Titanium CNC Machining
- Ultra-precision & tolerance
- Industry-leading turnaround
- On-demand CNC metal machining services
Titanium CNC Machining Services - China Titanium CNC Machining Manufacturer
Runsom is an ISO 9001:2015 certified CNC machine shop specializing in the manufacturing of precision CNC machined titanium parts for various industries and the fabrication of multifaceted upper-level products for challenging projects. Backed by superior in-house equipment and tool facilities, highly skilled machinists, and enormous experience, we can deliver a wide variety of custom titanium alloy components and parts with the highest quality and exactly matched specifications that help optimize client supply chains.
Our CNC machining centers provide multiple options for different manufacturing processes of titanium components including milling, turning, drilling, etc. Also, you can find a multitude of surface finishing operations in our secondary processing selections, so you can enjoy the one-stop services working with us from choosing raw materials to delivering the final parts. Typical titanium components produced by Runsom include engine cowlings and heat shields, airplane parts and fasteners, casings, compressor blades, gas turbine engines, and so on. All of these products have been put into use in a broad range of applications and industries.
Titanium parts have been widely used in the aerospace, medical, military and marine industries due to its advanced material properties.
It is determined by the desired effect and the titanium used. A tolerance of ±0.005”(±0.13 mm) is available at Runsom.
High strength-to-weight ratio, excellent corrosion resistance, high operating temperatures, low thermal expansion, and nontoxicity.
Max Part Size
The maximum size is mostly decided by the available machine and part geometry.
High cost and low machinability.
A minimum wall thickness of ±0.03”(±0.8 mm).
As fast as 3 days, but it will be finally determined by part complexity and order quantity.
As machined, Case hardening, Anodizing.
As an inert lustrous metal material, titanium easily binds with aluminum, iron, nickel, and other metals to form lots of high-performance titanium alloys. Specific attributes may differ from different grades. But some common properties of titanium below are often referred to:
Titanium Grades We Work With
There are a broad variety of titanium subtypes and alloys. At Runsom, we mainly adopt the three titanium materials for CNC machining. The following are briefs about the main grades of aluminum we are proficient with:
│Titanium Grade 1
Titanium Grade 1 is the first of four commercially pure titanium grades with great impact and corrosion tolerance, and excellent weldability, which possesses the highest softness and ductility of these grades.
│Titanium Grade 2
Titanium Grade 2 is a pure alpha titanium with higher strength than Grade 1 and equally performs great bio-compatibility and corrosion resistance. Therefore, this type of titanium alloy is widely used in all product forms for industrial services.
│Titanium Grade 5 | 3.7164 | Ti6Al4V
Titanium Grade 5 offers higher strength and temperature tolerance as compared to that offered by Grade 2. That is the reason why this kind of titanium alloy is well known for its great properties and is most commonly used in vast applications.
If you still have no idea about which titanium material is best suited for your CNC machining needs, Runsom just has your answer. We are ready for every challenge and strive for being the best in this industry. Just upload your design file and receive an instant quote, as well as DfM feedback.
Titanium CNC Machined Parts for Industries Applications
Titanium is an ideal material for a large number of engineering applications, especially in the aerospace, marine, medical, and energy industries, etc. That greatly depends on its exceptional material characteristics such as excellent strength-to-weight ratio, good corrosion resistance, and biocompatibility. The strength of the titanium alloys is twice that of aluminum but it’s 60 percent lighter than the latter. That’s exactly why titanium alloys are highly emphasized by manufacturers in critical areas like aircraft, spacecraft, and surgical instruments.
Medical-related uses for titanium include:
As an alloy with a host of superior features, titanium is commonly regarded as an optimal choice for CNC machined parts with specific applications or requirements. With its impressive strength-to-weight ratio and the ability to withstand extremely harsh environments, titanium is significantly utilized by high-tech industries, including:
Why Choose Runsom Titanium CNC Machining Services
Quality assurance and available cost-saving tips for your titanium projects
Excellent capabilities in-house with high efficiency, productivity, and precision
A vast variety of titanium grades and alloys materials available for CNC machining
Extensive machining capacity ranging from prototyping, low to high-scale production
The capability of creating complex titanium machined parts at tight tolerances
Full sets of milling and turning machines at our disposal to fulfill orders on time
Titanium CNC machining FAQs
Titanium has ideal material properties, and it is relatively easy to process. It can be welded (in an inert atmosphere) and can be CNC machined like stainless steel.
You can perform Computer Numerical Control processing on titanium parts by uploading a CAD (. STL) file to our platform and receiving quotations. You can then submit the part for production and receive it within the quoted lead time.
Titanium has very high strength and huge strength-to-weight ratio. In fact, its strength is only 5% lower than steel, but its weight is 40% lighter than steel, which makes it very suitable for high-tech industries, such as automobile, energy, and aerospace.
The cost of CNC machining titanium is determined by the dimension and complexity of the part and the type of titanium used. These variables will affect the cost of raw materials, the type of machine required, and the time required to produce the part.
To get a fast quoting, what you need to do is just several simple steps: Submit your CAD files along with your budget, timeline, delivery preferences, and standard requirements, and you will receive a fast quotation within 24h for free.
It can be said that this is the challenge of titanium machining. Titanium is very hard. Well, Grade 1 titanium - referring to pure titanium - is actually a somewhat soft metal, but the most common alloy, Grade 5, is hard. More importantly, titanium is also a kind of gummy metal that can be cut.
The “pure titanium” alloys are the ones easiest to be machined. They are not completely “pure” because they are made of 99.5% - 99.8% titanium with small amounts of iron (Fe) and carbon (C). They are divided into grades 1 to 4 according to the content of titanium (the most popular is grade 2).
Custom CNC Machining Titanium Parts
Runsom’s CNC machining center has been equipped with a large quantity of advanced equipment and machinery, allowing us to easily perform precision fabricating of titanium parts. Part of the exceptional tools we apply includes CNC lathes, CNC mills, turning centers with live tools, vertical and horizontal mills, cold saws, tool grinders, and tool setters. All these tools and machinery enable us to carry out a broad high-quality machining operations with high efficiency and accuracy, such as turning, thread milling, drilling, reaming, pocketing, profiling, broaching, and much more. In addition, we also offer various secondary processing services, for instance, bead blasted, polishing, powder coating, heat treating, anodizing, and smooth machining available for strengthening mechanical properties.
We work with a vast variety of material grades like Titanium Grades 1-4, Titanium Grade 5, and Titanium Grade 9 to manufacture titanium components and parts with high durability, precision, and versatility. Our incredible in-house machining capabilities and rich expertise make us have enough confidence and ability to process whatever our customers want, no matter from simple, as machined workholdings to organic, sophisticated geometries requiring close tolerances. There are infinite possibilities and exact finished results you will obtain when creating titanium machined parts with Runsom.