TF-2020 <span>Tactile Measurement Platform</span>

TF-2020 Tactile Measurement Platform
This is a force plate that can measure sensations as minute as tracing your finger. It can be used to measure the flick/touch force of smartphones, the smoothness and friction force of fabrics, the application force of cosmetics and medicines, force plates for small animals, etc.

TF-2020 Tactile Measurement Platform

"Tactile force plate" that can measure minute touch forces

This is a force plate that can measure sensations as minute as tracing your finger.
It can be used to measure the flick/touch force of smartphones, the smoothness and friction force of fabrics, the application force of cosmetics and medicines, force plates for small animals, etc.


Features

This is a force plate with a full scale (rated load) of Fx, Fy, Fz = 10N.
In addition, the top plate is made of transparent acrylic, so you can place the camera under the plate.
It is also possible to record the degree of deformation of the finger.

For visualization of surgical skills, evaluation of skin resistance during incision, evaluation of surgical instruments such as scalpels, etc.

TF-2020 Tactile Measurement Platform

  • TF-2020 Tactile Measurement Platform
  • Main Specifications
    Rated capacity
    10N
    Weight
    12g
    Size
    H27mm, φ10mm, 14mm
    Point
    ・USLG-10 3-axis force sensor can be applied
    ・Because it is small, it is easy to install a sensor → For example, modify the female and install USLG10 in between.

Custom-made example of using carbon material for force plate [High precision, ultra-lightweight, improved operability] Medical use

  • TF-2020 Tactile Measurement Platform
  • Main Specifications
    Size
    100mm×160mm×38mm
    Weight
    100mm×160mm×38mm
    Rated capacity
    Fx,=±10N, Fy=±10N, Fz=+15N, Mx=±0.9N・m, My=±0.5N・m, Mz=±0.6N・m
    Natural frequency
    Fx, Fy=370Hz, Fz=550Hz
    Allowable overload
    200% of rated capacity
    Point
    ・Top plate and base plate material CFRP

Provided by Professor Sakuma and Professor Kobayashi, Medical Precision Engineering Laboratory, University of Tokyo

■ Features
Highly rigid and lightweight CFRP material is used for the top plate and base plate.
Even strain gauge type has high natural frequency and can follow fast phenomena.
Small and lightweight, easy to handle

Specifications

スクロール

Model  TF-2020
Rated capacity Fx: ±10N
Fy: ±10N
Fz: +10N
  Mx: 80N・cm
  My: 80N・cm
  Mz: 80N・cm
Allowable overload 200%
Non-linearity ±1.0%RO
Hysteresis ±1.0%RO
Interference ±2.0%RO
Natural frequency Fz=270Hz
Temperature compensation range 10~50℃
Allowable temperature range 0~70℃
Sampling frequency maximum 1000Hz
Resolution  16bit
low pass filter  200Hz(-12dB/oct)
Trigger function Contact signal input (Recording start) 
5V 5V DC,AC adapter include(100-240 AC)
External dimension and weight 
(W)×(D)×(H)
Main unit : 230(L) ☓ 230(W) ☓ 53(H)mm , 2250g   
Amplifier  : 120(H) ☓ 105(W) ☓ 30(H)mm , 445g   120×105×30mm
Weight main   2250g
Amplifier   445g

Products related to softness and tactile sensation measurement
Measuring instruments that quantify, quantify, and evaluate tactile sensation are capable of measuring tactile sensation, tactile presentation, elasticity measurement, etc. It is also possible to quantify the movements of craftsmen who make detailed finger movements. By measuring minute movements, the craftsman's sense and technique can be quantified and quantified. It can be used to pass on the technical skills of craftsmen, and it helps pass on intuition and experience, such as movement, movement, and force, to future generations. It is possible to measure and evaluate the softness and elasticity of materials.

Papers

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