Swing Angle Three-sided CNC Boring and Milling Machine

The three-sided CNC boring machine with swing angle is a CNC machine tool specially used for multi-sided boring processing. It uses CNC technology to control the cutting amount and feed amount of the tool, and can achieve high-precision processing. The three-sided CNC boring machine with swing angle is designed with multiple spindles, which can process multiple surfaces of the workpiece at the same time, greatly saving processing time. It is suitable for production environments that require high precision and high efficiency.

Main features

1. Three-side boring: can process three sides of the workpiece at the same time, suitable for parts with high precision requirements and multi-sided finishing.

2. High efficiency: the equipment has functions such as high-speed tool change, fast workpiece switching and fast zero point search, which significantly improves production efficiency.

3. High precision: using advanced CNC technology to control the tool cutting amount and feed amount, it can achieve high-precision processing

Main components

1. Bed: The solid structure is made of high-quality materials such as high-strength cast iron, which gives it excellent rigidity and stability. This design can cope with various loads during the processing and ensure stability under conditions such as cutting force, gravity and vibration.

2. Spindle: The design has multiple spindles, which can process multiple faces of the workpiece at the same time, greatly saving processing time.

3. Worktable: Used to fix the workpiece, it can usually rotate or move to meet different processing requirements.

4. Control system: Advanced CNC system, responsible for programming and controlling the processing process.

Application fields

1. Mold manufacturing: The three-sided CNC boring and lathe with swing angle can be used to manufacture molds of various complex shapes, such as plastic molds, casting molds, etc. Its high precision and high efficiency make the dimensional accuracy and surface quality of the processed molds significantly improved.

2. Aerospace manufacturing: In the field of aerospace, this machine tool can process various complex-shaped workpieces such as aircraft engine parts and spacecraft parts. Its multi-axis linkage characteristics enable it to easily cope with these high-precision processing tasks and ensure the quality and performance of aerospace parts.

3. Automobile manufacturing: It can be used to manufacture automobile engine parts, body parts, etc. Its efficient production capacity and strong adaptability to complex-shaped workpieces can meet the needs of the automotive manufacturing industry for high-quality parts.

4. Electronic manufacturing: In the field of electronic manufacturing, this machine tool can process electronic components, printed circuit boards, etc. to ensure the accuracy and reliability of electronic products.

5. Precision machinery manufacturing: It is suitable for manufacturing various precision machinery parts, such as screws, bearings, gears, etc. Its high precision and high stability make the quality of the processed parts reliable and meet the needs of precision machinery manufacturing.

Details

Processed product