CNC Machining Titanium Parts
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Questions and Answers
The important things you should know for titanium cnc machining before your start a project.
CNC Machining is the process of manufacturing precision parts by cutting material with a computer controlled machine tool.
The term CNC Machining is derived from the words “Computer Numerical Control”. It involves using numerically-controlled tools to cut or shape material to precise tolerances based on computer control programs, often generating the program automatically.
CNC Machining can be done on materials like aluminum, steel, brass, bronze and many others as long as the material has a high enough tensile strength for it to withstand the rigors of CNC machining.
The titanium be CNC machined?
Titanium has long been an industrial metal that has been used in many different ways for many years.
The manufacturers see the benefits of titanium and that it is a expensive cost material than other metals such as steel, brass copper, aluminum.
Titanium is seen as a great alternative to steel because it has a lighter weight and greater strength while also being more corrosion-resistant.
Titanium’s natural colors make it appealing to builders and architects because they can achieve great aesthetics without painting or finishing the material.
Titanium is one of the most difficult materials to machine. This metal has a tough, ultra-high strength, and ultra-high resistance to corrosion properties. The problem is that titanium can be difficult to machine because of its hardness and ductility. The tools wear out quicker than other metals because of its corrossion resistance. Titanium alloys also require a lot more attention when machining in order to ensure that the material does not react with the abrasives in the cutting fluid.
Titanium is a very sturdy metal, but it is also extremely difficult to machine.
We are one of the few companies that can work with titanium, meaning you don’t have to look for a different company who specializes in CNC machining titanium. We are able to create complex parts that are made of titanium that would be impossible for any other company.
This material requires special equipment and specialized knowledge, so if you’re looking for someone who offers CNC machining services with titanium, we’re the team you want to call.
CNC Machining Titanium Capabilities
We 3Q MACHINING offer one stop solution of CNC machining service for your custom titanium and other metal machined parts at our workshop.
01. Precision Machining
Titanium is a metal that has unique properties. It is strong, durable, lightweight, and corrosion resistant. These are some of the reasons why it is so popular in the manufacturing industry.
Titanium machining can be done with different methods. The most common type of machining process used on titanium parts is CNC Machining. This type of machining can result in high quality products that have precise features, excellent surface finishes by using the latest cutting-edge technology machines. As a precision machined service provider we do titanium cnc machining for customers all over the world and we work with their needs to provide them with exactly what they need for their requirements for quality and speed as well as cost considerations.
02. CNC Turning & Milling for titanium machined parts
CNC machining is a process that turns or mills away material, using computer-controlled cutting tools like end mills and drills. Computer Numerical Control (CNC) machining is one of the most widely used manufacturing processes for metal parts.
The titanium machined parts are typically produced by milling, wire EDM, turning or laser cutting. These processes are all expensive but milling and wire EDM are considered to be the most cost effective methods for making titanium machined parts.
CNC machining is not a new process and has been used for years to create titanium machined parts.
With cnc turning, the machine can produce complex details of the titanium machined part without any human input needed. CNC milling, on the other hand, is a more traditional process that uses cutting tools like end mills to remove excess material from the titanium machined part.
Titanium is often chosen as it can be very strong and lightweight which makes it perfect for applications such as aircraft and armaments.
Titanium Alloys and Grades We Work With
There are a vast variety of grades of titanium alloys, and we mainly work with the following grades of titanium alloy to make custom machined parts for our customers:
1. Titanium Grades 1-4
Grades 1 to 4 of titanium are considered to be the purest. These grades are not alloyed and are in their original form. As the number of grade goes up, the yield strength and the tensile strength of the titanium increases. This means that the tensile and yield strength of grade 2 titanium is greater than that of grade 1, and so on. The strength-to-weight ratio of these grades is high. Moreover, they are lighter than steel.
2. Titanium Grade 5
The grade 5 titanium alloy is also referred to as Ti 6-4, or Ti-6AL-4V, or Ti6Al4V, and is one of the most widely used alloys in various applications. The titanium grade 5 alloy is known for its high strength. It offers more resistance to high temperatures as compared to that offered by grade 2 titanium. This is the reason why this grade of the alloy is most commonly used in applications, such as chemical processing, medical, aerospace, marine, and so on.
3. Titanium Grade 9
The titanium grade 9 alloy is known for its high strength. It has a tensile strength that is higher than that of a pure grade 2 titanium alloy. This better strength at room and elevated temperatures make this grade of the alloy more popular in a variety of applications. This alloy grade is also referred to as Ti-3AL-2.5V. The weldability of grade 9 titanium alloy is more as compared to that of grade 5 titanium alloy.
Titanium alloys and their grades are some of the most commonly used metal in the industry. This section will touch on the different grades and uses of titanium alloys.
Titanium is a rare metal on Earth, but on Mars it’s abundant. This is why there’s been a renewed interest in using titanium alloys for space exploration vehicles.
At 3Q MACHINING, Titanium has a diverse list of applications, here are just a few:
- 1) Aerospace industry
- 2) Medical industry
- 3) Military industry
- 4) Sporting goods industry
- 5) Automotive industry