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5 – 22 Days |
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Cost |
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CNC-machined titanium is a strong and lightweight metal. It resists corrosion, making it useful in many industries, including aerospace, medical, automotive, engineering, construction, marine, and sporting goods. Because of its special properties, titanium is essential for making medical implants and jet engine parts. Researchers continue to study titanium for possible new uses in technology. Titanium is a key material in today’s technological progress and innovations.
Characteristics may vary depending on the grade/alloy.
Titanium is an excellent material for engineering projects because it has many benefits. It is stronger and lighter than most other metals, which gives it a high strength-to-weight ratio. Titanium also resists corrosion, even in harsh environments, making it suitable for marine and offshore use. It is safe for the body and is a standard material for medical implants and equipment. Additionally, you can easily machine titanium for precise and complex designs with tight tolerances.
You can apply different finishes to titanium based on how it looks and works. A standard finish is satin, created by sandblasting the surface to make it smooth and matte. If you want a more colorful look, you can anodize titanium, which adds layers to the metal’s natural surface and allows for various colors. Polishing gives titanium a shiny, mirror-like finish that enhances detailed designs. Another option is a bead-blasted finish, which creates a textured surface that prevents slipping—great for medical or aerospace uses. Ultimately, your finish will depend on how you plan to use the titanium and your style.
Titanium is a versatile metal with special qualities that make it useful in many industries. It is lightweight and stronger than steel, vital in applications where keeping weight low is essential. Titanium also resists corrosion, making it an excellent choice for harsh environments like marine and aerospace. It is biocompatible, making it safe for medical implants such as artificial joints. Because of its strong yet lightweight nature, titanium is a standard material in everyday items like eyeglass frames, watches, and sporting goods.
Machined titanium is a strong and adaptable material. You can finish it in different ways to achieve specific results.
One method is anodizing, where electrolysis forms an oxide layer on the surface. This process adds color and protects against corrosion.
Another method is polishing, which creates a smooth, shiny surface for decorative purposes.
You can also coat titanium with ceramic or diamond-like carbon. This coating makes the material more challenging and more resistant to wear, which is essential for high-stress uses.
Choosing the correct finishing technique depends on how you plan to use the titanium part and what you want it to look like.
Titanium’s excellent strength-to-weight ratio, corrosion resistance, and thermal properties make it an ideal material for precision CNC machining projects, resulting in high-performance and durable components.
Titanium is expensive, complex to machine, and causes rapid tool wear, making CNC machining projects more costly and time-consuming than other materials.
Heat Treatable
Yes
Tensile Strength (Ultimate, PSI)
131000
Fatigue Strength (PSI)
74000
Hardness (Brinell)
334
Milled Parts Machinability (AISI Rating)
22%
Heat Treatable
Yes
Tensile Strength (Ultimate, PSI)
125000
Fatigue Strength (PSI)
203000
Hardness (Brinell)
326
Milled Parts Machinability (AISI Rating)
22%
Heat Treatable
No
Tensile Strength (Ultimate, PSI)
89900
Fatigue Strength (PSI)
24700
Hardness (Brinell)
256
Milled Parts Machinability (AISI Rating)
N/A
Through our resources, you can discover the complexities of CNC machining and gain insights into creating top-notch designs specifically tailored for this cutting-edge technology.
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