News & Insights

medical machined components Hybrid manufacturing technology reduces total production costs by 35% and shortens complex parts processing cycles by 50% compared to traditional methods. This revolutionary approach combines 3D printing (additive manufacturing) and CNC machining (subtractive manufacturing) to create superior medical machined components with unmatched precision and efficiency. The integration of these complementary technologies addresses the limitations of each individual method while maximizing their respective strengths. When creating precision medical... Read More

Plastic for electronic enclosure serves as a critical protective barrier in electrical and electronic equipment. In power generation and electronic systems, proper insulation prevents electrical currents from leaking or short-circuiting, which protects equipment, maintains system stability, and prevents hazards such as electrical shocks and fires. These protective housing solutions safeguard sensitive components from environmental factors while providing essential electrical isolation. Additionally, the selection of appropriate plastic materials for electronic equipment... Read More

Drawings of plastic parts often specify tolerances that are tighter than the practical limitations for dimensionally stable plastics. Unlike metals, plastics present unique engineering challenges due to their higher thermal expansion rates, moisture absorption properties, and residual stress behaviors that significantly impact dimensional stability. For instance, nylon can absorb moisture at an extreme rate, with test specimens showing an 8.8% increase in mass and a 2% increase in length at... Read More

Chemical resistant plastics play a critical role in manufacturing precision parts for applications exposed to harsh chemical environments. Understanding the chemical compatibility of these materials is crucial for selecting the appropriate plastic for specific applications, especially in environments where exposure to various chemicals is inevitable. Applications dealing with chemical exposure, friction, and other harsh factors require plastic parts that withstand tough conditions and resist corrosion. The chemical resistance of plastics... Read More

Sterilizable plastics like PEEK can withstand more than 1,000 steam sterilization cycles without significant structural changes. This remarkable durability highlights why material selection is critical for medical devices that require repeated sterilization. While PEEK offers exceptional longevity, other high-performance materials such as Radel PPSU and Ultem PEI also demonstrate impressive resilience, retaining their properties through hundreds of autoclave cycles. The performance of autoclavable plastics varies significantly depending on the sterilization... Read More