Aerospace
"In aerospace applications, JINOO advanced CNC machining tools deliver precision and reliability, ensuring products meet the stringent aviation standards required for commercial, defense, and exploration purposes."
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JINOO's Carbide Drill Bits
JINOO's Carbide Drill Bits:
Used for drilling of high strength, difficult-to-machine materials (e.g. titanium alloys, nickel-based alloys, stainless steel, composite materials). Include:
- Aircraft structural parts: machining connection holes in key parts such as wings and fuselage, requiring high precision and high reliability.
- Engine components: drilling cooling holes in turbine blades, combustion chambers, which need to withstand high temperature and high pressure environments.
- Spacecraft components: processing precision holes in satellite and rocket components, requiring extremely high dimensional accuracy and surface quality.
JINOO's Cemented Carbide End Mills
Used for milling of complex curved surfaces and high-precision parts, applications:
- Aircraft structural parts: machining the shape and internal structure of aluminium alloy or titanium alloy structural parts.
- Engine parts: machining complex surfaces and grooves of turbine discs and blades.
- Composite parts: milling carbon fibre, glass fibre, etc. to prevent delamination and burrs.
JINOO’s Carbide Reamer
Used for finishing high-precision holes to ensure that the hole diameter and surface quality meet strict requirements:
- Precision assembly holes: machining positioning holes for aircraft and engine components to ensure assembly accuracy.
- Hydraulic and fuel systems: machining precision holes for valve and pump bodies, requiring high finish.
- Aerospace instrumentation holes: holes for navigation equipment, requiring high reliability and long life.
Advantages
High hardness and wear resistance: suitable for machining high-strength materials, prolonging tool life and reducing replacement frequency.
High temperature resistance and stability: stable performance in high temperature and high speed cutting to meet the high requirements of the industry.
High precision and high quality surface: achieve micron-level machining accuracy, improve the fatigue strength and life of parts.
Adaptation to complex machining: Highly efficient machining of complex curved surfaces and shaped structures, applicable to a wide range of materials.
Industry convenience
Allow higher cutting speeds, shorten machining cycles and reduce costs.
Stable cutting performance ensures consistent part quality and meets stringent standards.
Suitable for high-speed machining and 5-axis machine tools to meet the needs of new material processing.
Suitable for dry or micro-lubricated cutting, reducing environmental pollution and improving material utilisation.
