- Дата 20.05.22
- Категория technology
- Читать 2 мин
Scale Matters
The microwires we produce at MICRO NANO TECH are approximately seven times thinner than human hair, showcasing the impressive precision achievable with modern technology. Need something even finer? What about a metallic core tip of 50 nm with a glass insulation layer?
We develop and produce state of art customized microwires.
Microwires
• Diameter: Less than 1 μm up to tens of microns
• Materials: Gold (Au), Copper (Cu), Silver (Ag), Platinum (Pt)
• Features: Ultra-thin design with minimized inertia
Magnetic Bistability Microwires
• Core Material: Iron-based alloys
• Diameter: <1 μm to several microns
• Unique Property: Bistability enabled by the Barkhausen effect
Magnetic Resonance Microwires
• Frequency Range: 1-15 GHz
• Application: Ideal for creating radio-absorbing materials
Semiconductor Microwires
• Core Materials: Bismuth (Bi), Antimony (Sb), Indium Antimonide (InSb)
• Diameter: 0.2 - 100 μm
• Special Properties: Linear magneto-resistance, high thermopower
Filamentary Nanostructures
• Electrically conductive nanowires encased in glass
• Core Diameter: 50 - 200 nm
Micropipettes
Precision tools for intracellular recording, micro-perfusion, and microinjections that elevate accuracy and quality in medical and biological research.
Wigonde Sensors
Power-free sensors that respond to magnetic fields, transforming applications in identification cards and security systems.Game-changer for identification cards and security systems.
LATEST NEWS
Exploring MICRO NANO TECH
Discover how MICRO NANO TECH can support your project—whether you’re looking for customized micro components or need expert contract manufacturing services.
Let’s Talk Microcoils
Whether you need 1D, 2D, or intricate 3D shapes, flat spirals, or helical configurations, our micro-coils are custom-engineered to meet the exact demands of your application.
The Revolutionary Role of Micro and Nanotechnology in Medicine
Micro and nanotechnology are at the forefront of a medical revolution, offering unprecedented possibilities for diagnostics, treatment, and patient care.