What Are The Main Application Areas Of Turret Milling Machines?

1, Core application industry
1. General machinery manufacturing industry (the most basic and extensive)
Suitable for processing various general mechanical parts, such as milling, drilling, boring, tapping and other processes of basic components such as gears, shafts, sleeves, boxes, flanges, brackets, etc.
Covering small and medium-sized mechanical processing plants, parts matching plants, agricultural machinery manufacturing enterprises, etc., it is the "standard equipment" for these types of enterprises, which can meet the requirements of single piece small batch production and batch processing through modification.

2. Mold manufacturing industry (core scenario for high-precision requirements)
Used for the processing of key components of various molds such as injection molds, stamping molds, die-casting molds, rubber molds, etc., such as flat milling of mold cavities, cores, sliders, inserts, rough/semi precision machining of curved surfaces, as well as hole series machining of mold guide columns and guide sleeves.
Advantages: The turret milling machine has high spindle accuracy (small radial runout), smooth feed, and can ensure the dimensional tolerance and surface roughness of mold parts, adapting to the processing requirements of "high-precision, complex shapes" in mold manufacturing.

3. Automotive and parts manufacturing industry
Processing core automotive components, such as flat milling of engine cylinder blocks and cylinder heads, and drilling of oil passage holes; Milling and tapping of gearbox gears and housings; Precision machining of chassis suspension components such as swing arms and connecting rods.
To meet the demand for "mass production and high consistency" of automotive parts, some models can be automated through CNC modification to improve production efficiency (such as the 4H model of Daxing Machine Tool in Tengzhou City, which can increase production efficiency by 30% in automotive parts enterprises).

4. Aerospace parts processing industry
Processing precision structural components in the aerospace field, such as aircraft landing gear connectors, rough milling of engine blades, shells of aerospace equipment, flanges, etc.
Requirement: The industry has extremely high requirements for the strength, accuracy, and stability of parts. The high-strength casting body (such as resin sand casting+reinforced rib structure) and seismic resistance of turret milling machines can meet the cutting needs of aviation materials such as titanium alloys and aluminum alloys.

5. Electronic and hardware accessories industry
Processing precision hardware components for electronic devices, such as milling phone frames and computer cases; Processing of compressor components and heat sinks for household appliances (air conditioners, refrigerators); Head forming milling and hole machining of hardware tools (wrenches, screwdrivers).
Advantages: Flexible operation, able to quickly switch processing steps, suitable for mass production of small-sized and high-precision hardware parts (such as the Longquan Hongkun 4H model adapted to the batch requirements of general hardware processing).

6. Medical device manufacturing industry
Precision milling of core components for processing medical devices, such as surgical instruments (scissors, tweezers); Processing of structural components and connectors for medical equipment (CT machines, ventilators); Initial molding and hole processing of implantable medical devices (such as orthopedic screws).
Requirement: Must meet the requirements of "high cleanliness, high precision" in the medical industry