Why Is Die Casting Ideal for Medical Device Components?
Medical equipment components usually require stable structures, precision assembly capability, and reliable long term performance. In medical equipment housings, instrument brackets, adjustment mechanisms, imaging equipment parts, and mobile medical devices, aluminum die casting provides good strength, dimensional consistency, and mass production stability.
The die casting process can integrate complex mechanisms, mounting holes, positioning surfaces, and reinforcing structures into a single component, reducing assembly errors, loosening, and deformation risks caused by multi piece assemblies. For medical equipment that requires repeated operation, stable load bearing, or long service life, this helps improve product reliability and maintenance stability.
High-Performance Casting
Aluminum alloys provide a good strength to weight ratio, corrosion resistance, and compatibility with surface treatments. Depending on product requirements, CNC machining, edge rounding, sand blasting, painting, powder coating, chemical conversion coating, and cleaning can be applied. If higher requirements for porosity control, sealing, or mechanical properties are needed, low gas content control or vacuum die casting can also be evaluated.
| Specification Item | Description |
| Industry Application | Medical Equipment, Diagnostic Instruments, Rehabilitation Equipment, Non Implantable Medical Devices |
| Manufacturing Process | High Pressure Aluminum Die Casting |
| Available Technologies | Low Gas Content Control, Vacuum Die Casting, Dimensional Stability Control |
| Recommended Aluminum Alloys | ADC12, ADC10, A380, A360, or customer specified materials |
| Typical Applications | Medical equipment housings, instrument brackets, diagnostic equipment structural parts, mobile medical equipment parts, rehabilitation equipment parts |
| Typical Part Weight Range | Approx. 0.1 kg – 15 kg |
| Maximum Projected Area | Up to approx. 160,000 mm² |
| Structural Design Features | Precision assembly, stable load bearing, functional integration, surface treatment compatibility |
| Dimensional Accuracy | Suitable for precision assembly and CNC machining |
| Recommended Secondary Processes | CNC machining, deburring, edge rounding, surface finishing, sand blasting, painting, powder coating, chemical conversion coating, cleaning, assembly |
| Quality and Application Requirements | Suitable for non implantable medical equipment requiring stability, reliability, cleanability, and long term use |
EX Die Casting provides high quality, reliable lead times, and professional process capability for global customers.
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