CNC Machining

CNC machining is the process of producing various material parts, such as engineering plastics, to meet customer demands using computer-controlled (CNC) machines.

Özlon Technical Plastics is an innovative manufacturer and solution provider specializing in the custom processing of various engineering plastics, composites, and fiber materials.

We stand at an industry-leading position by offering customized solutions to meet our customers' unique requirements.

With our experience, expertise, and customer-focused approach, we support our customers' successes and ensure their satisfaction.

Some parameters to consider in the processing of various materials like engineering plastics include:

  • Design Requirements: The design of the part to be machined should be determined according to the needs and requirements of the customer. Design files or drawings provided by the customer form the basis for starting the machining process.

  • Material Selection: Choosing the right material for the part to be machined is crucial. Engineering plastics have different properties, and the correct material suitable for the intended use of the part should be selected.

  • Programming: Design files or drawings need to be converted into suitable programs for CNC machines. This requires the expertise of CNC operators, and precise programming must be done to ensure accurate cutting, drilling, and shaping operations.

  • CNC Machining Equipment: Suitable CNC machines are required for machining engineering plastics. These machines can perform cutting, drilling, and shaping operations to bring parts to the desired size and shape.

  • Precision and Tolerances: It is important to obtain machined parts that meet the tolerances requested by the customer. While CNC machines can operate at high precision levels, operators need to pay attention to these tolerances and make correct adjustments during the machining process, especially with materials like engineering plastics.

  • Quality Control: Stringent quality control procedures should be implemented to ensure the quality of the produced parts. The dimensions, tolerances, and other features of the parts should be checked to ensure they meet the required standards.