Baseline Finger Goniometer, Plastic, Flexion Hyper Extension and ROM Measurement

Baseline Finger Goniometer, Plastic, Flexion Hyper Extension and ROM MeasurementThe Baseline Plastic Goniometer for Finger Flexion to Hyper Extension is a precise measurement tool designed to assess finger joint movement with accuracy and clarity. This clear plastic finger goniometer measures a range from 30 hyperextension to 120 flexion, making it suitable for evaluating the range of motion in MCPs, PIPs, and DIPs. Its lightweight and compact design ensures ease of handling during repeated assessments in clinical or therapy

The Baseline Plastic Goniometer for Finger Flexion to Hyper Extension is a precise measurement tool designed to assess finger joint movement with accuracy and clarity. This clear plastic finger goniometer measures a range from 30° hyperextension to 120° flexion, making it suitable for evaluating the range of motion in MCPs, PIPs, and DIPs. Its lightweight and compact design ensures ease of handling during repeated assessments in clinical or therapy environments. The transparent body allows clear visibility for accurate alignment and reading. Built with durable plastic, it supports consistent measurement performance while remaining easy to carry and store. Ideal for professionals requiring reliable joint assessment tools, it offers simplicity and efficiency in every use. Ensure accurate finger mobility evaluation and improve assessment precision—choose Baseline for dependable measurement performance.

FEATURES

• Wide Measurement Range: Measures from 30° hyperextension to 120° flexion for detailed finger motion assessment.
• Clear Plastic Design: Transparent construction allows easy alignment and precise reading of measurements.
• Finger Joint Compatibility: Suitable for measuring the ROM of MCPs, PIPs, and DIPs joints.
• Compact Size: Slim dimensions support easy portability and storage in clinical or therapy setups.
• Simple Operation: Easy-to-use design supports a quick and efficient range of motion assessments.
• Durable Material: Made of plastic for consistent measurement performance over time.

FAQs

• What range does the goniometer measure?
  It measures from 30° hyperextension to 120° flexion.
• Which joints can be measured?
  It is used for MCPs, PIPs, and DIPs finger joints.
• What material is used?
  The goniometer is made of clear plastic.
• Is it easy to use?
  Yes, it is designed for a simple and efficient range of motion measurements.

Specifications

• Brand: Baseline
• Color: Clear
• Size: Finger-Flexion to Hyper-Extension
  
• Range: 30° hyperextension to 120° flexion
• Material: Plastic
  
• Quantity: 1

Additional Info

BENEFITS

• Accurate Measurement: Designed to deliver consistent and precise readings for finger joint range of motion assessments.
• Enhanced Visibility: Clear plastic body improves alignment accuracy during measurement procedures.
• Lightweight Handling: Minimal weight supports extended use without causing hand fatigue.
• Efficient Assessments: Simple design allows quick evaluation of finger mobility in structured routines.
• Versatile Application: Suitable for assessing multiple finger joints, including MCPs, PIPs, and DIPs.

USAGE GUIDELINES

• Position Device: Align the goniometer carefully with the finger joint being measured.
• Measure Range: Record movement from hyperextension to flexion within the defined range scale.
• Target Joints: Use for MCPs, PIPs, and DIPs to evaluate complete finger motion.
• Maintain Stability: Ensure steady positioning during measurement for improved reading accuracy.
• Repeat Assessment: Perform multiple readings if required for consistent evaluation results.

CARE INSTRUCTIONS

• Clean Surface: Wipe gently after use to remove dust or residue from the plastic surface.
• Safe Storage: Store in a dry, clean space to maintain clarity and usability.
• Avoid Pressure: Keep away from heavy objects to prevent bending or damage.
• Handle Carefully: Use with care to maintain accurate alignment markings over time.
• Inspect Regularly: Check for scratches or wear that may affect measurement visibility.