What Is a CNC Lathe Machine Used For? - what is the lathe machine
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Portland Precision is AS9100:D and ISO 9001:2015 certified, and ITAR registered. We serve clients in Oregon, Washington, Idaho, and elsewhere in the Pacific Northwest.
Master machinists are masters of the trade – the CNC machining trade, specifically. They value the standards of the field and are able to deliver consistent, high-quality designs. They also have the ability to teach other machinists the techniques for top-quality work.
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Machinists are manufacturing workers who use various tools – including lathes, milling machines, grinders, and drill presses – to produce precise, metal parts. Many machinists work with manual machines and therefore complete some physical labor in their day-to-day role. Some are also trained to work with computer-aided equipment or CNC machines.
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Titanium is exceptionally strong and light weight—it is roughly 60 percent more dense than aluminum, but more than twice as strong, with ultimate tensile strength as good or better than most steel alloys. The material offers excellent ductility, is non-magnetic, and, thanks to its low thermal conductivity, is well-suited to high temperature applications. Titanium’s high fatigue limit provides long working life, even in challenging applications and environments.
According to a recent survey from the Connecticut Business & Industry Association (CBIA), local manufacturers prefer to hire CNC machinists who have hands-on experience and technical training. They state, “For the most part, manufacturers expect new employees to arrive already trained.”
Machinists do not always need to go to college or complete an education to launch a career, but this is a highly-recommended step for those who want a future in this field. A manufacturing and machining program can teach you the fundamentals of machining, plus next-level techniques, and provide you experience with industry equipment and software programs. This is the best way to build mastery in the field. Machining programs are offered at various levels, including postsecondary certificates and associate degrees. Some employers require a college education, too.
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In any case, to become a master machinist, one must excel through various stages of training and demonstrate proficiency in CNC machining.
For precision titanium machining, Portland Precision Manufacturing is the company you can turn to with confidence. We work with all titanium grades and alloys, and can produce even the most complex titanium machined parts and titanium components at tolerances within ±0.0005” or better. We offer decades of experience in titanium machining, along with the custom metal finishing services your projects require.
This titanium part used in the Optical Industry, is a good example of 4th and 5th axis precision machining of a small part with tight tolerances.
If you do not gain training through a postsecondary program, you may be able to receive on-the-job training when you start a new position. Typically, employers will provide basic job training to get new machinists up-to-speed on the processes and programs. However, not all employers offer extensive training and therefore may prefer to hire candidates who have some education under their belts.
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Naturally occurring atmospheric passivation gives titanium components excellent corrosion resistance; the material can withstand extended exposure to dilute sulfuric and hydrochloric acids, chloride solutions, and most organic acids.
While professional certification is not required, it is highly valued in the industry and often a marker among master machinists. Professional CNC machinist certification highlights your proficiencies as a machinist and your dedication to the field. On top of this, professional certification can increase your earning potential and qualify you for more jobs – including those mastery credentials.
In researching possible manufacturing careers, you may come across the term “master machinist” in job descriptions and titles. A distinguished title in manufacturing, “master” refers to a professional who has earned the training, experience, and proficiency in their given trade.
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Master machinists are experts in computer-controlled machinery. Also known as CNC machinists, these experienced professionals use computer-numerically controlled (CNC) machines to cut, assemble, and fabricate materials into parts or products. Master machinists have a breadth of knowledge in metals, including steel, copper, brass, aluminum, and more. They are also proficient in blueprint reading, manufacturing software programs, and using various equipment like lathes, mills, and drill presses.
Are you ready to get started on your journey to mastery? Start your path towards becoming a master machinist. Visit us online to learn about our programs, or call us at 800-889-3282 to learn more.
We also offer a number of secondary operations to add value to titanium machined parts. From heat treating to metal finishing services, our available secondary operations will save you time and money in the production process.
The fourth most abundant metallic element in the earth’s crust, titanium exhibits a number of beneficial characteristics that make it the material of choice for countless applications, including those in the aerospace, chemical processing, medical, and marine industries.
Master machinists are similar to machinists in the nature of their work. They operate advanced machines and apply their knowledge of metals and engineering to manufacture parts. However, master machinists stand out because of their experience. Many master machinists are seasoned professionals with years of experience in the field. Master machinists typically have fulfilled education, training, and/or certifications that in turn elevated their skillsets. Skills of master machinists include:
Professional certification for CNC machinists is available (and nationally-recognized) through the Manufacturing Skill Standards Council (MSSC).
Therefore, each manufacturing employer has a right to define what “master” means in their company. A master machinist could be any machinist who exhibits great skill and precision in what they do. However, a master machinist may also be someone who is qualified to teach apprentices and other up-and-coming machinists.
Titanium is considered the most biocompatible metal, thanks to its high resistance to corrosion caused by bodily fluids, its capacity for osseointegration, its bio-inertness, and its high fatigue limit. The metal is non-toxic, even in large doses, and does not play any natural role inside the human body. Used in dentistry since the 1940s, titanium machined parts are now utilized in a wide range of medical implants. And, because the material is non-magnetic, patients with titanium implants can be safely examined via MRI and similar processes; this makes titanium components ideal for long-term/permanent medical implants.
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So, what makes a master machinist? Further, how do you become a master machinist and excel in this fast-advancing field? Read on to find out.
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When we consider what defines a master machinist, we must consider the definitions of the term “master” itself. According to the Merriam-Webster dictionary, a “master” can be:
Portland Precision is the only titanium parts supplier you need. Request a quote on precision titanium machining, or contact us to discuss your custom project.
In a dedicated CNC machining program, you will gain direct experience working with machines and various manufacturing tools. However, you will also gain practical experience through an internship program, working directly with real machinists and manufacturing real parts. Goodwin University has connections with manufacturers across Connecticut, and has the ability to connect you with some of the top in-field training experiences in the state.
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In both the certificate and associate CNC machining programs at Goodwin, students gain a full understanding of the various manufacturing processes, materials, and programs needed to become a master in this field. From blueprint reading to technical drawings, Mastercam to manufacturing mathematics, specifications to milling and turning machines, you can learn it all at Goodwin University.
We provide precision titanium machining for prototyping and low- to high-volume production runs. Our vertical and horizontal CNC machining centers use CAD programming to ensure that your titanium components match your designs exactly, with perfect repeatability from the first piece to the last.
Portland Precision specializes in high speed, high precision CNC machining for a range of materials, including titanium and titanium alloys. With advanced, 5-axis machining equipment and proven processes, we can deliver titanium machined parts and components with tolerances of ±0.0005” or better.
In order to climb to the top and earn the title of master machinist, there are certain steps one should take. These include: