microFET Digital Hand Evaluation Kit

$735.00

Software Options

Warranty Options

 

microFET Digital Hand Evaluation Kit:

microFET® handGRIP 

microFET® digital HandGRIP dynamometer is for healthcare professionals to measure handgrip strength forces to test and document grip strength deficits and to evaluate consistency of effort. microFET handGRIP is designed with load cell sensors and electronic board to provide more accurate tool to measure hand strength in patients with hand trauma and dysfunction. Measurements are accurate and repeatable.

The wireless microFET® HandGRIP gauge is an accurate, portable and lightweight Force Evaluation and Testing (FET) device. The microFET HandGRIP provides accurate and quantifiable results in identifying areas of weakness in the wrists, hands due to injury or disease. It is a versatile tool to anyone involved in rehabilitation, hand therapy, occupational therapy, upper extremity testing, geriatric care or ergonomic assessments.

microFET® hand grip dynamometer, by utilizing precision load cell sensors in its design, it eliminates the possibility of oil leakage or break down that can occur with hydraulic hand grips. Now with Bluetooth wireless capability, you can enjoy freedom from inconvenient cords or cables using the wireless HandGRIP with either microFET Clinical software or FDC FET Data Collection Research software.

  • microFET® digital HandGRIP features load cell sensor technology combined with electronic board to provide a more accurate measure of hand grip strength.
  • Has 200 lb. force capacity.
  • Easy to ready LCD display shows peak force and elapsed time.
  • Durable, lightweight molded body construction.
  • Use as standalone hand grip dynamometer or wireless with Bluetooth technology for cords free use with available clinical or data collection research software.
  • Ideal for routine screening of grip strength and initial and ongoing evaluations.
  • User selectable units of measure can be set to read force in pounds, kilograms or newtons.

Wireless microFET® HandGRIP Specifications:

  • The HandGRIP allows for the following tests: Maximum Grip, 5 Position Grip, Rapid Exchange Grip, Hand Fatigue Grip
  • Selectable units of measure: pounds (lbs.), Newtons (N), or kilogram-force (kgf)
  • Low and high threshold settings: Low – 0.8 lb. to 200 lbs. in 0.1 lb. increments and High – 3 lbs. to 200 lbs. in 0.1 lb. increments
  • Measurement accuracy within 1% Bluetooth enabled for wireless use with either clinical or data collection research software.
  • Uses 1/2 AA 3.7 volt rechargeable lithium ion battery.
  • Auto shutoff to conserve battery life.

microFET® Pinch

The digital microFET® Pinch is a finger pinch gauge that is used to measure pinch strength. The pinch gauge allows for measure tip, key and palmer pinch strength. Measurements are accurate and repeatable. The advantage of microFET® Pinch is its digital design and display, to provide increased accuracy and precise measurement, and ease of data processing when utilized with available Hoggan software.

  • Features load cell sensor technology combined with electronic board providing more accurate pinch strength measurements.
  • 60 lb. force capacity, starts recording force after .8 lbs. force applied
  • Easy to ready LCD display shows peak force and elapsed time.
  • Durable, lightweight pinch device.
  • Perform tests as a standalone device, or wireless with available clinical or data collection software.
  • User selectable units of measure force reading: pounds, kilograms or newtons.

microFET® Pinch Specifications:

  1. Measure tip, key and palmar pinch strength
  2. Selectable units of measure: pounds (lbs.), Newtons (N), or kilogram-force (kgf)
  3. Starts recording after 0.8 lb. force to 60 lbs. in 0.1 lb. increments
  4. Measurement accuracy within 1%
  5. Bluetooth enabled for wireless use with either clinical or data collection research software
  6. Uses coin cell rechargeable lithium ion battery
  7. Auto shutoff to conserve battery life

Available microFET® Clinical software for microFET® HandGRIP and Pinch, automatically performs calculations and validity checks, generates tables and graphs from testing data, creates high-impact session and comparison reports from patient tests, walks the clinician through selected tests or entire protocols, and provides built-in pictures to demonstrate proper gauge and patient positioning. The software is compatible with Windows operating systems XP or newer.

Your Purchase Includes:

Handgrip:

  • Wireless microFET® HandGRIP Dynamometer
  • User Manual
  • Wall Pack Power Supply
  • Calibration Certificate, 1 year standard warranty is included, with extended warranties available.

Pinch:

  • microFET® Pinch gauge
  • User Manual
  • Wall Pack Power Supply
  • Calibration Certificate
  • 1 year standard warranty is included, with extended warranties available.

Printable Hand Evaluation Kit Datasheet

SKU: 5050-100-002 Categories: ,

microFET Digital Hand Evaluation Kit Software Options

Clinical Software Package
This is an easy-to-use digital hand evaluation kit platform providing muscle testing and spinal range of motion protocols. Patient tracking, analysis, and comparison statistics are collected and narrative and graphic reports can be generated.

FET Data Collection Software Package
This program is designed for research and education applications. The program simultaneously captures raw test data while displaying a real-time graph of the data. The data is saved in comma-separated values (CSV) format and can be opened in most spreadsheet programs for further analysis.

Warranty Options

Standard (Included)
1 Year – Parts & Labor
1 Free Calibration (shipping not included)
Lifetime Tech Support

Gold
2 Year Parts & Labor
2 Free Calibrations (shipping not included)
1 Year Software Updates (with purchase of software package)
Lifetime Tech Support

Platinum
3 Year Parts & Labor
3 Free Calibrations (shipping not included)
2 Year Software Updates (with purchase of software package
Lifetime Tech Support

Additional information

Weight 5 lbs
Dimensions 14 × 12 × 4 in