PRECISION MECHANICAL MACHINING

Precision mechanical machining is the process of manufacturing or modifying machine parts, components, or elements using modern machinery and technology to achieve high accuracy. The requirements for dimensions, shapes, and precision are usually tightly defined.

Applications of precision mechanical machining:

Manufacturing electronic, aerospace, medical components…
Producing molds and dies.
Manufacturing automation components, robots.
Producing engines, turbines, and many other applications.

Technologies and machinery:

CNC machines (computer numerical control): CNC lathes, CNC milling machines, CNC grinding machines, etc.
EDM (Electrical Discharge Machining) technology.

Advantages:

High accuracy.
High repeatability.
Ability to produce batches with consistent quality.
Minimized waste material.

Disadvantages:

High initial investment costs for machinery and technology.
Requires highly skilled and trained technicians.
Difficulty in rapidly changing designs once the process is established.

Important factors in precision mechanical machining:

Selecting appropriate materials.
Machining technology and equipment used.
Employee training and skills.
Quality management and inspection.

When conducting precision mechanical machining, paying attention to the above factors will help optimize the process, reduce costs, and ensure product quality.

To get advice on specific precision machining solutions, please contact:

VIETWELD TECHNOLOGY AND EQUIPMENT COMPANY LIMITED

SHOWROOM IN HAI PHONG