Medical Devices

Medical Devices

Form	Instruments, implants, diagnostic machines, monitoring devices, surgical tools, or disposables
Material	Metals (stainless steel, titanium), plastics, ceramics, silicone, and biocompatible materials
Color	Varies by device; metallic, white, transparent, or colored for different purposes
Shape	Varies widely depending on function (e.g., flat for monitors, tubular for catheters, round for electrodes)
Size	Varies from small (needles, implants) to large (MRI machines, patient beds)
Weight	Lightweight for handheld instruments; heavy for diagnostic or surgical machines
Texture	Smooth, polished for metallic instruments; flexible for plastics and rubber components
Aroma	Generally odorless; some plastic or rubber components may have a slight material smell
Sterilization	Devices can be sterilized via autoclaves, ethylene oxide, or gamma radiation; disposables are pre-sterilized
Packaging	Individually packed for sterile products (blister packs, sealed pouches); larger devices may come in protective cases
Durability	Reusable devices are made from durable, corrosion-resistant materials; single-use devices are disposable
Function	Used for diagnostics, treatment, monitoring, or surgery; includes stents, pacemakers, blood pressure monitors, and more
Safety Standards	Must meet international standards like ISO 13485, CE marking, or FDA approval for safety and effectiveness
Shelf Life	Disposables have a shelf life of 1-5 years; durable devices last longer with proper maintenance
Storage Conditions	Store in a clean, dry environment; sensitive devices may need temperature-controlled storage
Power Source	Some devices are powered by electricity or batteries (e.g., monitors, implants), while others are manual
Manufacturing Regions	Major production in the USA, Europe, Japan, China, and India

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