Crafting Excellence: CNC Turning Parts for Every Application

The practice of crafting excellence is essential for agile teams. Strong craft excellence tolerates ambiguity, is customer-centric and seamlessly responds to change.

CNC turning is most often used to produce cylindrical or oblong-shaped components, but it can also create shapes with axial symmetry like cones and disks. Some turning centers are even capable of polygonal turning using special rotating tools.

Bolt Size Chart

Bolts are important fasteners used to join two or more objects together. They consist of a threaded shaft with a head on one end and are designed to screw into a corresponding tapped hole in the objects being joined. Bolts can be made from a variety of materials, including plastic and metal, and can be coated or plated to improve their resistance to corrosion. They also come in a range of sizes, and each bolt has a different set of characteristics that make it suitable for specific applications.

A key measurement associated with bolts is their diameter and length, as well as the type of thread they use. Bolt size chart  is available in both imperial and metric formats, provide details on these dimensions. A bolt’s thread pitch can also be an important factor, as it determines the smallest diameter of the tapping hole needed to cut the threads. Coarse threads are more versatile and commonly used for general purpose applications, while finer threads offer higher tensile strength and are preferred for precision applications.

Metric Stud Bolt to Nut Table

Bolts come in a range of grades and are used to secure and hold objects together. A bolt consists of a shank, a thread and a nut to complete the connection. The grade of a bolt indicates how much load it can safely carry before it yields or permanently stretches and, ultimately, breaks.

The number identifying the strength of a bolt is given by its class and the higher the class number the stronger the bolt. The strength of a bolt can also be determined by its shear and tension stresses.

The stud bolt to nut table provides dimensions for both US and Metric bolt sizes to allow users to match the correct size nut with their specific requirements. When a bolt is specified, it will usually be identified by its diameter and length with the latter measurement being defined as the body length of the bolt (excluding the head). Metric bolt specifications often omit the definition for pitch so when this is not included in the specification then a coarse thread is assumed.

Thread Pitch Chart

A thread’s pitch is the distance between parallel crests (or spaces) on a screw thread, and is usually defined as the space of one full turn of the thread. Thread pitch determines the mechanical properties of a thread, as well as its compatibility with mating components. To accurately measure a thread’s pitch, a thread gauge is recommended.

Depending on your application, different factors can impact thread pitch, including load capacity, speed, and material characteristics. For example, if your project requires high load capacity, you may want to use a coarser series thread with a larger major diameter.

Also important to consider are thread starts and lead screws. These features play an essential role in thread operation and resolution. They are often used to convert rotary motion into linear, or prevent linear movement without corresponding rotation. To maximize performance, understanding how these factors impact thread pitch can help you make informed decisions. Specifically, they influence how much advancement a screw will make per revolution.

Material Chart

When selecting the correct material for your CNC turning parts, it is important to consider how the component will be used. Factors like moisture, extreme temperatures and stress load must be taken into account in order to find the best materials for your specific application.

The process of CNC turning involves using a lathe to construct cylindrical surfaces. This is done by rotating a workpiece while a single-point cutting tool remains in contact with the piece throughout the operation.

The material chosen for your CNC-machined part will affect how it functions and the quality of its results. Choosing the right materials can make or break a product’s durability and performance. For example, the materials used to insulate a Breathalyzer will differ significantly from those found in a camera. Also, the material used to make a door handle will have different properties than the material used in a conveyor belt. The tensile strength and endurance strength of a particular material can also make or break its performance.


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