This part requires several manufacturing steps to achieve the desired result

This part requires several manufacturing steps to achieve the desired result: turning, milling, electroplating and mechanical assembly operations. The rollers are nickel plated for improved wear resistance and corrosion protection, while the rest of the components are black anodized for corrosion protection and visual distinction. Based on our previous engagements, clients have confidence in our skills and expertise. As a critical component of industrial manufacturing equipment, the key characteristics of this assembly are accuracy, uniformity and durability. Knowledge of the production process and the development of mechanical technology have been the key elements that have helped to develop a business focused on producing high CNC precision machining, any further processing according to the drawings provided by the customer.

Machining process designed for precision machining of relatively hard materials. CNC precision machining is a tool that rotates a workpiece about its axis to perform various operations such as cutting, grinding, knurling, drilling or deforming, facing, turning, applying a tool to a workpiece to create objects that are symmetrical about an axis rotation. They are designed for machining metals; however, with the advent of plastics and other materials, and their inherent versatility, they are used in a wide range of applications and a wide range of materials.

Mechanical system design is the activity of combining different scientific, industrial, and social activities in a controlled hierarchy. CNC Precision Machining In this hierarchy, there is a process from conception to production of mechanical parts. The main starting point for developing a specific design is to create a structure that consists of a regular combination of few or few physical components that will perform a desired function or function under predetermined conditions. The design of the mechanical parts is provided by a computer-aided program (CAD). In addition, parameters such as material type, mechanical strength, and production mode also play a role when designing the part. To this end, in the design of traditional mechanical parts, the design proposed by the designer can be changed according to the type of material required, the analysis results, the production method. Therefore, the design and production process of mechanical parts can be challenging. In addition, CNC precision machining is limited in terms of the capabilities of the designer and the program used, and mechanical parts designed in CAD programs are limited.

In our AI-enabled design, our product is the handlebar neck, a part of the bike that everyone uses on a regular basis. This part is the intermediate part that the user uses to guide the bicycle. This part is a spacer that transmits motion from the steering wheel to an axle attached to the front wheel at the request of the cyclist. As a result of the forces applied under the required boundary conditions for this part, AI-enabled design examples will be presented that provide the required mechanical strength and production types of different materials.