Stainless steel can be 3D printed, but not all printers can control this “metal beast”. Desktop printers (FDM) can only “indirectly print” through metal filling wires, relying on complex degreasing and sintering post-processing, and finally obtain metal parts with reduced performance.
Desktop Printer vs. Metal Beast: Can You 3D Print Stainless Steel? Read More »
The reliability of hydraulic valves and fuel pumps directly determines the life and death of aircraft. From low-temperature hysteresis effect to seal failure, from electromagnetic interference to fatigue cracks, behind each case is the fatal shortcomings of design, materials and processes.
Hydraulic Valves & Fuel Pumps: 8 Hidden Killers in Aircraft Systems Read More »
As the core load-bearing components for aircraft take-off and landing, the reliability of landing gear struts and axles is directly related to flight safety. Key control factors include: material metallurgical quality (must comply with AMS 6414 ultra-high strength steel standards),
Landing Gear Struts & Wheel Axles: 7 Critical Factors for Aircraft Safety Read More »
The grounding of the aircraft once again warns the aviation industry that safety is no small matter. Even seemingly basic components such as door hinges and seat tracks may trigger a chain reaction and threaten flight safety once there are design or manufacturing defects.
What Grounds Jets? Door Hinges & Seat Tracks Under Fire Read More »
In the field of 3D printing, PVA and HIPS are two mainstream support materials with significant differences: PVA (polyvinyl alcohol) is a water-soluble material, especially suitable for use with low-temperature consumables such as PLA, which dissolves quickly, is environmentally friendly and easy to operate; while HIPS (high-impact polystyrene) needs to be dissolved with limonene solvent.
What is the difference between PVA and HIPS? Read More »
Laser welding has become a core technology of modern manufacturing industry with its advantages of high precision, low thermal impact and efficient automation. It is widely used in automotive batteries, aerospace, microelectronics packaging and medical implants
What is laser welding used for? Read More »
