Custom manufacturing anodized aluminum Brass CNC Machining for led light fittings
Benefits Of CNC Machining:
The benefits of CNC machining are numerous. Once a tool path is created and a machine is programmed, it can run a part 1 time, or 100,000 times. CNC machines are built for precise manufacturing and repeatability which makes them cost-efficient and highly scalable. CNC machines can also work with a variety of materials from basic aluminum and plastics to more exotic materials like titanium — making them the ideal machine for almost any job. That's why CNC machining is one of the most popular methods of making plastic and metal components.
Available Grades of Brass | |
Alloy 260 | Also known as cartridge brass, Alloy 260 demonstrates good cold working properties. It is suitable for use in ammunitions, automobiles, fasteners, and hardware. |
Alloy 272 | This alloy—also referred to as yellow brass—consists of 33% zinc. It is typically used in industrial and architectural applications |
Alloy 330 | Brass alloy 330 is suitable for application where high machinability is critical. It contains a low lead content sufficient for cold-working and is commonly used to produce pipes |
Alloy 353 | Alloy 353 (also referred to as clock brass) is often used to fabricate precision components, such as the clock and watch parts, because of its excellent machinability. |
Alloy 360 | Also known as free cutting brass, this alloy is the most common type of brass. It exhibits excellent machinability and formability, as well as suitability for soldering and brazing operations. It commonly finds application in the manufacture of hardware components, fittings, valves, and fasteners. |
Alloy 385 | Also known as architectural bronze this alloy can be used for construction & architectural applications. Alloy 385 is available in a wide variety of extruded & drawn shapes such as angles, channels, square tubes, handrail molding & more. |
Alloy C48200 | C48500. Leaded naval brass means to for machining. Typically available in rounds. |
Alloy 464 | Alloy 464 (or naval brass) is known for its excellent resistance to corrosion from seawater across a wide range of temperatures. Additionally, it demonstrates suitability for hot forming and hot forming, as well as drawing, bending, heading, soldering, brazing, and welding. |
Brass in Music
Brass has played a very important role in the evolution of music. The horn and trumpet are two of the oldest brass instruments ever made. The French horn was first used by orchestras in the early 1700s, and by 1815 brass instruments had become a permanent part of the classical orchestral ensemble. Brass instruments continue to be highly sought-after by musicians today.
Brass in Electricity
Brass is a highly conductive material and is, therefore, one of the more important metals used to manufacture electrical components. Brass also has a very low fatigue rate, which is another way of saying that it doesn’t wear out as quickly as some other metals.
The Beauty of Brass
In addition to instruments and electrical components, brass is used to manufacture countless everyday items ranging from statues and figurines to candle holders, serving dishes, and jewelry. One of the reasons brass is so widely used because of its unmistakable color and sheen. What you might not know, however, is that the color and hardness of brass can be manipulated in the manufacturing process by changing the mixture of zinc and copper.
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Note: Workable 3D Drawing Formats: STEP/IGS/X_T/STL/SOLIDWORKS etc, 2D Drawing with PDF will do.