With the development of aerospace modernization machinery industry, aerospace industry, chemical industry and electronic industry, there are various high-level requirements for the performance of product parts and materials. For example: high temperature resistance, high stress resistance, corrosion resistance, wear resistance, high conductivity and so on. The types used are more and more extensive, such as: ordinary carbon structural steels, high-strength steels, ultrahigh-strength alloy structural steels, high manganese steels, and stainless steels; and ferrous metals, titanium alloys, copper alloys, aluminum alloys, and Other non-ferrous metals and so on.
The characteristics of the new engineering material can generally increase the cutting force in the cutting process, increase the cutting temperature, and reduce the tool life; sometimes the quality of the processed surface is deteriorated and the chips are difficult to control; finally, the processing efficiency and processing quality are achieved. reduce. It is very difficult to process. Mainly reflected in the following characteristics of the new engineering materials: 1, high hardness; 2, high strength; 3, high plasticity and high toughness; 4, low plasticity and high brittleness; 5, low thermal conductivity; 6, there are microscopic hard spots Or hard inclusions; 7, lively chemical properties.
Characteristics of high-strength and ultra-high-strength steels: Structural steels with tempered σs> 1 000 MPa or σb> 1 100 MPa are called high-strength steels. Structural steels with σs>1 200 MPa or σb>1 500 MPa after quenching and tempering are called ultra-high strength steels. In this kind of steel, where the carbon content is between 0.30% and 0.50%, and the total amount of alloying elements does not exceed 6%, it is a low-alloy high-strength, ultra-high-strength steel that is used most in production.
Compared with ordinary carbon structural steels, high-strength, ultra-high-strength steels have higher hardness and strength (about 1 or more times higher than 45 steels). The impact value is larger and the thermal conductivity is lower, so the cutting force is higher. Larger, higher cutting temperature. When processing high-strength, ultra-high-strength steels, the same tool materials as ordinary carbon steels can be selected.
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This kind of Drilling and Tufting Brush Machine is equipped with 2 drill heads and a hair planting head, human-machine touch screen control system, and optional Chinese or English language. The operation is flexible and convenient. The accessorie of the machine are all designed according to European standards. Two-color or single-color brush can be used in this machine.
Technical Parameters:
1. Weight: 1500kg
2. Planting method: Round wire
3. Production speed: 500 rpm
4. Planting peak: 65mm
5. Planting pore size: φ1.6-φ4.0
6. Storable procedures: 1000 models
7. X-axis travel: 400mm;
8. Y-axis travel: 320mm;
9. Z-axis travel: 160mm;
10. Air input pressure: 0.8MPa
11. Rated voltage frequency single phase: 220V, 50Hz
12. Machine power: 2.0kw
13. Machine dimensions: 1.14 meters long, 1.84 meters wide and 1.75 meters high
14. Packing size: 1.8 meters length, 2.1 meters width, 2.1 meters height (conforming to standard container requirements).
More details, please contact us as soon as possible.
4 Axes Drilling And Tufting Brush Machine
Brush Machine 4 Axis Flat Wire,4 Axis Round Wire Brush Machine,Flat Wire Brush Machine,4 Axis High Speed Brush Machine
Yangzhou Blue State Digital Control Brush Equipment Co., LTD. , http://www.lbbrushmachine.com