Electrical Modes
Park Fast PinPoint™
Revolutionizing AFM Imaging for High-Speed Nanomechanical Property Mapping with Accurate Material Characterization
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Advancing AFM Nanomechanical Mapping
with Unmatched Speed and Precision
with Unmatched Speed and Precision
In today’s fast-paced research environment, precision and efficiency are critical for advancing scientific discovery. Park Systems’ Fast PinPoint is designed to meet this demand, delivering high-speed nanomechanical property mapping without compromising accuracy. By integrating rapid data acquisition with precise force control, Fast PinPoint enables researchers to efficiently analyze the mechanical properties of diverse materials—ranging from soft polymers to hard composites. Whether studying dynamic material structures or optimizing manufacturing processes, Fast PinPoint accelerates your research with exceptional speed, reliability, and versatility.
What Applications Can Be Measured?
Polymer
How Does Fast PinPoint Compare to PinPoint?
What is PinPoint™ ?
PinPoint is a Park Systems’ unique AFM mode designed to measure nanomechanical properties including elastic modulus, adhesion and stiffness while simultaneously capturing high-resolution topography. By precisely controlling force and minimizing lateral movement, it ensures accurate measurement while effectively minimizing sample damage during measurement across diverse materials, from soft polymers to rigid composites.
What is Fast PinPoint™ ?
Fast PinPoint advances the capabilities of traditional PinPoint by significantly increasing measurement speed without compromising accuracy. It provides rapid, high-resolution mechanical property mapping, making it ideal for analyzing dynamic or time-sensitive structures.
PS-LDPE Sample
Key Features
High-Speed Mechanical Property Mapping
Quantitative analysis of elastic modulus, adhesion, and stiffness at a fraction of the time compared to conventional methods.
High-Speed Mechanical Property Mapping
Quantitative analysis of elastic modulus, adhesion, and stiffness at a fraction of the time compared to conventional methods.
High-Speed Mechanical Property Mapping
Quantitative analysis of elastic modulus, adhesion, and stiffness at a fraction of the time compared to conventional methods.
High-Speed Mechanical Property Mapping
Quantitative analysis of elastic modulus, adhesion, and stiffness at a fraction of the time compared to conventional methods.
High-Speed Mechanical Property Mapping
Quantitative analysis of elastic modulus, adhesion, and stiffness at a fraction of the time compared to conventional methods.
High-Speed Mechanical Property Mapping
Quantitative analysis of elastic modulus, adhesion, and stiffness at a fraction of the time compared to conventional methods.
High-Speed Mechanical Property Mapping
Quantitative analysis of elastic modulus, adhesion, and stiffness at a fraction of the time compared to conventional methods.