Low cost & high imaging quality research atomic force microscope (AFM)
NanoView-1000 AFM (FSM-Precision Inc.)
Affordable AFM for laboratories that maintains high image quality without compromise.
This is an atomic force microscope that emphasizes image quality while keeping costs down. - Cost performance that can be considered at less than half the price of conventional models - Supports not only topography but also phase, MFM, LFM, and EFM measurements (some options available) - Adoption of a spring suspension structure reduces noise from vibrations - Easy design for probe replacement and laser alignment - Auto-approach mechanism prevents sample and probe damage during probe descent - Motor-driven step mechanism allows for precise movement to the targeted measurement position - Built-in CCD enables real-time observation and adjustment of the observation position - Modular design makes maintenance and function additions easy It is suitable for improving throughput with multiple units and for being the first AFM in a newly established lab.
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basic information
- Model: NanoView-1000 AFM - Operating modes: Contact / Tapping (Options: Contact, Friction, Phase, Magnetic Force, Electric Force) - Maximum sample dimensions: Diameter 90mm, Height 20mm - XY scan range: 20µm (expandable up to 100µm as an option) - Z-axis scan range: 2µm - Resolution: XY direction 0.2nm, Z direction 0.05nm - Stage movement range: ±6.5mm - Number of pixels acquired: 256×256 or 512×512 - Built-in optical system: Magnification 4x, Resolution 2.5µm - Scan speed: 0.6 to 4.34Hz - Control resolution: XY 18bit, Z 16bit (D/A) - Signal acquisition: 14bit A/D, 16bit A/D with simultaneous sampling on two channels - Control method: DSP digital control (sampling 64.0kHz) - Connection interface: USB2.0 - Supported OS: Windows XP / 7 / 8 / 10
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Applications/Examples of results
[Observation Examples] - Polystyrene particles (10×10µm) - Fine structure of butterfly wings (20×20µm) - Nanoparticles (3×3µm) - Alumina (10×10µm) - Barium ferrite magnetic materials (12×12µm) - Graphene, carbon nanotubes - DNA, plant-derived proteins - Organic semiconductor deposition films The range of subjects is broad, from inorganic materials to biomolecules, and it is used both as an educational sub-device and for improving throughput through the introduction of multiple units.
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Company information
Nihon Laser, founded in 1968, is the oldest and largest specialized company in Japan for lasers and optical-related products, having grown alongside advancements in laser technology with the support of our customers as a pioneer in the laser trading industry. We allocate just over 10% of our workforce to engineers, making us a trading company with strong technical expertise. We provide excellent laser products and optical-related products from around the world, including the USA, UK, Germany, France, Switzerland, Denmark, and Lithuania. We have established agency agreements with top-class manufacturers in each country, and currently, we have about 50 overseas trading partners. Additionally, we can independently assemble laser-related equipment sourced from around the world and offer it as application systems. While we are a trading company, we also provide services akin to a fabless manufacturer. With gratitude for our customers' demands, we will continue to offer flexible and aggressive solutions.
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