.
A smoother, brighter surface for looks or low friction.
Nickel, chrome, or other coatings for corrosion or wear protection.
A chemical treatment that boosts corrosion resistance on some metals.
Why YiguProto
We are a dedicated factory for cnc machining. Every file is reviewed by engineers before production. Every part is inspected before shipping. Your designs stay private with us.
FAQ