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CNC Turning is a company that specializes in providing CNC turning and machining services to our customers. Equipped with advanced CNC lathe equipment, it uses computer programs to control the workpiece in a rotating state for cutting and machining.
CNC Milling Service
CNC milling is one of the most modern technologies for material removal from the workpiece to make various forms and parts with the help of computers. This technique involves the use of milling tools to cut a workpiece, and the directions and the cuts to be made by the rotary
Titanium Screws
Titanium Screws Titanium screws are those screws that are made from titanium; titanium is a material that is light in weight and strong and is anti-corrosive. These screws are applied in different sectors as parts in so far as how they are capable of performing, how long-lasting they are, or
Brass Fastenings
Brass Fastenings Brass fastenings are a broad category of hardware items manufactured from brass – an alloy comprising copper and zinc. This alloy is famous for its characteristics, such as high strength, high corrosion resistance, and appearance. The brass fasteners are produced in screw types, nuts, bolts, and
Zinc-Plated Screws
Zinc-Plated Screws Zinc-plated screws are screws made of metal that have a coating of zinc through a process called electroplating. In this process, screws are immersed in zinc solution, and an electric current is passed through them to deposit zinc particles on the screws. This coating is a protective layer
Precision CNC Milling Parts For Your Project
CNC milling is one of the most accurate and efficient manufacturing processes to create complex and precise parts. However, deformation can sometimes take place and this results in defects that do not conform to the required standards. This problem can be caused by material characteristics, cutting conditions, machine vibrations, and
CNC Rapid Prototyping: Process, Types & Advantages
Precision CNC Prototyping Rapid Prototyping is a significant step in the product development process since it enables the designer engineers to evaluate the form and performance of the design. Conventional techniques of machining for prototype development can be very expensive and also time-consuming. On the other hand, CNC prototype machining