Titanium alloy short beams
In the aerospace field, titanium alloy structural components are mainly used in key parts such as aircraft fuselage and wings, and are the “important backbone” in the aerospace field. Titanium alloy short beams are typical structural components of titanium alloy. which has a large amount of material removal and poor processing rigidity, which is a typical aluminum alloy structural part.
- 1. Side Wall&Web Semifinishing Milling
- 2. Narrow Cavity Rough Milling
- 3. Cavity Rough Milling
- 4. Rough Face Milling
- 5. Side Wall&Web Finishing Milling
- 6. Hole Making
- 7. Cavity Trochoidal Machining
ADGT+MET190
1.The edge with spatial curve Cutting Tooldesign to decrease the cutting resistance
2.The special dedicated geometry for machining of Ti alloy
3.Suitable for semi-finishing and roughing machining of Ti alloy
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LNMX+MKF115
1.Suitable for rapid feed processing of cavities and sidewalls in industries such as molds and aviation
2.Rich groove types and brand combinations to meet the processing needs of various materials
3.Negative four edges structure+fast feed dedicated groove for high efficiency, high economy, and high stability processing
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SOE(M)T+MKT113&213
1.Suitable for rapid feed processing of cavities and sidewalls in industries such as molds and aviation
2.Rich groove types and brand combinations to meet the processing needs of various materials
3.Negative four edges structure+fast feed dedicated groove for high efficiency, high economy, and high stability processing
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RP+MPB100
1.With economical and high effciency,suitable for the profile milling of mould industry
2.With a full range of geometry,available from light cutting to heavy cutting
3.Suitable for semi-finish and roughing machining of steel
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ST300
Suitable for high performance processing of titanium alloys.
The new titanium alloy milling grade is adopted, which has significant improvement in wear resistance and bond resistance.
Special corner radius treatment, improve the cutting edge strength and sharpness, effectively reduce the vibration caused by corner radius.
The use of enhanced large helix angle design and unequal tooth pitch can reduce the harmonics produced by cutting, and eliminate bad chatter.
A professional 5-edge design has been added, designed to exceed the productivity of 4-edge endmills.
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Customized Reamer
1.Aluminum alloy high-precision customized reamer.
D968S
Suitable for high efficient Drilling of stainless steel, carbon steel, alloy steel, heat-resistant alloys and titanium alloys, etc
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ST300
Suitable for high performance processing of titanium alloys.
The new titanium alloy milling grade is adopted, which has significant improvement in wear resistance and bond resistance.
Special corner radius treatment, improve the cutting edge strength and sharpness, effectively reduce the vibration caused by corner radius.
The use of enhanced large helix angle design and unequal tooth pitch can reduce the harmonics produced by cutting, and eliminate bad chatter.
A professional 5-edge design has been added, designed to exceed the productivity of 4-edge endmills.
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