About Inclinometer for accurate measurement with easy-to-read scale Compact inclinometer for therapy
Biotronix Solution Forever Enhanced ROM Measurement with Bubble Inclinometer Physiotherapy Portable Pack of2 The Enhanced ROM Measurement Bubble Inclinometer is an invaluable tool for physiotherapists, healthcare professionals, and individuals seeking precise range of motion (ROM) assessment. This portable pack of two inclinometers provides an accurate and convenient solution for tracking joint mobility and improving patient care.
Key Features:
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Accurate ROM Assessment: The bubble inclinometer is designed to deliver accurate and consistent measurements of joint mobility, making it an essential tool for physiotherapists and healthcare practitioners.
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Enhanced Portability: This pack of two inclinometers is compact and lightweight, allowing for easy transport and use in various clinical or home settings.
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Durable Construction: Crafted with durability in mind, these inclinometers are built to withstand the rigors of daily use, ensuring long-lasting performance.
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Bubble Indicator: The bubble indicator provides a visual reference for measuring the angle of a joint precisely, enhancing the reliability of ROM assessment.
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User-Friendly: With its user-friendly design, these inclinometers are suitable for both professionals and patients, enabling efficient and comfortable ROM measurements.
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Versatile Applications: Ideal for assessing range of motion in various joints, including the shoulder, knee, hip, and spine, making it a versatile tool in physiotherapy practice.
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Portable Pack: This pack includes two inclinometers, offering flexibility for multiple assessments or use with different patients.
- Enhanced ROM Measurement Inclinometer
- Bubble Inclinometer for Physiotherapy
- Portable ROM Measurement Tool
- Pack of 2 Inclinometers
- Precise Joint Mobility Assessment
- Accurate Range of Motion Measurement
- Physiotherapy Equipment
- Joint Mobility Tracking
- Portable ROM Assessment Tool
- Bubble Inclinometer Benefits
- Physical Therapy Range of Motion
- Healthcare Mobility Assessment
- Joint Flexibility Measurement
- Inclinometer for Healthcare Professionals
- ROM Measurement Device
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- Physiotherapy ROM Assessment Tool
- Portable Inclinometer Pair
- Joint Range Measurement Device
- ROM Assessment Precision
- Bubble Inclinometer Set
- Enhanced ROM Measurement Bubble Inclinometer - Pack of 2 for Physiotherapy"
- "Precise Range of Motion Measurement Tool - 2 Inclinometers in Portable Pack"
- "Bubble Inclinometer Set for Joint Mobility Assessment - Physiotherapy Essentials"
- "Portable ROM Measurement Devices - Accurate Joint Flexibility Assessment (2-Pack)"
- "Physiotherapy Bubble Inclinometer - Set of 2 for Enhanced ROM Tracking"
- "Compact Inclinometers for Professional and Home Use - Pack of 2"
- "Bubble Inclinometer - Joint Mobility Assessment Tools (2 Units)"
- "Enhanced ROM Measurement Solution - 2 Inclinometers for Physiotherapy"
- "Accurate ROM Assessment - Bubble Inclinometer Pack of 2"
- "Portable Inclinometer Pair for Precise Joint Range Measurement"
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- "2-Pack Bubble Inclinometer for Accurate ROM Assessment - Physiotherapy Essential"
- "Enhanced ROM Measurement Tools - Portable Inclinometers (Set of 2)"
- "Joint Mobility Assessment Made Easy - Bubble Inclinometer 2-Pack"
- "Physiotherapy Inclinometer Set - 2 Portable ROM Measurement Devices"
- "Precise Joint Flexibility Tracking - Bubble Inclinometer Pack of 2"
- "Portable ROM Measurement Solutions - Set of 2 Inclinometers"
Precision in RehabilitationThe compact inclinometer features a swivel dial and bubble indicator, enabling high-accuracy measurement of body angles during therapeutic exercises. Ideal for monitoring progress in physiotherapy, it assists healthcare providers in assessing and tracking improvements in joint and muscle mobility, ensuring targeted and effective treatment plans.
Suited for Multiple ApplicationsRecommended for various body parts such as the shoulder, cervical region, back, joints, and nerves, this tool caters to a broad spectrum of therapeutic needs. The inclinometer is apt for use with children, adults, elders, women, and infants, making it extremely versatile for different patient demographics in clinical or home settings.
FAQ's of Inclinometer for accurate measurement with easy-to-read scale Compact inclinometer for therapy:
Q: How does the bubble inclinometer work in therapy sessions?
A: The bubble inclinometer functions by using a bubble within a fluid-filled dial to measure angles up to 360 Rankine. During therapy, it is placed on the relevant body part to accurately gauge movement or flexibility, helping therapists and patients monitor improvements.
Q: What is the primary benefit of using this inclinometer for physiotherapy?
A: The main advantage lies in its precise, easy-to-read measurement system that helps to quantitatively assess joint motions and determine the effectiveness of rehabilitation treatments for areas like the shoulder, back, or cervical spine.
Q: When should I use the compact inclinometer during treatment?
A: This inclinometer should be used at the start, during, and after therapy sessions to evaluate the patient's range of motion, track progress, and adjust treatment goals based on objective measurement data.
Q: Where can this inclinometer be used effectively?
A: It can be utilized in clinics, rehabilitation centers, or even at home under professional guidance. Its lightweight, portable design allows easy transportation, ensuring measurement can occur wherever therapy is conducted.
Q: What is the recommended process for measuring with the bubble inclinometer?
A: To obtain accurate readings, place the inclinometer on the designated body part and align it as instructed by your therapist. Carefully move the joint, and the swivel dial will indicate the angle via the bubble's position, which can then be recorded for treatment evaluation.
Q: Is the inclinometer safe for use with children and infants?
A: Yes, it is safe and recommended for all age groups, including children and infants, due to its lightweight plastic construction and non-intrusive measurement process.