Atomic force microscope LAFM-A10

• Large range of sample transfer
  Modular electronic system for easy maintenance
  Adopted with spring for vibration isolation
  Provides highly accurate results
  Optical observation system for checking tip & sample’s position

It finds best solution for applications in biochemistry for tissues, cells, cellular components imaging, nanotechnology for imaging of polymers, nanomaterials, and in chemistry physics for imaging of surface metals elements.

{"Operation modes":"Contact mode, friction mode, extended modes of tapping phase, MFM, EFM, scans at random angle","Scan angle":"Random angle","Maximum scan range":"X\/Y axis: 20 \u00b5m, Z axis: 2 \u00b5m","Optical system\/ Magnification of CCD":"Magnification: 4x, Resolution: 2.5 \u00b5m","Resolution":"X\/Y axis: 0.2 nm, Z axis: 0.05 nm","Sample size":"\u00d8\u2264 90 mm, H\u2264 20 mm","Sample movement":"0 to 20 mm","Pulse width of approaching motor":"10 \u00b1 2 ms","Scan rate":"0.6 Hz to 4.34 Hz","Scanning control":"XY: 18 bit D\/A & double 16 bit A\/D multiple channel simultaneously","Types of sampling pixel":"256\u00d7256, 512\u00d7512","Feedback type":"DSP digital feedback","Feedback sampling rate":"64 KHz","PC connections:":"USB 2.0","Windows software":"Compatible with windows 98\/2000\/XP\/7\/8","Instrument Diemnsion":"415 \u00d7 410 \u00d7 545 mm","Net weight":"40 kg","Gross Weight":"50 kg"}

Large range of sample transfer
Modular electronic system for easy maintenance
Adopted with spring for vibration isolation
Provides highly accurate results
Optical observation system for checking tip & sample’s position

2 types of sampling pixel for selection (256×256, 512×512)
Selection of an area of interest for sampling by executing scan area move and cut function
Scans sample in random angle at beginning
Adjustment of laser spot detection system in real time
Selection and setting for different color scanning images in palette
Supports linear average and offset calibration in real time for sample title
Supports scanner sensitivity calibration and electronic controller auto-calibration
Supports offline analysis and process of sample image

It finds best solution for applications in biochemistry for tissues, cells, cellular components imaging, nanotechnology for imaging of polymers, nanomaterials, and in chemistry physics for imaging of surface metals elements.