December 1, 2023

High-Precision Axis Machining for Aerospace Applications

Axis Machining

Almost all manufacturing operations today utilize a procedure known as CNC machining. This is a process that helps to create parts with precision. In addition, the process can speed up by using a tool-detection system.


Using axis machining, aerospace manufacturing companies such as Intrex Aerospace can produce highly accurate parts with reduced labor. These high-precision parts require precise measurements and tight tolerances and must be created with minimal errors. If a claim is defective, it could have catastrophic consequences, including lost lives and costly repairs. Using axis technology to produce these parts reduces waste, helps shorten cycle time, and offers a more efficient solution.

Previously, multi-axis machines were only available for giant aerospace companies with the budget to purchase them. This technology took a long time to become affordable, but it’s now commonplace on shop floors worldwide.

High-precision axis machining offers a variety of benefits and is suitable for both aerospace and medical industries. It can produce complex parts, such as sensors, smart weapons, and energy equipment. Using this technology to make a part can save time and money, reduce errors, and create smoother finishes.

Using axis machining is also a great way to reduce costly work fixtures, such as work tables and tool holders. These fixtures require operators to position material and parts, which is prone to human error. With axis machines, operators can avoid these errors and reposition the part without moving the workpiece.


Using axis machining for aerospace applications allows you to produce accurate, durable, and reliable parts. The process can also reduce the cycle time and overall waste of machining.

Five-axis machining reduces setup time, increases spindle uptime, reduces cost, and reduces scrap. This technology also allows for the use of shorter cutting tools. It can be a perfect solution for the aerospace industry.

The need to produce complex and organic shapes is vital for aerospace applications. These shapes are often cut in small layers to ensure accuracy. The aerospace industry also needs to pay for contoured edges for parts.

The MAM72 series is a good choice for aerospace applications. The MAM72 series can perform simultaneous high-speed axis machining operations. The MAM72 series is also built to run unattended. These machines can process workpieces up to 20 kg. The MAM72 series also features an optimized work enclosure.

Axis machining can be used on a variety of materials. It is used on structural components and aircraft parts. Materials include aluminum, light alloys, carbon fiber, epoxy paste, and polyurethane.

Tool-detection System

Detecting the right tool for the job is an integral part of the axis machining process. A tool-detection system can be used to optimize tool positioning to avoid costly errors. In particular, the tool-detection system helps measure the tool’s swing angle and the tool’s rotational amount.

The RTCP (rotational tool center point) function is an excellent example of a machine tool test that can measure the motion accuracy of the tool during the five-axis linkage process. However, it is difficult to determine the accuracy of an RTCP test if the machine tool has two rotating axes. In this paper, we propose a method for determining the motion accuracy of an axis CNC machine tool with two rotating axes.

The RTCP function uses a universal ball-head mandrel to detect the rotational amount of the tool. A synchronous detection mechanism is also used to measure the rotational angle and micro-displacement of the tooltip.

CNC Machining is a Procedure Used in Most Manufacturing Operations

Manufacturers can produce intricate parts for many industries using Computer Numerical Control (CNC) machining. The CNC machining process allows manufacturers to make parts with high precision, accuracy, and tolerance. The method uses computerized controls, machine tools, and sophisticated software to create a wide range of products.

The CNC machining process begins with a block of material. The league is then cut to the desired shape. The CNC machine uses a computer program and machine tools to cut away layers of material to form the desired shape.

CNC machining is typically used for small and medium-volume production runs. However, the industry also can handle large jobs. There are several types of CNC machines, and each is used for different applications.

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