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PROCESSING TECHNOLOGY

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PROCESSING TECHNOLOGY

PROCESSING TECHNOLOGY

Machining technology is primarily concerned with the removal of material from aluminium workpieces to obtain precise shapes and dimensions. The machining process begins with a detailed computer-aided design (CAD) model of the required aluminium part. A skilled machinist then selects the appropriate cutting tools and fixtures for the specific requirements of the project. Finally the movements of the cutting tools are controlled with great precision by computer numerical control (CNC) machines under the guidance of programmed instructions. They remove material from aluminium workpieces according to CAD models.

SERVICE DETAILS

Here are common questions and answers related to aluminum products and the machining process:

A: Machining can be used to create a wide range of aluminum products, including custom components, brackets, connectors, heat sinks, and more.

A: Yes, machining is ideal for high-precision applications. CNC machining centers provide the accuracy and consistency needed for critical industries like aerospace and medical device manufacturing.

A: Absolutely. Machining technology can create intricate and complex shapes with precision, making it suitable for components with demanding geometrical requirements.

A: Yes, machining can achieve various surface finishes, including polished, brushed, textured, and anodized surfaces, to meet both functional and aesthetic requirements.

A: Quality assurance in machining involves strict process control, real-time measurements, and inspections. Working with reputable manufacturers with a history of quality excellence is also crucial.

SERVICES OFFERED

Custom parts: Custom aluminium parts can be produced for industries such as aerospace, automotive, electronics and mechanical engineering.

Prototyping: Machining is used to create prototypes of new aluminium products for testing and refinement prior to full-scale production.

Precision parts: This is key to the manufacture of high-precision aluminium parts such as engine components, aircraft fittings and complex structural parts.

Surface Finishes: Machining techniques can achieve a wide range of surface finishes and are therefore suitable for aesthetically pleasing applications.

We at JLX take quality control measures throughout the machining process, including measurements and inspections, to ensure that the dimensions and surface finish of aluminium parts meet the specified requirements.