Representative Parts

  • CNC Machining Clear Anodised Aluminum Parts

    CNC Machining Clear Anodised Aluminum Parts

    Types Of Aluminum Machining!

    The manufacturing industry aluminum can barely cope without aluminum. Below are a few machining types with high speeds used in the industry.

    1. Machined Aluminum Prototype

    Machined aluminum prototypes are mainly products of a variety of alloys. The commonly used alloy is 6061-T6, covering transportation, aerospace, electronics, and military industries.

    Aluminum alloys have high strength and low density. Most time, Aluminum CNC machining has a high tolerance to control as much as 0.01MM. Quality and unique aluminum equipment can be manufactured via CNC. The perfect choice for this process is CNC Milling, and it has high accuracy and precision in milling aluminum.

    Prototype manufacturing in aluminum takes several processes from aluminum blocks. Wide range of technologies and machines come up with the best tool design for each equipment made.

    Designers and manufacturers tend to launch their products In the shortest possible time frame to save cost. A sample close to the original will be manufactured.

  • SUS304 CNC Machining Stainless Steel Parts

    SUS304 CNC Machining Stainless Steel Parts

    What is a CNC metal cutting machine?

    Computer numerical control metal cutting methods mainly include laser, flame, plasma, and etc cutting methods. Among them, fiber laser and plasma metal cutting machines are the most popular. According to the optimized cutting program provided by the CNC nesting software, automatic, high-efficiency and high-quality cutting can be realized. CNC metal cutting represents modern high-tech production methods. Metal cutting CNC machine tools are the product of the combination of advanced computer numerical control technology and cutting machinery. Compared with traditional manual cutting, metal cutting CNC machine tools effectively control and improve the cutting quality and cutting efficiency.

  • CNC Precision Machining Programming and Skills

    CNC Precision Machining Programming and Skills

    CNC programming (Computer Numerical Control Programming) is used by manufacturers to create the code that directs a CNC machine’s operation. CNC uses a subtractive manufacturing process to cut away portions of the base material to shape the desired form.

    CNC machines mostly use G-codes and M-codes to control machining process. G-codes dictate the positioning of the part or tools. These codes prepare the part for the cutting or milling process. M-codes turn on rotations of tools and various other functions. For specifics such as speed, tool number, cutter diameter offset and feed, the system uses other alphanumeric codes starting with S, T, D and F, respectively.

    Three main types of CNC programming exist – manual, computer-aided manufacturing (CAM) and conversational. Each has unique pros and cons. Beginner CNC programmers should learn what distinguishes each type of programming from the others and why all three methods are essential to know.

  • CNC Machining SUS304 Highly Corrosion Resistant Parts

    CNC Machining SUS304 Highly Corrosion Resistant Parts

    Corrosion resistant alloys are metals engineered to resist degradation by oxidation or other chemical reactions. The most common cra’s, used for mild to moderate corrosion resistance, are stainless steels. Stainless steels are iron-based alloys containing a minimum of 10.5% chromium, which is sufficient to prevent rust under typical room temperature atmospheric conditions. Stainless steels simply alloyed with Chromium, such as Type 430, are referred to as Ferritic Stainless Steels. This family of alloys can’t be strengthened by heat treatment, however, with the addition of carbon and other elements, they become Martensitic Stainless Steels.

    The most common Martensitic Stainless Steels, Types 410 or 13 Chrome, are strengthened by quench and temper heat treatment. There is also a family of Precipitation Hardened Martensitic Stainless Steels which includes the widely used Type 17-4. Martensitic Stainless Steels may also contain additions of Nickel and Molybdenum for improved corrosion resistance.

  • Custom CNC Precision Stainless Steel Parts

    Custom CNC Precision Stainless Steel Parts

    How many types does a CNC metal cutting machine Have?

    What is the CNC router machine?

    There are many types of CNC metal cutting machines. Among them, some metal CNC machine tools can cut and engrave non-metallic materials, and can also process some metal materials (mainly soft metals). Aluminum is environmentally friendly and beautiful and is widely used in many industries. Therefore, you need a good metal CNC machine tool to cut aluminum. For example, ATC CNC routers, five-axis CNC machining centers, CNC milling machines, and other metal CNC machine tools can cut soft metal materials.

  • Custom Anodizing Aluminum CNC Milling Parts

    Custom Anodizing Aluminum CNC Milling Parts

    Numerical control machining (CNC) refers to the machine workers use numerical control equipment to carry on the processing, these numerical control equipment includes machining center, turning milling center, wedM cutting equipment, thread cutting machine and so on.  The vast majority of machine processing workshops use numerical control processing technology.  Through programming, the workpiece in the Cartesian coordinate system position coordinates (X, Y, Z) into the programming language, CNC machine tool CNC controller through the identification and interpretation of the programming language to control the axis of the CNC machine tool, automatically remove the material according to the requirements, so as to get the finishing workpiece.  CNC machining processes the workpiece in a continuous way, suitable for large quantities of complex shape parts.

  • Customed Black Oxide Stainless Steel Parts

    Customed Black Oxide Stainless Steel Parts

    Mechanical Machining Types

    Two primary machining processes are turning and milling – descried below. Other processes sometimes dovetail onto these processes or are performed with standalone equipment. A drill bit, for instance, may be installed on a lathe used for turning or chucked in a drill press. At one time, a distinction could be made between turning, where the part rotates, and milling, where the tool rotates. This has blurred somewhat with the advent of machining centers and turning centers that are capable of performing all the operations of the individual machines in a single machine.

  • Nickel-based Alloy Applied with Passivation

    Nickel-based Alloy Applied with Passivation

    About Nickel-based Alloys

    Nickel-based alloys are also referred to as ni-based superalloys due to their outstanding strength, heat resistance and corrosion resistance. The face-centered crystal structure is a distinctive feature of ni-based alloys since nickel operates as a stabilizer for the austenite.

    Common additional chemical elements to nickel-based alloys are chromium, cobalt, molybdenum, iron and tungsten.

  • Electropolishing Stainless Steel CNC Machining

    Electropolishing Stainless Steel CNC Machining

    Product Introduction

    The OEM CNC Machining Parts are parts made with advanced technology and are usually made of high-quality metal. The surface is usually treated with electroplating, painting, anodizing, electropolishing, coating, etc., so it is very beautiful and smooth, without burrs. We have many years of production experience to ensure that all our OEM CNC Machining Parts are of top quality and high precision. If there is a demand, we can customize it for you.


  • Stainless Steel Precision CNC Machining Parts

    Stainless Steel Precision CNC Machining Parts


    Precision machining is a type of technical manufacturing that is essential in creating and designing machines, parts, tools, and other hardware that are essential in modern manufacturing to maintain process controls and tolerances that function under extremely tight specifications. It is used to make up the many large and small objects and their components that we use in everyday life. If an object is made up of many small parts, these will often need to be made with precision machining to ensure they fit together precisely and function properly. Precision Machining can be defined as utilizing the highest function of a tool, program, engineering talent or equipment thus pushing the limits of design feature creation and materials science and performing these operations under the tightest tolerances defined by any sub-set of these manufacturing parameters.

  • Precision Parts Produced by CNC Machining

    Precision Parts Produced by CNC Machining


    Precision machining can be used with a number of raw starter materials including (but not limited to) plastic, ceramic, metal, composites, steel, bronze, graphite, and glass. In order to make precise cuts and intricate removal of the raw material, a combination of tools may be used. These tools vary depending on the raw material. Frequently used tools include milling machines, lathes, Electric Discharging Machine (aka. EDM’s), saws, and grinders. Most commonly used manufacturing equipment is computer controlled heavy machinery that is designed and utilized to remove substrate material creating finely detailed components and piece parts. In some cases, even high-speed robotics and photochemical processes may be used to achieve the desired result for the final product.

  • Types of Stainless Precision CNC Parts

    Types of Stainless Precision CNC Parts

    Stainless Steel CNC Machining Services

    The versatility of stainless steel is undisputed. It is used in various CNC (Computer Numerical Control) machining industries. Many stainless steel items are produced using versatile manufacturing methods in CNC machining. These methods benefit from the precision of computer-controlled milling machines, drills, lathes, and other cutting tools that can produce accurate, repeatable parts efficiently and cost-effectively.

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