Kleindiek Nanotechnik
  
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Nanomanipulation

One of the most fascinating experiments in recent nanotechnology research is the precise manipulation of nanoparticles, carbon nanotubes and other samples at a molecular- or nano-scale. Our versatile and easy-to-use nanomanipulation tools can transform your microscope from an observational instrument into a hands-on tool.

Mechanical characterization of a 170 nm CNT
More images Mechanical characterization of a 170 nm carbon nanotube
Mechanical characterization of a 3 µm CNT
More images Mechanical characterization of a 3 µm carbon nanotube
Lifting a particle
More images Lifting a particle
Pick and place a 4 µm particle
More images Pick and place a 4 µm particle
Pick and place a 1 µm latex ball
More images Pick and place a 1 µm latex ball
Pick and place a 3 µm glass ball
More images Pick and place a 3 µm glass ball

Products

MM3A-EM

MM3A-LMP

MGS2-EM

ROTIP-EM

RT-STEM

LT12830

LT6820

LT6620

LT3310

Documents

Carbon nanotube manipulation made simple

Videos

Self-retracting microflakes

Stripping hair cuticle

50 µm ball of solder

Multi-walled CNT

1.4 µm particle

170 nm carbon nanotube

400 nm colloid

1.4 µm colloid

Multiple 1.4 µm colloids

3 µm carbon nanotube

Butterfly wing

Latex ball

Micro-springs

Polethylene

Adhesive

Publications

Design of a microgripping system with visual and force feedback for MEMS applications

The versatile application for in-situ lift-out TEM sample preparation by micromanipulator and nanomotor

Hybrid nanorobotic approaches to NEMS

More...

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